Download FS982X IDE

FS982X
Integrated Development Environment
User’s Manual
Rev. 1.0
Jul., 2005
Fortune Semiconductor Corp.
FS982X-IDE-UM-10_EN
CR-004
FS982X IDE
Taipei Office：
28F, No.27, Sec. 2, Zhongzheng E. Rd.,
Danshui Town, Taipei County 251, Taiwan
Tel.：886-2-28094742
Fax：886-2-28094874
http://www.fsc.com.tw
This
manual
contains
new
product
information.
Fortune
Semiconductor Corporation reserves the rights to modify the product
specification without further notice. No liability is assumed by Fortune
Semiconductor Corporation as a result of the use of this product. No
rights under any patent accompany the sale of the product.
Fortune Semiconductor Corp.
2/78
Rev. 1.0
FS982X IDE
Table of Contents
1.
Page No.
INTRODUCTION OF FS982X IDE.................................................................................................................................6
GENERAL DESCRIPTION ..........................................................................................................................................................6
1.1
FS982X IDE ...............................................................................................................................................................6
1.2
CODING PROCEDURE OF FS982X IDE ......................................................................................................................8
1.3
FEATURES OF FS982X IDE ........................................................................................................................................9
2.
BASIC TRAINING OF FS982X IDE .............................................................................................................................10
2.1
GENERAL DESCRIPTION ............................................................................................................................................10
2.2
SOFTWARE INSTALLATION ..........................................................................................................................................10
2.2.1
Install/Uninstall.................................................................................................................................................10
2.2.2
Execution of FASM500................................................................................................................................... 11
2.3
HARDWARE SETUP .................................................................................................................................................... 11
2.3.1
General Description of FS982X ICE & FS982X OTP ................................................................................ 11
2.3.2
Overview of FS982X Emulation Board.........................................................................................................12
2.3.3
Introduction of FS Control Board ..................................................................................................................13
2.3.4
Connection of Hardware System ..................................................................................................................14
2.3.5
Comprehension Test ......................................................................................................................................15
2.4
A BASIC TUTORIAL .....................................................................................................................................................18
2.4.1
General Description of Operation .................................................................................................................18
2.4.2
Selection of the Device...................................................................................................................................18
2.4.3
Creating a New File ........................................................................................................................................19
2.4.4
Compiling Files ................................................................................................................................................20
2.4.5
Writing Code ....................................................................................................................................................21
2.4.6
Debug................................................................................................................................................................23
2.4.7
Program ............................................................................................................................................................25
2.4.8
OTP Test ..........................................................................................................................................................30
2.4.9
Conclusion........................................................................................................................................................30
3.
TOOL BAR OF FS982X IDE..........................................................................................................................................31
3.1
3.2
3.3
3.4
3.5
3.6
3.7
3.8
4.
GENERAL DESCRIPTION ............................................................................................................................................31
FILE ............................................................................................................................................................................31
EDIT............................................................................................................................................................................32
SEARCH......................................................................................................................................................................32
VIEW ...........................................................................................................................................................................33
ASSEMBLE & RUN ......................................................................................................................................................34
OPTIONS ....................................................................................................................................................................35
ABOUT ........................................................................................................................................................................35
WINDOWS OF FS982X IDE..........................................................................................................................................36
4.1
GENERAL DESCRIPTION ............................................................................................................................................36
4.2
EDIT W INDOW ............................................................................................................................................................37
4.3
SOURCE CODE W INDOW ...........................................................................................................................................38
4.4
W INDOW OF PROGRAM MEMORY ..............................................................................................................................39
4.5
W INDOW OF DATA MEMORY ......................................................................................................................................40
4.5.1
Revision of Register Label .............................................................................................................................42
4.5.2
Revision of RAM Data ....................................................................................................................................42
4.6
REGISTER W INDOW ...................................................................................................................................................43
4.6.1
Revision of Register........................................................................................................................................43
Fortune Semiconductor Corp.
3/78
Rev. 1.0
FS982X IDE
4.7
F_WATCH W INDOW .................................................................................................................................................44
4.7.1
Procedure of Bit Tracking ...............................................................................................................................46
4.8
STACK W INDOW .........................................................................................................................................................47
4.8.1
Remolding Stack Address ..............................................................................................................................47
4.9
ERROR MESSAGE W INDOW ......................................................................................................................................48
4.10
LCD .......................................................................................................................................................................48
4.11
SETUP W INDOW .....................................................................................................................................................49
5.
DEBUG OF FS982X IDE ................................................................................................................................................50
5.1
GENERAL DESCRIPTION ............................................................................................................................................50
5.2
RESET FS982X SYSTEM ..........................................................................................................................................50
5.2.1
Process of Reset of Hardware System ........................................................................................................52
5.2.2
Process of Reset of Power System ..............................................................................................................52
5.2.3
Process of Reset of Software System..........................................................................................................52
5.3
HARDWARE EMULATION OF APPLICATION .................................................................................................................52
5.3.1
Hardware Execution........................................................................................................................................52
5.3.2
Hardware Termination ....................................................................................................................................52
5.3.3
Single Step Execution.....................................................................................................................................53
5.4
BREAK POINT .............................................................................................................................................................53
5.4.1
How to setup Break Points? ..........................................................................................................................53
5.4.2
How to Release Break Points?......................................................................................................................53
6.
SIMULATION OF FS982X IDE ....................................................................................................................................54
7.
FS982X EMULATION BOARD ....................................................................................................................................55
7.1
GENERAL DESCRIPTION ............................................................................................................................................55
7.2
BLOCK DIAGRAM AND PIN DEFINITION ......................................................................................................................55
7.3
HOW TO USE EMULATION BOARD? ...........................................................................................................................57
7.3.1
How to use LCD? ............................................................................................................................................57
7.3.2
How to Select FS982X Chip? ........................................................................................................................58
7.3.3
How to Use I/O Pin? .......................................................................................................................................58
7.3.4
How to Switch Normal & Programming Mode? ..........................................................................................59
7.3.5
How to Measure Current?..............................................................................................................................61
8.
FS CONTROL BOARD ..................................................................................................................................................62
8.1
GENERAL DESCRIPTION ............................................................................................................................................62
8.2
BLOCK DIAGRAM AND PIN DEFINITION ......................................................................................................................63
8.3
HOW TO USE FS CONTROL BOARD? ........................................................................................................................64
8.3.1
How to Select Power Source from FS Control Board for Emulation / Programming ............................65
8.3.2
How to Select Power of FS Control Board ..................................................................................................65
8.3.3
Verification of Connection between FS Control Board and PC ................................................................65
9.
OTP PROGRAMMING..................................................................................................................................................66
9.1
GENERAL DESCRIPTION ............................................................................................................................................66
9.2
INTRODUCTION OF PROGRAMMING W INDOW ............................................................................................................67
9.2.1
Tool Bar.............................................................................................................................................................68
9.2.2
Information of Executable File.......................................................................................................................69
9.2.3
Buffer Area of Executable File .......................................................................................................................70
9.2.4
Selection of Programming and Verification .................................................................................................71
10.
REVISION HISTORY ................................................................................................................................................73
APPENDIX...............................................................................................................................................................................74
DIAGRAM 1:CIRCUITRY OF FS9821、22、23 ICE TRANSFER BOARD ...............................................................74
Fortune Semiconductor Corp.
4/78
Rev. 1.0
FS982X IDE
DIAGRAM 2:CIRCUITRY OF FS9821、22、23 OTP TRANSFER BOARD ..............................................................75
DIAGRAM 3: CIRCUITRY OF FS982X EMULATION BOARD .....................................................................................77
TABLE 1:LCD T/F TABLE ...................................................................................................................................................78
Fortune Semiconductor Corp.
5/78
Rev. 1.0
FS982X IDE
1. Introduction of FS982X IDE
General Description
FS982X IDE, developed by Fortune Semiconductor Corp. (FSC), is a brand new simulation and
programming developing tool for FSC’s MSP, whose structure is simple and easier to use, can simulate and
program OTP products at the same time. USB protocol is adopted, with fast data transmission, easier to be
connected to computer, great convenience for users.
RISC instructions are used in code, more easier for users, it is very important to the application of MCU.
FS982X series products is a one-time programmable MSP, the MSP provides calculation, one-time
programmable program register, high accuracy multichannel, fully difference ADC, low noise OPAMP, LCD
display driver, highly regulated bandgap, voltage promotion and regulated voltage power, buzzer driver circuit,
clock oscillation circuit, which are integrated all together. The application field is very broad. Owing to the
built-in one time programmable register of the series products, the developing cycle is shortened, and the
new products enter into market very fast, the products are very popular.
For the convenience of introducing the product, FS9822 is taken to be the example in this user’s manual,
other type of chips are similar.
English and Chinese are available in window’s language; this user’s manual introduces the product in
English.
This user’s manual can be applied to all the products of FS982X series.
1.1 FS982X IDE
2
CON4
PT2.1 CON
USB/B
CON6
1
J14
GND
VCC
J13
Progra
m
CON3
1
J4
J5
PT2.0
Reset
USB
CON1
J9
J10
1
Norma
l
1
U1
J11
1
U4
CON4
CON2
DC JACK
(CON5)
U6
CON5
S1
J4
J5
J6
J7
LED1
1
J12
J2
J1
J3
S3
U2
U11
CR1
1
1
1
S2
1
CON6
U5
PAR1
3
PAR1
2
PAR1
J3
CON7
U2
S5
FS Control
Board
GND
J1
S4
J2
VDD_+3V
CON
3
FS982x
Emulation Board
CON1
In order to support FSC’s whole series MSP（ Mixed Signal Processor ）product’s application and
development, FSC provides complete developing tools to make customers more convenient during product’s
development and use. The whole set of developing tools includes:
z Software：FASM500
z Hardware：FS Control Board、FS982X Emulation Board, as shown in the Figure1.1.
Figure 1.1 Overview of FS Control Board and FS982X Emulation Board
FS982X IDE is applied to FS9912、FS9922、FS9932、FS9821、FS9822、FS9823、FS9824、FS6811、
FS3861、FS3866 and FS9855 etc. products’ online emulation and application verification, as well as
programming of OTP products.
Fortune Semiconductor Corp.
6/78
Rev. 1.0
FS982X IDE
J4
U2
1
USB/B
CON6
DC JACK
(CON5)
Software provides friendly windows for user’s coding without difficulties; various emulation functions are
provided by hardware during debugging, such as multifunction tracking, single step execution and breakpoint,
etc. FS982X IDE can transmit info., and the power is supplied by USB
In order to enable FS982X IDE applied to all of FSC’s MCU products, the developing system hardware is
divided into:
z FS982X Emulation Board for emulation of chip and system application/verification, shown in the
Figure 1.2.
z FS Control Board for control/debug, as shown in the Figure 1.2.
FS982X IDE Control Board uses USB protocol, several FS982X IDE can be emulated by one set PC, no
extra power source is needed during emulation, USB built-in power or extensional DC 5V power can be
selected during programming.
1
1
J5
J12
J2
J1
J3
CON
2
S5
J4
J5
J6
J7
1
U4
CON6
CON 4
CON
3
S1
S3
S4
PT2 .0
PT 2.1
LED1
S2
J14
VCC
GN D
Reset
VDD_+3V
J13
(a)
GND
CO N5
J9
J10
Norm a
l
J2
P rogra
m
J1
1
C ON3
J3
J11
CON4
U1
1
U5
CR1
PAR1
3
PAR1
2
PAR1
1
U2
CON1
C ON 2
U11
C ON7
U6
1
1
CON1
1
(b)
Figure 1.2 Layout of (a) FS982X Emulation Board and (b) FS Control Board
Fortune Semiconductor Corp.
7/78
Rev. 1.0
FS982X IDE
1.2 Coding Procedure of FS982X IDE
FS982X IDE coding and compiling provide friendly windows, complete coding procedure as shown in
the Figure 1.3. “Setup of Compiling” is used during relevant setting of compiling, such as Chip Selection,
selection of RAM, compiling by many files one time. “Set of Linking” provides selection of setting of
emulation/programming, such as IC emulation, OTP programming.
Source
Files
Building Options
Compilier
Linker Options
Linker
Simulation
Emulation(ICE)
Executable
File
Emulation
(OTP)
Figure 1.3
Fortune Semiconductor Corp.
F S O T PWriter
(Option)
FASM500 Project Manager
8/78
Rev. 1.0
FS982X IDE
1.3 Features of FS982X IDE
FS982X IDE is a high efficiency, low cost developing tool, whose functions are as follows:
（1）Software simulation
z
Code instruction simulation
z
Code logic simulation
z
Provides perfect software breakpoint system (10 points)
（2）Hardware emulation
z
Easier for use and installation
z
Internal or extensional oscillator can be used
z
Provides perfect hardware breakpoint system (3 points)
z
Supports immediate tracking function and detecting trigger function.
z
Provides USB protocol
z
Shows results (LCD)
z
Provides OTP programming
（3）Software development screen
z
Provides assembly compiler
z
Compiler for windows structure
z
Supports multiprogramming debug platform
z
Provides programming executable file
z
Provides perfect Debug Window, Watch Window, Ram Window, Register Window, and Stack
Window.
Fortune Semiconductor Corp.
9/78
Rev. 1.0
FS982X IDE
2. Basic Training of FS982X IDE
2.1 General Description
This chapter makes initial users learn how to use FS982X IDE, can be acquaint with “creating a new file”,
“ edit a file”, “code debug”, “OTP programming”, etc. The contents are consisted of 3 parts: software
installation, hardware installation and basic trainning.
The main readers of this chapter are initial users. For the users who have been familiar with FSC’s
MSP products, may skip this chapter.
2.2 Software Installation
2.2.1
Install/Uninstall
“FASM500” is applied to the development of FSC whole series ICE & OTP, but it is only available in Windows
Working System.
（1）Install
When use CD-ROM to install, please execute “setup.exe”, screen is shown in the Figure 2.1, then follow the
hint in the screen to install. If it fails, please search “setup.exe” program in the disc and install.
When the program is down-load from network, please unzip the file and execute the resulting file to install.
Figure 2.1 Installation window
Please be aware that in order to avoid any mistakes, please process the installation works as an
administrator during installation of FASM500.
Fortune Semiconductor Corp.
10/78
Rev. 1.0
FS982X IDE
（2）Uninstall
Step 1: Select 『Start->Setup->Control Panel』
Step 2: Use mouse clicking “Add or Delete Program”, search “FASM500” in the Table and click.
Step 3: Click “Delete” can delete the program.
2.2.2
Execution of FASM500
After installation, it executes in 『Start->Program-> FASM500』, the screen shows as Figure 2.2, it means the
program is installed.
Figure 2.2 FASM500 Window
If it is not set in the access route C:\Program File during installation, please execute under user selected
installation menu to confirm that the installation is complete.
2.3 Hardware Setup
2.3.1
General Description of FS982X ICE & FS982X OTP
There are two kinds of chip: ICE and OTP in FSC FS982X series chips.
z ICE (In Circuit Emulator): For hardware emulation, not providing ROM, has to use the RAM in FS
Control Board.
z OTP: Practically used product, provides ROM, only needs power, not necessary to use FS Control
Board, can independently work.
z FS982X ICE and FS982X OTP can be developed and used with FS982X IDE, during which the
corresponding Transfer Board shall be used, as shown in the Figure 2.3. For the Transfer Board
circuitry, please refer to the enclosed Diagram 1, 2.
Figure 2.3 Transfer Board of ICE and OTP
Fortune Semiconductor Corp.
11/78
Rev. 1.0
FS982X IDE
2.3.2
Overview of FS982X Emulation Board
FS Emulation Board is provided for verification of ICE and OTP chips, as shown in the Figure 2.4, the board is
applied to FS982X series MCU, provides:
z
LCD (Liquid-crystal display)
z
LCD control selection end
z
Power Switch
z
Button
z
Working and Programming (Normal / Program) Selection End
z
FS982X chip switch
Figure 2.4
FS982X Emulation Board
Note: For the detailed description of FS982X Emulation Board, please refer to Chapter 7.
Fortune Semiconductor Corp.
12/78
Rev. 1.0
FS982X IDE
2.3.3
Introduction of FS Control Board
FS Control Board is applied to FSC whole series MCU, providing USB protocol convenient to communicate
with PC, and debugging tool, as shown in the Figure 2.5.
The Board provides:
z USB protocol
z
Independent RAM
z
Independent power system
Figure 2.5 FS Control Board
Note: For the detailed description of FS Control Board, please refer to Chapter 8.
Fortune Semiconductor Corp.
13/78
Rev. 1.0
FS982X IDE
2.3.4 Connection of Hardware System
Hardware system connection can be divided into 3 steps:
（1）Setup of Switch and Jumper of FS982X Emulation Board
z
Adjusting switch (S5), setup is shown in the Table 2.1.
z
Adjusting J11 jumper, programming shall be switched to “Program”, working to “Normal”.
Note: Unpredictable error will occur if switch and jumper are incorrectly adjusted during use.
Table 2.1 Selection of Switch (S5)
PAR13
FS9823-ICE
OFF
FS9822-ICE
ON
FS9821-ICE
ON
PAR12
OFF
OFF
ON
PAR11
OFF
OFF
OFF
（2）Connection of Board: Connect the FS Control Board, FS982X Emulation Board and Transfer Board by
pin to pin, as shown the Figure 2.6.
（3）USB Connection: Use USB wire to connect the FS Control Board and PC.
Figure 2.6 Complete Hardware Systems
The consumption power is about 90~150mA during OTP programming, therefore, please do not parallel
connect USB with bulk current when USB internal power is used. For example: USB extensional connect
type disc without extensional connect power. When FS Control Board communicates with PC screen by
USB, if there is no response in 2 sec., the communication fails; therefore, please do not use other USB device
to proceed bulk info. transmission, like, USB hard disc save.
Fortune Semiconductor Corp.
14/78
Rev. 1.0
FS982X IDE
2.3.5 Comprehension Test
The comprehension test mainly to verify the I/O, LCD, key, counter Interrupt, analog temperature,
『Start->Program->FASM500』will be executed at first, then it will proceed as following steps:
（1）Setup:
Select 『Options -> Set up』from the tool bar, as shown in the Figure 2.7.
This example focuses on FS9822
chip, some hints need user’s attention:
z U1 select FS9822 ICE chip。
z Please select ‘ON’ position in PAR13
of S5,but select ‘OFF’ position in
PAR11、PAR12 (refer to the Table
2.1)。
z 1.Short 2-3pin of J2,short 1-2 pin of
J2,open J1 and short J3。
z Other products of FS982x may be
referred to this example.
Figure 2.7 “Setting” window
Fortune Semiconductor Corp.
15/78
Rev. 1.0
FS982X IDE
（2）Open File and Compiler:
Select 『File->Open File』from the tool bar to open the file “C:\Program Files\FS982X IDE\FS982X\Hardware
Demo\Test.asm”, and select 『Assemble&Run->Debug Mode Set up->Hardware Emulation ID Number:0』,
then choose 『Assemble&Run->Run』 to proceed compiling works. After compiling, the screen is as shown
in the Figure 2.8.
Figure 2.8 Compilng Window of Test.asm
Fortune Semiconductor Corp.
16/78
Rev. 1.0
FS982X IDE
（3）Test and Execution:
Test steps are as follows:
Step 1: Select 『Assemble&Run ->Run』from the tool bar or press the hot key F9 to build code and
execute, then LCD is shown as the Figure 2.9, to proceed back counting 10 sec. Value drifting is normal if test
panel is not added in the system.
Figure 2.9 Back Counting
Figure 2.10 Internal Count of Temp.
Step 2: Then press FS982X Emulation Board S4 (PT2[1]), system enters into RTCmode.
Step 3. After several sec., press again FS982X Emulation Board S4（PT2[1], system will enter into
Sleep Mode, LCD will have no sign now.
Step 4. Press again FS982X Emulation Board S4（PT2[1]）, system will re-start.
Step 5. Press S3 (PT2[0]) one time, LCD will show ADC value (internal temperature value), as shown in
the Figure 2.10. During temperature test, ADC value can change up and downward via change
of IC temperature. The shown temperature value in the Figure 2.10 will be different depending
on the ambient condition.
When the 5 steps have been carried out, means the tests on the digital I/O, LCD, counter, etc. digital signal
have been completed. Test on analog signal ADC with temperature has been completed. If there is any
exception occurs, please check jumper and mode switch and other setting, or report the question to the agent
or FSC.
Fortune Semiconductor Corp.
17/78
Rev. 1.0
FS982X IDE
2.4 A Basic Tutorial
2.4.1
General Description of Operation
For users’ better understanding of the operation of FS982X IDE, this chapter explains first about operation of
writing code, compiling, debugging, and OTP programming, etc., the contents include:
(1)
(2)
(3)
(4)
(5)
(6)
(7)
Selection Device: How to choose IC and RAM, the step has to be selected prior to writing code.
Create a new file: How to create a new file.
Compiling: How to compile files.
Write Code: Write code into file, this example is to write the I/O code into the file.
Debug:: How to use register window, F_WATCH Window to debug.
Programming: Executive codes into OTP chip.
OTP Testing: use OTP to perform off-line operation
The a. m. 1~5 items can make FS9822 ICE to perform system simulation, and can make FS9822 OTP chip to
perform programming test. Items 6~7 can be saved if users do not have OTP chip.
2.4.2
Selection of the Device
Select 『Options->Setup』from the tool bar, the screen is as shown in the Figure 2.11.
Figure 2.11 “Setup” Window
The notes for setup are as follows:
z
z
z
Select Chip: Please choose suitable IC type No. from “select chip ver.”, such as FS9822 (4k).
ROM Selection: Select IDE_RAM_62256 from “ROM”. (Selection of ROM is depending on
memory of FS Control Board).
ICE Communication Protol: Please select USB as the communication screen from “via LPT port
or USB”.
Fortune Semiconductor Corp.
18/78
Rev. 1.0
FS982X IDE
2.4.3
Creating a New File
To create a new file, please select 『File->Open File』, as shown in the Figure 2.12, then select 『File->Save
As』to save this file. The file name is “main.asm”, and then add a folder in the access route C:\Program
Files\FASM500, the name is “Tutorial (suggested)” then to save the file.
Figure 2.12 Window of ‘Create a new file’
Fortune Semiconductor Corp.
19/78
Rev. 1.0
FS982X IDE
2.4.4 Compiling Files
Select compiling method from the tool bar: 『Assemble&Run->Debug Mode Set up->Hardware Emulation
ID-Number:0』; and setup this file to be the compiled main file: 『Assemble&Run-> Set Main File』; then
proceed compiling of this file: 『Assemble&Run->Assemble&Run』. After compiling, the screen is as shown
in the Figure 2.13.
Figure 2.13 Window of Building a file
Fortune Semiconductor Corp.
20/78
Rev. 1.0
FS982X IDE
2.4.5 Writing Code
PT2 is setup to be an output port in this example, interrupt per second; ISR makes voltage of PT2 H/L output
in turn.
Select 『Assemble&Run->Edit Mode』to enter into writing code; in the meantime, to key in the following code
into the edit window as shown in the Figure 2.14.
PT2D
ORG
GOTO
ORG
GOTO
SYSINI:
CLKINI:
MOVLW
MOVWF
NOP
TIMERINI:
MOVLW
MOVWF
MOVLW
MOVWF
MOVLW
MOVWF
PT2INI:
MOVLW
MOVWF
MOVLW
MOVWF
MOVLW
MOVWF
MOVFW
MOVWF
equ
080h
00H
SYSINI
04H
TimerISR
; PT2D
00100001B
MCK
;Set CLK Source & Timer
00000000B
TMCON
10010000B
INTE
00001111B
TMCON
;reset Timer
00000000B
PT2PU
11111111B
PT2EN
11111111B
PT2D
PT2D
PT2
;Set Timer Interrupt Enable
;Set Timer
;Set pull-up resistor
;Set I/O Port
;Set PT2D data
;Set PT2 data
MAIN:
NOP
GOTO
TimerISR:
CLRF
COMF
MOVFW
MOVWF
RETFIE
END
MAIN
INTF
PT2D,1
PT2D
PT2
;Clear Timer Flag
;PT2 data invert
;Set PT2 data
Figure 2.14 Template code
Select 『Assemble&Run->Assemble&Run』to execute the code, the screen in the error message window will
show the Figure 2.15.
Figure 2.15 “Error Message” Window
Fortune Semiconductor Corp.
21/78
Rev. 1.0
FS982X IDE
Copy the file “FS9822.INC” under C:\Program Files\FASM500\FS982X\INCLUDE to your folder, and add this
program as shown in the Figure 2.16.
INCLUDE
FS9822.INC
Figure 2.16 Add Command
Then select 『Assemble&Run->Assemble&Run』to compile this program, the screen is shown as the
Figure 2.17.
add this command
Figure 2.17 Screen of Building
Fortune Semiconductor Corp.
22/78
Rev. 1.0
FS982X IDE
2.4.6 Debug
When the screen transfers to “Source ID-Number : 0”, to select 『Assemble&Run->Breakpoint』from the tool
bar , or press the hot key F5 before code No. to setup the break point as follows:
Breakpoint 1: Set the breakpoint before the instruction “NOP” after the mark MAIN.
Breakpoint 2: Set the breakpoint before the instruction “CLRF INTF” after the mark TimerISR.
Breakpoint 3: Set the breakpoint before the instruction “REFTIE”.
After setup, the screen is as shown in the Figure 2.18.
Figure 2.18 Finished Break Points
To select 『Window->Register』from the tool bar, “Register Window” shows immediately, then select
『Assemble&Run->Run』or press the hot key F9, the register window will show as the Figure 2.19, program
stops at the instruction “NOP”.
PT2 register
Figure 2.19 “Register” Window
Fortune Semiconductor Corp.
23/78
Rev. 1.0
FS982X IDE
If users like to see the contents of a certain address (e.g.: PT2D), please select 『Window->Watch』 from
the tool bar, “F_WATCH” will show as in the Figure 2.20.
Figure 2.20 “F_WATCH” Window
Then move the mouse to “F_WATCH” and click right button of the mouse to select “Add/Delete watches”,
”, the result will be shown as in the Figure 2.21, it will show the contents of
then select “PT2D”, clicking “
the register Pt2 by clicking “OK”. For contents of other register are the same..
Figure 2.21 Add/Delete watches Window
For code execution, please press the hot key F9, program counter will enter into the service breaking
program of “TimerISR”. Select 『Assemble&Run->Trace』, or press the hot key F7, users may see the
program counter single step execution. Take this for example, press the hot key F9, PT2 voltage will
change high / low.
Note: If users like to directly see the voltage change of PT2, may serially connect an LED and one 330Ω between PT2
and ground. For the introduction of PT2, please refer to the enclosed Diagram 3: “Circuit of FS982X Emulation Board” and
Chapter 8.
Fortune Semiconductor Corp.
24/78
Rev. 1.0
FS982X IDE
2.4.7 Program
There are 3 steps in the programming action: exchange of hardware, setup of software, setup of
programming utility. In this chapter we will show users how to program code to OTP chip.
（1） Exchange of Hardware
z
Hardware set up: Use OTP’s Transfer Board to replace ICE’s Transfer Board, and set up the
location of FS982X ICE’s jumper.
（2）Set up of Software
z 『Options->Setup』set up: Selection of “OTP” chip type and “ROM”.
z Compiling file: Building file and enter into programming interface.
（3）Setup of Programming Utility
z Load file: Open programmed file.
z Programming setup: programming selection setup and programming.
z Programmed file verification: use software to confirm the programmed file to see if it is correct.
Note: If manufacturers like to program in bulk, FSC offers the programming service.
z Setup of Hardware
Step 1. Replace ICE Transfer Board: to replace the ICE Transfer Board to be OTP Transfer Board.
Step 2. Change J11 jumper: to change the J11 of FS982X from “Normal” to be “Program”.
After setup, it is shown as the Figure 2.22.
FS982X OTP Transfer Board
J11
Figure 2.22 Complete FS982X ICE
Fortune Semiconductor Corp.
25/78
Rev. 1.0
FS982X IDE
z
Set up of 『Options->Setup』
Select 『Options->Setup』in the tool bar, as shown in the Figure 2.23, please set up by the following steps:
Step 1. Select Chip: Select suitable IC type, such as FS9822(4k) from “Select Chip “.
Step 2.Hardware Control (Communication): Select “USB” from “via LPT port or USB” to be the
communication protocol.
Step 3. ICE Control (Programming): Select chip type, such as FS9822&FS6811 from “Write Chip Select”.
Step 4. Assemble File Setup: Select the option of ‘Hex file’ in generate files.
Step 5. ROM Select:, Select IDE_RAM 62256 from “ROM”.
Note: The IC selection at Step 1 and Step 3 should be the same, or unexpected error will occur.
Figure 2.23 『Options>Setup』Window
z
Compiling Files
Select compiling method: 『Assemble&Run->Set Mode -> Emulation ID-Number:0』from the tool bar, and set
the file to be the main program compiled:『Assemble&Run->Set Main File』; then use this file to proceed
compiling『Assemble&Run->Assemble&Run』. After compiling, the screen is as shown in the Figure 2.24.
Please confirm that the “Emulation chip mode” and the “programmed chip” are the same.
Please open the file you like to compile, if steps 1~5 of the Basic Tutorial have not been executed.
as the same
Figure 2.24 Window of After Compiling
Fortune Semiconductor Corp.
26/78
Rev. 1.0
FS982X IDE
z
Loading in Files
Before loading in file, please select “Blank Check” from the window to check whether OTP chip ROM is blank.
If it is, it shows as the Figure 2.25(a), if not, it will show as the Figure 2.25(b). Select programmed file
『File->Open』from the tool bar, usually the file name is “*.hex”; in this example, the file name is “main.hex”.
After loading in file, the screen is shown as the Figure 2.26. To check whether loading in file is correct or not
has to see “successful” appears in the screen.
Figure 2.25(a) chip empty
Figure 2.25(b) chip not empty
Figure 2.26 Loading file screen
Fortune Semiconductor Corp.
27/78
Rev. 1.0
FS982X IDE
z
Setting up Programming Tool
Please select from the options “Programming” and “Verify”, and select “Auto”, the screen of setup of
programming is as shown in the Figure 2.27, the completion of programming is as shown in the Figure 2.28.
Program Options
Figure 2.27 Programming Setup Screen
成功烧入
Figure 2.28 Successful Programming Screen
Fortune Semiconductor Corp.
28/78
Rev. 1.0
FS982X IDE
z
Verification of Programming Files
Programming utility provides program code verification function, please select “Compare” in the screen, the
right screen is as shown in the Figure 2.29; error is shown as the Figure 2.30.
Figure 2.29 Correct Verification Screen
Figure 2.30 Error Verification Screen
Fortune Semiconductor Corp.
29/78
Rev. 1.0
FS982X IDE
2.4.8
OTP Test
After successfully complete the programming steps by following the section 2.4.7, the code has been
programmed into FS982X OTP chip. If users like to test the chip after programming, please follow the
following steps.
Step 1. Remove USB wire from FS Control Board.
Step 2. Add 3V power source between J13 and J14.
Step 3. Switch J11 from “Program” to “Normal”.
Step 4. Close power switch S1.
In this case, verification of H/L voltage per sec. at all I/O port of PT2 can be measured.
2.4.9
Conclusion
Main contents introduced in this section include:
（1）Selection of device.
（2）Creating a new file and writing an example code for one section about I/O port.
（3）Compiling and debugging by window.
（4）Programming code to OTP chip.
（5）OTP test
Certain understanding to create a new file, writing program, compiling has been built up via the a. m.
operation, detailed introduction of each option of FS982X IDE can be found in the following chapters.
Fortune Semiconductor Corp.
30/78
Rev. 1.0
FS982X IDE
3. Tool Bar of FS982X IDE
3.1 General Description
FS982X IDE provides a perfect tool bar, including seven options: File, Edit, Search, Window, Compile &
Execution, Option and About (Alt+A), as shown in the Figure 3.1. It is convenient for users to proceed
writing and debugging operation.
The tool bar of FS982X IDE also provides program access, users can find where the program comes from.
The tool bar is shown as the Figure 3.1.
Figure 3.1 Tool Bar Window
3.2 File
This option is for file reading&writing/editing, please move the mouse to the Option『File』in the tool bar and
click the left button, pull down the options as shown in the Figure 3.2.
Figure 3.2 Menu of 『File』
z
New (N) (Ctrl+N): Create a new file or press the hot key Ctrl+N to create a new file
z
Open (O) (Ctrl+O): Open the old file or press the hot key Ctrl+O to open the old file
z
Save (S) (Ctrl+S): Save the file just operated in the window or press the hot key Ctrl+S to save the
file
z
Save As…: Save the file just operated in the window by another name
z
Save All: Save all of the opened files
z
Close File: Close the file just operated in window
z
Close All: Close all of the opened files
z
Open LCD Panel: This function is not provided for the time being
z
Close LCD Panel: This function is not provided for the time being
z
Exit (Q)(Ctrl+Q): System is shut down
Fortune Semiconductor Corp.
31/78
Rev. 1.0
FS982X IDE
3.3 Edit
Move the mouse to the tool bar “Edit” and click the left button, click the options as shown in the Figure 3.3:
Figure 3.3 『Edit』Menu
z
Undo (Z)(Ctrl+Z) :Return to the last step, or press the hot key Ctrl+Z to execute.
z
Cut (X) (Ctrl+X): Cut off the marked strings into buffer, or press Ctrl+X.
z
Copy (C) (Ctrl+C): Copy the marked strings into buffer, or press Ctrl+C.
z
Paste (V) (Ctrl+V): Paste the contents of buffer into the position of cursor, or press Ctrl+V.
z
Select All: Select all contents of the file.
z
Edit LCD Panel: This function is not provided now.
3.4 Search
Please move the mouse to the tool bar 『Search』, to click the left button and pull down the options as shown
in the Figure 3.4.
Figure 3.4 『Search』Menu
z
Find(F)(Ctrl+F): Search the compatible string in this file, or press Ctrl+F.
z
Find Next (F3): Search the next compatible string in this file, or press F3.
Fortune Semiconductor Corp.
32/78
Rev. 1.0
FS982X IDE
3.5 View
Please move the mouse to the tool bar “View”, and click the left button, pull down the options as shown in the
Figure 3.5.
Figure 3.5 『Window』Menu
z
Edit(Alt+1): Enter into Edit Window
z
Source (Alt+2): Shows only when soft/hardware emulation/simulation, press this option will jump to
“Source”. Please refer to chapter 4.3.
z
Hex (Alt+3): Shows only when soft/hardware emulation/simulation, press this option will jump to
“Hex”. Please refer to chapter 4.4.
z
Watch(Alt+4): Shows only when soft/hardware emulation/simulation, press this option will jump to
““F_WATCH”. Please refer to chapter 4.7.
z
Ram(Alt+5):Shows only when soft/hardware emulation/simulation, press this option will jump to
“Ram”. Please refer to chapter 4.5.
z
Register (Alt+6):Shows only when soft/hardware emulation/simulation, press this option will jump to
“Register”. Please refer to chapter 4.6.
z
Stack (Alt+7): Shows only when soft/hardware emulation/simulation, press this option will jump to
“Stack”. Please refer to chapter 4.8.
z
Error Message: Shows only when soft/hardware emulation/simulation, press this option will jump to
“Error Message”.
z
LCD Window (Alt+9): Not provided yet.
z
Next Window (Alt+Down)、Previous Window (Alt+Up): For each window screen switching
z
Next File ((Alt+Right)、Previous File (Alt+Left): Display and switch opened files in Edit Window
Fortune Semiconductor Corp.
33/78
Rev. 1.0
FS982X IDE
3.6 Assemble & Run
Please move the mouse to the tool bar 『Assemble & Run』 and click the left button, pull down the options as
shown in the Figure 3.6.
Figure 3.6 『Assemble&Run』Menu
z
Assemble & Run（F10）: Compiling files,and proceed soft/hardware emulation/simulation.
z
Set Main File: Setup the file in the operated window to be the main complied document.
z
Set Mode: Setup emulation or simulation.
z
Run（F9）: Continuously execute loaded code, program keeps being executed to the setup
z
z
breakpoint, then stop.
Step Over（F8）: Step Over, trace to the code, i.e. not enter into Macro and sub-program
Trace（F7）: Trace, detailed trace to the code, i.e. enter into Macro and sub-program
z
Stop（F12）: Stop program counter right now, and halt program counter.
z
Program Reset（Ctrl +F12）: Reset program counter to zero.
z
Edit Mode（Ctrl +F11）:Press this option will jump to Edit Mode from simulation status.
z
Set Break Point（F5）: Numbers of break point will depends on chip type or simulation/emulation
status.
Fortune Semiconductor Corp.
34/78
Rev. 1.0
FS982X IDE
3.7 Options
Move the mouse to 『Option』 in the tool bar and click the left button to select the options as shown in the
Figure 3.7.
Figure 3.7 『Options』Menu
z
Setup (Alt+O): Select chip type and other relevant setup, please refer to chapter 4.9.
z
Save, Load Configuration: Save or load configuration value. “For read only” should be released
in advance, when copy “FASM500” from a disc to hard disc.
3.8 About
Move the mouse to 『About（Alt+A）』in the tool bar and click the left button, the screen is as shown in the
Figure 3.8 to display the software modification history.
Figure 3.8 『About（Alt+A）』Window
Fortune Semiconductor Corp.
35/78
Rev. 1.0
FS982X IDE
4. Windows of FS982X IDE
4.1 General Description
FS982X IDE provides perfect windows for users to proceed software/hardware simulation and emulation
operation as shown in the Figure 4.1. 10 windows are provided under the simulation condition, the method
is to move the mouse to the tool bar option 『Window』and click the left button, the screen of windows are as
follows:
z
z
z
z
z
z
z
z
z
z
Edit Window
Source Window
Hex Window
RAM Window
Register Window
F_WATCH Window
Stack Window
Error Message Window
LCD Window
Setup Window
Debug operation provides “immediate modification” function, convenient for users to perform immediate
modification to the value of ram and register.
暂存器视窗
原始码视窗
程式码视窗
F-WATCH 视窗
资料记忆体视窗
Figure 4.1 FS982X IDE Window
Fortune Semiconductor Corp.
36/78
Rev. 1.0
FS982X IDE
4.2 Edit Window
Edit Window of FS982X provides users personalization operation screen, whose function has 4 parts:
Hot Keys, File Tabs, Function Keys, and Edit Area, as shown in the Figure 4.2. The operation display will
show up immediately as “FASM500” is started.
hot keys
file tabs
Function
keys
edit area
Figure 4.2 “Edit” Window
（1）Hot Keys
z Edit: Press Edit button, the system will show “enable status”.
z Source: Press Source button, the screen will jump to “Source” only after entering into soft/hard ware
simulation/emulation. Please refer to the Figure 4.4.
z Hex: Shows only when soft/hardware emulation/simulation, press this option will jump to “Hex”.
Please refer to chapter 4.3.
z Ram: Shows only when soft/hardware emulation/simulation, press this option will jump to “Ram”.
Please refer to chapter 4.5.
z Reg: Shows only when soft/hardware emulation/simulation, press this option will jump to “Reg”.
Please refer to chapter 4.6.
z Watch: Shows only when soft/hardware emulation/simulation, press this option will jump to
“F_WATCH”. Please refer to chapter 4.7.
z Run: Enter into Execution from Edit, and shows “Source”.
（2）File Tabs
Display the name of an opened file.
（3）Function Keys
z Open: Open old files
z Mark: Setup or cancel tab, 10 （0〜9） tabs can be setup maximum, can be used with “Goto” at the
same time.
z Goto: Can be used with “Tab”, the purpose is for a fast change to the location of tab.
z Find: Search compatible string in Edit Area.
z F/N: Keep on searching the specified string.
z Page: Page of Edit.
（4）Edit Area
Program of an opened file can be revised.
Fortune Semiconductor Corp.
37/78
Rev. 1.0
FS982X IDE
4.3 Source Code Window
”Source” Window of FS982X provides users with a screen displaying execution logic debug, whose function
has 5 parts: Hot Keys, File Label, Function Keys, Debug Area and Program Info., as shown in the Figure 4.3,
after users execute compiling works, the window will show up.
Hot
file label
debug
function
program
info.
Figure 4.3 “Source” Window
（1）Hot Keys
z Edit: Press “Edit” button, select this option can modify code.
z Source: Select this option the screen will jump to “Source” for debug.
z Hex: Select this option the screen will jump to “Hex”, please refer to 4.4.
z Ram: Select this option the screen will jump to “Ram”, please refer to 4.5.
z Reg: Select this option the screen will jump to “Reg”, please refer to 4.6.
z Watch: Select this option the screen will jump to “F_WATCH”, please refer to 4.7.
z Edit: Return to Edit Mode from Execute Mode, and shows “Edit” for modifying code.
z Trace (F7): Detailed trace to the code, i.e. enter into Macro and sub-program
z Step Over(F8): Trace to the code, i.e. not enter into Macro and sub-program
z RUN(F9): Execute program
z STOP(F12): Halt program
z Program Reset (Rst): Reset program counter.
z Chk: Check the chip data between FS Control Board and Compiler.
（2）File Labels
Entering into Debug Mode, file labels will display names of all complied files.
Fortune Semiconductor Corp.
38/78
Rev. 1.0
FS982X IDE
（3）Function Keys
z Open: Open Compiled files.
z Mark:Setup or cancel label, 10 （0〜9） labels can be setup maximum, can be used with “Goto” at
the same time.
z Goto: Can be used with “Label”, the purpose is for a fast change to the location of label.
z Find: Search the compatible string in this file.
z F/N: Keep on searching the specified string.
z Page: Page of Edit.
（4）Debug Area
z Location of Program Execution: The location of the blue cursor is the halt position of program.
z Setup Break Point: Set the breakpoint “ ” of program, i.e. the system will stop at this position.
The numbers of breakpoint will depend on different type of chips or status of simulation/emulation.
Table4.1 FS982X Soft/Hard ware Breakpoint
IC types
Soft. Interrupt
FS9821
10
FS9822
10
FS9823
10
Hard. Interrupt
3
3
3
（5）Program Info.
z
Location of Program Execution: Where the program is executed, located in the down left corner of
the Figure 4.3.
z
Size of Program: Calculates and shows code size of user’s program, i.e. min. unit is 0.1k byte
4.4 Window of Program Memory
If the compiler wants to enter into Code, press 『View->Hex』or “Hex” in “Source” after user compiles the
program. The interface will display the address, machine code and instructions where the complied code is
saved, as shown in the Figure 4.4, i.e. the value will show by 16 hex.
Figure 4.4 “Source” Window
Fortune Semiconductor Corp.
39/78
Rev. 1.0
FS982X IDE
4.5 Window of Data Memory
If the compiler wants to enter into Ram, press 『View->Ram』or “Ram” in “Source” after user compiles the
program. The interface will display the contents of each address (0x00〜0x1FF) of ram, and the immediate
modification function under debug environment, as shown in the Figure 4.5, i.e. the value will show by
16 hex.
Figure 4.5 “RAM” Window
Note: When the data written into register is different from previous, the address of register will be highlightted in blue to indicate
any change of data.
Fortune Semiconductor Corp.
40/78
Rev. 1.0
FS982X IDE
Menu
z
z
Set Mark: Mark register, the displayed color can be set from “Set Mark（new color）”.
Set Mark（new color）: Set “Set Mark” color, as shown in the Figure 4.6 after clicking the options.
Figure 4.6 Color option Window
z
z
z
z
z
Reset Mark/Reset All Mark: Clear “Set Mark” function, click “Reset All Mark” will show the
confirmation window, as shown at the up right side in the Figure 4.5.
Set Hint: Setup expected value of register data, when the cursor is moved to the address of the
register will show a yellow hint.
Rest Hint/Rest All Hint: Clear “Set Hint” function, click “Reset All Hint” will show the confirmation
window, as shown at the down right side in the Figure 4.5.
Load RAM Data: Load in “data register” file format; respectively load in “.ram” files. The file format
is shown as the Figure 4.7.
Save RAM Data: Save current register data as “*.ram” (pre-set) file for easier to compare data.
00h~0fh
10h~1fh
Figure 4.7 Format of RAM log file
Fortune Semiconductor Corp.
41/78
Rev. 1.0
FS982X IDE
4.5.1 Revision of Register Label
Difficulties will be increased under debug environment usually due to unknown label of the address. If the
mouse points to the register, the address label will be displayed, and then the contents of the register can be
read directly. The address in this example is 07h, the setup label is test, and the set steps are as follows:
Step 1. Open ‘RAM’ window, select the address 07h and click the right button of the mouse, to select
“Set Hint” from the window options.
Step 2. Pop out of window, and enter into the label “test”.
Step 3. When move the mouse to the address 07h, the yellow block will show up and displays the label
for users to check if it is correct. The yellow block displayed format is as follows: <address>:
Label, like:<07>: test.
4.5.2 Revision of RAM Data
If users like to change values of some certain addresses under debug environment, the steps are as
follows:
Step 1: Open “RAM” Window, select the memory address supposed to be changed, and double click
the left button of the mouse, the “RAM Modification” Window will show up.
Figure 4.8 “RAM Modification” Window
Step 2. Input the value via key board or screen key board.
Note: Not every address can access modification in RAM address, such as 00H of FS982X can’t be changed.
please refer to 《FS982X data sheet》.
Fortune Semiconductor Corp.
42/78
For details,
Rev. 1.0
FS982X IDE
4.6 Register Window
If users like to enter into Register window, may press 『View->Register』from the tool bar, or press “Reg” from
“Source” after compiling. The window will show the contents of the register depending on the chip type, as
shown in the Figure 4.9. Register Window displays contents of the special register, including program
counter, execution cycle, LCD and special register, and provides immediate modification service under debug
environment. The contents displaying method is by 16 Hex., status shows in byte.
Figure 4.9 Register Window
Note: For detailed description of register name and definition, please refer to《FS982X data sheet》.
4.6.1 Revision of Register
If users want to change values of some registers under debug environment, for example, to change the setup
of “NETD->SOP1P0” to be 1, the steps are as follows:
Step 1, open “Register”, select the register “NETD->SOP1P0” and click the left button of the mouse,
“Register Modification” will show up, as shown in the Figure 4.10.
Step 2, use mouse to select the status supposed to be changed, set 1.
Figure 4.10 “Register Modification” Window
Fortune Semiconductor Corp.
43/78
Rev. 1.0
FS982X IDE
4.7
F_WATCH Window
If users like to enter “F_WATCH” window, may select 『View->Watch』from the tool bar, or press “Watch” in
“Source” after compiling, this window provides numeric tracing function, as shown in the Figure 4.11.
“F_WATCH” window displays the value defined by users. Besides, “bit tracing” function is also provided, it is
convenient for users to see the change of each byte. Window displays as following:
z
Defined name
z
Defined name address
z
Value by 16 Hex
z
Address or Value by Binary Display
Figure 4.11 “F_WATCH” Window
Fortune Semiconductor Corp.
44/78
Rev. 1.0
FS982X IDE
Menu
Add/Delete Watches: Select this option will show “F_ADDWCH” Window. This window displays added or
deleted label, as shown in the Figure 4.12.
total right shift
right shift
total left shift
left shift
Figure 4.12 “Add/Delete” Window
z
Edit Watch: Under this window the referenced value at specified address can be changed.
z
Delete Watch: Can directly delete label in “F_WATCH”
z
Delete All Watches: Can directly delete all labels in “F_WATCH”
z
Hide Addr: Hide label at the register address
z
Load Properties: Load all the “F_WATCH” saved files, the extension name of the file is defined as
“*.pro”.
z
Save Properties As: Save the Ram label listed in “F_WATCH”, the extension name of the file is
“*.pro”
z
Clear All Properties: Clear all the opened Properties.
Fortune Semiconductor Corp.
45/78
Rev. 1.0
FS982X IDE
4.7.1
Procedure of Bit Tracking
If users like to watch variation of each bit under debug environment, in addition to watching the value of an
address, FS982X IDE also provides the method of watching each bit, for example, like to watch the data at
the 2nd bit of “ADCON(address=14h)”, the setup is as follows:
Step 1, Open “F_WATCH”, use “Add/Delete Watches” of the menu to select name and address
“ADCON(address=14h)” and “ADIF(address=02h)”.
Figure 4.13 Successful setting in “F_WATCH” Window
Step2, Click the right key of ADIF, select “Edit Watch” from the menu, as shown in the Figure 4.14.
Step 3, Change the selection from “Normal” to “Bit”.
Step 4, Select following address, the example is “ADCON”, press “OK”, 2nd address of “ADCON” can be
watched after successful setup.
Note: Names of bits[0〜7] shall be defined in code at first in bit tracing.
For Example
Bit0
Bit7
equ 00h
：
：
equ 07h
Figure 4.14 “Edit Watch” Screen
Fortune Semiconductor Corp.
46/78
Rev. 1.0
FS982X IDE
4.8 Stack Window
If users like to enter into “Stack” Window, may select 『View->Stack』from the tool bar after compiling. When
write sub routine, the programmer cares about pushing and popping execution address very much, FS982X
IDE provides “Stack” for watching address, as shown in the Figure 4.15. FS982X chip provides 8 stacks
max. “Stack” will display stack address of code, and provides on-line modification service, the contents is
displayed by 16 Hex.
Figure 4.15 “Stack” Window
4.8.1 Remolding Stack Address
FS982X IDE provides immediate modification function under debug environment (suggested not to use), the
setup steps are as follows:
Step 1, Open “Stack” Window, select the stack address supposed to be modified and double click the left
button of the mouse, “Ram Modification” will show up as shown in the Figure 4.8.
Step 2, Input the value via key board or screen key board.
Note: The number of Stack level of each type of chip is not all the same, such as FS9821, provides only 6 level stack.
For details, please refer to《FS982X data sheet》.
Fortune Semiconductor Corp.
47/78
Rev. 1.0
FS982X IDE
4.9 Error Message Window
During compiling, “FASM500” provides code analysis function; detect errors to variable name and
instruction format. If any error occurs during compiling code, “Error Message Window” will show up, as
shown in the Figure 4.17. The format of error message will be displayed in Error Message Window,
consisted of “Message Code”, “File Label”, “Column” and “Description”, as shown in the Figure 4.16.
[Error code]
[Error label] [Error column]：[Error description]
Figure 4.16 Error Message Format
Figure 4.17 “Error Message” Window
4.10 LCD
This function is not provided by FS982X IDE for the time being.
Fortune Semiconductor Corp.
48/78
Rev. 1.0
FS982X IDE
4.11 Setup Window
Like to enter into ‘Setup Window’ press『Options->Setup』 from the tool bar, as shown in the
Figure 4.18, the setup items are as follows:
Figure 4.18 “Setup” Window
（1）Select Chip:Select device of compiling, such as FS9822(4K)
（2）Language: Choose Chinese or English
（3）Font: Choice of Font
（4）ICE Control:
z Via LPT port or USB: Communication interface can support USB or LPT options, system
provides 378h(LPT1)、3BCh、278h and USB.
z Select programmed chip: Users can select program type SPI (Serial Port Interface) or Boot
loader type. System provides: FS9823&FS3866,FS9822&FS6811, FS9821, FS9811, FS9855,
FS9824, SPI_1K, SPI_2K, SPI_4K, SPI_8K and SPI_16K.
（5）Operation System: Users may choose Windows 98 or Windows NToperation system, users of
Windows XP may choose ‘Windows NT’ System.
（6）ROM: Buffer for data program/execution, options of memory are “RAM62256”, “EEPROM28C256”
（7）Generate Files: From compiling, providing for chip.
z
List File: Providing compiling results, the file extension name is“*.lst”.
z
ASCΠ File: For internal test, the file extension name is “*.asc”.
z
ASCΠ File (inverse): For internal test, the file extension name is “*_invert.asc”.
z
Hex File: Hex file is provided for programming, the file extension name is “*.hex”.
z
Hex File (inverse): H/L byte exchange, for internal test, the file extension name is *_invert.hex”.
z
Hex File (L/H Separate): For internal test, the file extension name is “*_H.hex” and “*_L.hex”.
z
MaskFile (8k*16): For internal test, the file extension name is“*_H.msk” and “*_L.msk”
（8）No Used Area Fill: Can choose 00, FF or GOTO 00 to fill the non-used area of code, “GOTO 00” is
suggested for avoiding error of code..
Fortune Semiconductor Corp.
49/78
Rev. 1.0
FS982X IDE
5. Debug of FS982X IDE
5.1 General Description
It is unavoidable to repeat modification and test on the original program during program development process.
FS982X provides much more convenient for debug utilities, and shorten the development time. These
functions include: Single step execution, setup breakpoint, tracking trigger condition, etc. This chapter
mainly introduces the debug functions in three aspects:
z
Reset FS982X system
z
Hardware emulation of application program
z
Setup breakpoint
Debug can be executed only after compiling; the code marked in blue in “Source” window as shown in the
Figure 5.1 will be the first code to be executed. It means system is ready to accept and execute the debug
order from the users.
Figure 5.1 Screen after compiling
5.2 Reset FS982X System
3 kinds of Reset as follows are provided by FS982X IDE:
z
Hardware system reset: Use button S2 of FS982X ICE to reset system.
z
Power source reset: Use switch S1 of FS982X ICE to reset system.
z
Software reset: Execute 『Assemble&Run->Program Reset』
Fortune Semiconductor Corp.
50/78
Rev. 1.0
FS982X IDE
Table 5.1 Results of 3 kinds of Reset
Function
Hardware
System Reset
Clear Special Register
＊
Clear Memory
N
Program Counter (PC)
0＊＊
＊＊＊Clear Software Setting N
Y
Clear PD、TO
Power Source
Reset
＊
N
0＊＊
N
Y
Software
Reset
＊
N
0(Stop)
N
Y
Note:
＊:Different type of chip has different initial value.
＊＊:Reset of system depends on chip type, there are two kinds: OTP and ICE.
FS982X ICE:Program counter will execute by starting from 00H, but data will be lost due to release of power for
RAM as “system reset” or “power source reset”.
FS982X OTP: Selection of chip, language, memory, etc. are represented by software setting, i.e. displayed in
『Option-Setup』.
PD: Power down flag.
TO: Watch Dog Timer flag.
Fortune Semiconductor Corp.
51/78
Rev. 1.0
FS982X IDE
5.2.1 Process of Reset of Hardware System
Use the button S2 of FS982X ICE to reset hardware system, as shown in the Table 5.1 for the
variation.
5.2.2 Process of Reset of Power System
Use the switch S1 of FS982X ICE to reset the power source, as shown in the Table 5.1 for the
variation.
5.2.3 Process of Reset of Software System
Select 『Assemble&Run->Program Reset』from the tool bar to execute software reset, the program
counter will be reset at the 00h after execution, as shown in the Table 5.1 for the variation.
5.3 Hardware Emulation of Application
After completion of the application program, need to use the execution file generated from compiling,
and download the file to FS982X ICE. If there is no error during compiling, the first executed code
in “Source” will be displayed in blue highlight, at this time, may use debug command of “FASM500”
to emulate the application program. Three kinds of debugging are introduced as follows:
z Application program in Hardware
z Stop application program
z Single step execution
5.3.1 Hardware Execution
Select 『Assemble&Run-> Run』from the tool bar or press the hot key F9 may enter into hardware
emulation. Now users may open Debug Window, including Edit, Source, Code, RAM, Register
Window, too. Select 『Assemble&Run-> Stop』from the tool bar or press the hot key F12 may stop
the program during hardware emulation.
5.3.2 Hardware Termination
There are 3 kinds of method to stop the code:
z
At the breakpoint: When the program is executed at the setup breakpoint by compiling, the program
will stop.
z
When the program is executed by trace/stopover, the program counter will stop at every step.
z
Upon the instruction of stop: When the program is executed, select 『Assemble&Run-> Stop』or
press the hot key F12, the program counter will stop immediately.
Fortune Semiconductor Corp.
52/78
Rev. 1.0
FS982X IDE
5.3.3 Single Step Execution
z
“FASM500” Single Step Execution provides two ways as follows:
Step Over（F8）: Step Over, trace to the code, i.e. not enter into Macro and sub-program; can trace
the system procedure by the hot key F8.
z
Trace（F7）:Trace, detailed trace to the code, i.e. enter into Macro and sub-program, can trace
sub-program and Macro by the hot key F7.
5.4 Break Point
“FASM500” provides efficient breakpoint system; 3 breakpoints can be setup at the same time
during hardware emulation; 10 breakpoints can be setup at the same time during software simulation.
5.4.1 How to setup Break Points?
There are two ways to setup “FASM500” breakpoint:
（1）Set-up of Mouse Click
Step 1: Use mouse to select “Source” window.
Step 2: Double click the left button of the mouse before the pre-set code of the breakpoint;
successful setting is shown as the Figure 5.2.
（2）Set-up of Tool Bar
Step 1: Use mouse select “Source” window.
Step 2: Use mouse to select the code of the pre-set breakpoint.
Step 3: Select 『Assemble&Run-> Set Breakpoint』from the tool bar, successful setting is
shown as the Figure 5.2.
Figure 5.2 Successful Setting of Breakpoints
Note: （1）Setup breakpoint is onlyapplied to the code can be compiled .
（2）When breakpoint setting is over max.number, system will use architecture “FIFO” to solve the problem.
5.4.2 How to Release Break Points?
The way to release breakpoint is as the same as the setting. Use “Set-up of Mouse Click” or “Set-up of
Tool Bar” can release the setting by mouse clicking. Users may double click the left button of the mouse to
release the set breakpoint. “ ”.
Fortune Semiconductor Corp.
53/78
Rev. 1.0
FS982X IDE
6. Simulation of FS982X IDE
In addition to providing hardware emulation, FS982X also provides software simulation, to which “math
library”、“code logic ”、“verification of setting register” are applied. The ways to set software simulation are as
follows:
Step 1. Open. Select 『Assemble&Run-> Set Debug->Simulation』from the tool bar.
Step 2. Verification. Select 『Assemble&Run-> Assemble&Run(F10)』from the tool bar, users may see
the screen as shown in the Figure 6.1 after compiling. When the green highlight appears in “Source”
means the setting successes.
10 breakpoints are provided during software simulation; only 3 breakpoints for hardware emulation, others
are the same. For details, please refer to the Chapter 3, 4, 5.
Figure 6.1 Successful entering into simulation
Fortune Semiconductor Corp.
54/78
Rev. 1.0
FS982X IDE
7. FS982X Emulation Board
7.1 General Description
FS982X Emulation Board is applied to FS9821、FS9822 and FS9823 products’ emulation, as well as
programming of FS982X OTP products. FS982X Emulation Board shall be operated with FS Control Board
under debug and programming mode. The system provides the functions as follows:
z Applied to ICE and OTP chip of FS9821、FS9822、FS9823
z Provides LCD independent test pin
z Provides system independent test function
z Provides digital/analog I/O port
z Provides “Normal/Program” jumper to select Working or Programming Mode
z Provide 1 set LCD:4(COM) * 13(Segment).
z Provides 3 buttons
z Provides FS982X chip selection mode switch
FS982X Emulation Board is shown as the Figure 7.1.
Figure 7.1 FS982X Emulation Board
7.2 Block Diagram and Pin Definition
FS982X layout is shown as the Figure 7.2 (For the circuitry, please refer to the enclosed Diagram 3).
FS982X is consisted of 5 parts: components, jumper, dip switch, connector and button.
Figure 7.2 FS982X Emulation Board Layout
Fortune Semiconductor Corp.
55/78
Rev. 1.0
FS982X IDE
（1）Components
z CR1: 32768 Hz oscillator, provides extensional clock for the system.
z U1: Transfer Board location, for the connection with FS982X ICE or OTP Transfer Board.
z U2: LCD, the specification is 4(COM) * 13(Segment). For the true value, may refer to the
enclosed Table 1.
（2）Jumpers
z J1: LCD V2 voltage input selection pin, Pin1-2-3 is pre-set to be open.
z J2: LCD V3 voltage input selection pin, Pin1-2 is pre-set to be short.
z J3、J4、J5、J6、J7: System power source jumpers of FS982X Emulation Board. These jumpers
are pre-set to be short if there is no special purpose.
z J8: FS982X ICE packing internal test pin, usually it is open.
z J9: FS982X Emulation Board power source, as shown in the Table 7.1.
Table 7.1 J9 Jumper List
Type
PIN 1-2 Short
PIN 2-3 Short
PIN 1-2-3 Open
Results
FS Control Board provides voltage 3 V
FS Control Board provides voltage 5 V
JBAT_ICE and JVSSB_ICE input voltage 5V
（Note）
Note :JBAT_ICE and JVSSB_ICE input voltage can not be over 5V.
J10: Use the jumper J10, the engineer can measure the actual current of FS982X chip.
J11: OTP programming pin, I2C is adopted during OTP programming, the pin definition is shown in the Table 7.2.
J12: Displayed selection of LCD SEGMENT 2, Pin2-3 is preset to be short.
Table 7.2 J11 Pin Definition
Pin
Function
PIN1
SDA(MDMP1_CYP)
PIN3
SCK(CSBMP)
PIN5
RST
PIN7
VPP_FS98
PIN9
VCC_FS98
PIN11
GND
Remark
Data PIN, Connect PIN1 with PT2[0]
Clock PIN, Connect PIN3 with PT2[1]
Reset PIN, Connect PIN5 with RST(RST_ice)
VPP, Connect PIN7 with VPP(12V).
VDD,Connect PIN9 with VDD(VDD_ice, 5.8V)
GND,Connect PIN11 with VSS(VSS_ice)
（3）Dip Switches
z
S5: FS982X chip selection switch.
（4）Connectors
z CON1: Connected to CON1 of FS Control Board
z CON2: Connected to CON2 of FS Control Board
z CON3: Connected to CON3 of FS Control Board
z CON4: Connected to CON4 of FS Control Board
z CON5: A/D input port, I/O port of Emulation Board
z CON6: A/D input port, I/O port of Emulation Board
z CON7: LCD output pin 22*2, pin output number dependes on the selected chip type.
Note: The number of the digital I/O output of CON5 and CON6 will be different according to the chip type, please refer to
《FS982X data sheet》.
Fortune Semiconductor Corp.
56/78
Rev. 1.0
FS982X IDE
（5）Buttons
z S1: Power switch of FS982X Emulation Board
z S2: Reset button
z S3: General button or PT2[0] interrupt button
z S4: General button or PT2[1] interrupt button
7.3 How to Use Emulation Board?
Notes for use of FS982X Emulation Board
z How to Use LCD?
z How to Select FS982X Chip?
z How to Switch Operation & Programming Mode?
z How to Measure Current?
Figure 7.3
7.3.1
I/O ports
4*20 CON7
4*13 LCD
MCU Dip switch
FS982X Emulation Board
How to use LCD?
The LCD Segment provided by each mode of FS982X is different; therefore, FS982X provides two kinds
of screen for users’ easier operation.
z
z
4*13 LCD(U2):4(COM) * 13(Segment) LCD。
2*20 Connector (CON7):4（COM）*40(Segment) Connector. Users may connect this connector with
other specification of LCD.
System provides J12 jumper, convenient for the selection of FS982X Chip SEG2. If select Pin1-2 to be
short, LCD will provide clock display (P1、ck1、ck2、one); if select Pin2-3 is short, LCD will provide unit display
(T1、T2、T3、T4). For the LCD true value, please refer to the enclosed Table 1.
Fortune Semiconductor Corp.
57/78
Rev. 1.0
FS982X IDE
7.3.2 How to Select FS982X Chip?
FS982X Emulation Board provides dip switch (S5) for users’ easier selection of chip type. The setting is
as shown in the Table 7.3.
Table 7.3 Dip Switch Definition
PAR13
PAR12
PAR11
FS9823_ICE
OFF
OFF
OFF
FS9822_ICE
ON
OFF
OFF
FS9821_ICE
ON
ON
OFF
Note:（1）Operation may be abnormal if the dip switch selected chip is different from the actually used chip.
（2）Chip setting is only applied to FS982X ICE. Not necessary if OTP chip is used.
7.3.3 How to Use I/O Pin?
FS982X Emulation Board provides each FS982X chip’s digital I/O port, analog measurement pin, consisting
of connectors CON5、CON6. Users may use connectors to connect with other devices. CON5 pin definition
is shown in the Table 7.4 and the Figure 7.4. CON6 pin definition is shown in the Table 7.5 and the Figure
7.5.
Figure 7.4 CON5
Figure 7.5 CON6
Table 7.4 CON5 Pin Definition
Pin
Definition
Pin
PIN1
VDDA
PIN8
PIN2
OP2O
PIN9
PIN3
REFO
PIN10
PIN4
PT10
PIN20
PIN5
PT12
PIN19
PIN6
PT14
PIN18
PIN7
PT16
PIN17
Definition
PT20
PT22
VSS_ice
VS
OP1O
AGND
PT11
Pin
PIN16
PIN15
PIN14
PIN13
PIN12
PIN11
Definition
PT13
PT15
PT17
PT21
PT23
VSS_ice
Table 7.5 CON6 Pin Definition
Pin
Definition
Pin
PIN1
VDD_ice
PIN8
PIN2
PT24
PIN9
PIN3
PT26
PIN10
PIN4
PT30
PIN20
PIN5
PT32
PIN19
PIN6
PT34
PIN18
PIN7
PT36
PIN17
Definition
PT40
PT42
VSS_ice
VDD_ice
PT25
PT27
PT31
Pin
PIN16
PIN15
PIN14
PIN13
PIN12
PIN11
Definition
PT33
PT35
PT37
PT41
PT43
VSS_ice
Fortune Semiconductor Corp.
58/78
Rev. 1.0
FS982X IDE
7.3.4 How to Switch Normal & Programming Mode?
“8 Pin Jumper ” is shown as the Figure 7.6, used for J11-J10-J9 short, can select 3 kinds of Working Mode
“Normal”, “Program”, “Test after Program”. The setting steps are as follows:
Figure 7.6 8 Pin Jumper
（1）Normal mode
Method 1
Step 1. U1 choose FS982X ICE Transfer Board。
Step 2. close switch S1。
Step 3. J11’s PIN 1-2、3-4、5-6、7-8、9-10、11-12 open。
Step 4. J10 short。
Step 5. J9’s PIN 1-2 short。
Method 2
Step 1. U1 choose FS982X ICE Transfer Board。
Step 2. close switch S1。
Step 3. 8 Pin jumper jumps to “Normal” end, as shown in the Figure7.7.
Figure 7.7 Select “Normal” Mode
Fortune Semiconductor Corp.
59/78
Rev. 1.0
FS982X IDE
（2）Program
Method1
Step 1. U1 choose FS982X OTP Transfer Board。
Step 2. close switch S1。
Step 3. J11’s PIN 1-2、3-4、5-6、7-8、9-10、11-12 short。
Step 4. J9’s PIN2-3 short。
Step 5. J10 open。
Method2
Step 1. U1 choose FS982X OTP Transfer Board。
Step 2. close switch S1。
Step 3. 8 Pin Jumper jumps to “Program”, as shown in the Figure 7.8.
Figure 7.8 Select “Program” Mode
（3）Test after Program
Method1
Step 1. U1 choose FS982X OTP Transfer Board。
Step 2. Waiting for programming
Step 3. Separate FS Control Board and FS982X Emulation Board.
Step 4. Provide 2.4~3.6V power by VBAT_ice and VSSB_ice
Step 5. Close switch S1。
Step 6. J11’s Pin 1-2、3-4、5-6、7-8、9-10、11-12 open。
Step 7. J10 short, then can test the actually function
Method2
Step 1.
Step 2.
Step 3.
Step 4.
Step 5.
Step 6.
U1 choose FS982X OTP Transfer Board。
Waiting for programming
Separate FS Control Board and FS982X Emulation Board
Provide 2.4~3.6V power by VBAT_ice and VSSB_ice
Close switch S1。
8 Pin Jumper jumps to “Normal” end, as shown in the Figure 7.7, then can test the function.
Fortune Semiconductor Corp.
60/78
Rev. 1.0
FS982X IDE
7.3.5 How to Measure Current?
FS982X Emulation Board provides current measurement pin J10, users may use DMM (Digital Measurement
Meter) to connect the two ends of J10, and then can measure the consumption power of the chip, as shown in
the Figure 7.9.
Figure 7.9 J10 block Figure
Fortune Semiconductor Corp.
61/78
Rev. 1.0
FS982X IDE
8. FS Control Board
8.1 General Description
FS Control Board, as shown in the Figure 8.1, is applied to FS9912、FS9922、FS9932、FS9821、FS9822、
FS9823、FS9824、FS6811、FS3861、FS3866 and FS9855, etc. products’ emulation, as well as programming
all the OTP products of FSC’s MCU.
This Chapter will introduce:
z
System Configuration and Jumper Set: Introduce FS Control Board and each connector on the FS
Control Board, notes for use of jumper.
z
How to use FS Control Board: Introduce notes for emulation and simulation when FS Control
Board is connected to FS982X Emulation Board.
Figure 8.1 FS Control Board
Fortune Semiconductor Corp.
62/78
Rev. 1.0
FS982X IDE
8.2 Block Diagram and Pin Definition
FS Control Board layout is shown as the Figure 8.2.
Figure 8.2 FS Control Board Layout
（1）Power System
May choose 5V power for FS Control Board via USB or DC JACK, please see the following explanation:
z DC JACK(CON5): Input DC 5V.
z
USB/B(CON6): USB Connector。
（2）Setup Jumper and Memory
z J1: Output +3V and GND after regulation
z J2: Output +3V after regulation
z J3: GND。
z J4: Select input power for emulation or programming
Table 8.1 Selection of Power for Emulation or Programming
Short regulation
Description
1-2 Pin (Preset)
Power for Emulation
2-3 Pin
Power for Programming
z
J5: Power setting
Table 8.2 Power Setting
Short regulation
1-2 Pin (Preset)
2-3 Pin
Description
Power Source from USB
Power Source from DC JACK
z
U11: Emulated program memory, may use RAM62256 or EEPROM28C256.
z
LED1: Power LED.
Fortune Semiconductor Corp.
63/78
Rev. 1.0
FS982X IDE
（3）Connector
z
CON1: FS982X Emulation Board control I/O port. Can convert the out voltage via U6, makes the
voltage level of FS Control Board and Emulation Board the same.
z
CON2: Programming control I/O port
z
CON3: System power output, provides regulated 3V output and the power for button and LED.
z
CON4: Programming voltage output.
8.3 How to Use FS Control Board?
FS Control Board can be connected to FS982X Emulation Board or Writer Board, notes are as follows:
z
How to select power from Emulation/Writer Board?
z
How to select power from FS Control Board?
z
Verification of Connection of FS Control Board and PC
Fortune Semiconductor Corp.
64/78
Rev. 1.0
FS982X IDE
8.3.1
How to Select Power Source from FS Control Board for Emulation /
Programming
The voltage for FS982X emulation and programming are respectively 3V and 12V, FS Control Board provides
jumper J4 for users to select power source, the setting is as follows:
z
FS982X Emulation Board: Pin 1-2 of J4 is short.
z
Writer Board: Pin 2-3 of J4 is short.
8.3.2
How to Select Power of FS Control Board
The power input method for FS Control Board is depending on different location, such as, when system needs
debugging, USB can be connected for power supply, when FS Control Board connects to Writer Board, not
connected to a computer, power can be supplied by DC JACK. FS Control Board provides Jumper J5 for
users to select voltage input method, the setting is as follows:
z
USB 5V: Pin 1-2 of J5 is short.
z
DC JACK 5V: Pin 2-3 of J5 is short.
8.3.3
Verification of Connection between FS Control Board and PC
When CON6 which controls main panel is connected to a PC via USB, open 『Start->Setup->Control
Panel->System,』, select “Hardware->device administrator” from the Tabs, and press “friendly device UI”. If
“HID-compliant device” shows, means system has been connected, as shown in the Figure 8.3.
Figure 8.3 System Administrator Control Panel
Note: When Windows 98 is connected to FS Control Board at the first time, an installation disc of Windows 98 is needed.
Fortune Semiconductor Corp.
65/78
Rev. 1.0
FS982X IDE
9. OTP Programming
9.1 General Description
After the application program is developed, engineer has to use OTP chip to program the executable file into
EEPROM, to check whether the application is correct or not. About executable file, please refer to the Basic
Tutorial in Section 2.4.7 of Chapter 2. The programming window is shown as the Figure 9.1. This chapter
will introduce details of window during programming.
Figure 9.1 Programming Window
Fortune Semiconductor Corp.
66/78
Rev. 1.0
FS982X IDE
9.2 Introduction of Programming Window
After setting of chip, select 『Assemble&Run->Assemble&Run』from the tool bar, the screen of programming
is shown as the Figure 9.2, has 4 parts:
z Tool Bar
z Area of Information of Executable File
z Location of Actually Executable File
z Selection Area of Programming and Verification
tool bar
Area of Information
of executable File
Location of actually executable
File
Selection Area of
Programming
and Verification
Figure 9.2 Programming Screen
Fortune Semiconductor Corp.
67/78
Rev. 1.0
FS982X IDE
9.2.1
Tool Bar
（1）FILE
This selection is to read/write the programmed file. Move the mouse to 『File』of the tool bar and press the
left button of the mouse, as shown in the Figure 9.3. The selection is as follows:
Figure 9.3 File Menu
z
z
Open… (Ctrl+O): Open the executable file, then load in the contents of the file into “File Hex Code”
area, the extension file name is *.HEX.
Save As...(Ctrl+S): Save the executable file, the data in “Read Chip Hex Code” will be saved after
selection and press, the extension file name is *.HEX.
（2）Read EEPROM
This selection is to read the contents of EEPROM 28C256, the message in the screen is shown as the
Figure 9.4 as following window after selection and press.
Figure 9.4 Read EEPROM data
z
z
z
z
z
EEPROM: When “PASS” shows means system can accept single unit programming.
Pro. Type: Programming Mode; Boost Mode or SPI Mode.
Check Sum: Check password for executable file.
Protect: Programming protection; “Yes” means chip data protected after programming; “No” means
no protection to chip data after programming.
Chip Type: Programmed chip type.
Note:
This selection is applied only to the system memory EEPROM.
Fortune Semiconductor Corp.
68/78
Rev. 1.0
FS982X IDE
（3）Chip-Info
This selection is for confirmation of programmed chip type (only the chip programmed by Boost ROM can be
detected), as shown in the Figure 9.5.
Now, the function of Chip-Info can only detect the chip type FS9823E、FS9822E、FS6811.
Figure 9.5 Chip Information
9.2.2 Information of Executable File
This block provides all the information of programmed file, including file name, emulation chip type,
programmed chip, file check code, and read check code, as shown in the Figure 9.6.
Figure 9. 6 Information of executable file
z
z
z
z
z
File name: The path and file name of the executable file, immediately shows up as loading in the file.
ICE chip type: The selected chip type during compiling.
Write chip: The OTP chip type supposed to be programmed.
File CheckSum: The checksum for loading in executable file, create a serial when select
『File->Open』to load in file.
Read CheckSum: This procedure gets checksum from OTP, can be accessed by pressing “Read”
in programming or verification selection area.
Fortune Semiconductor Corp.
69/78
Rev. 1.0
FS982X IDE
9.2.3 Buffer Area of Executable File
This block provides actual data of executable file and program memory, mainly divided into two parts:
“File Hex Code” and “Read Chip Hex Code”.
Figure 9.7 Buffer Area of Executable File
z
File Hex Code: The area saves executable data. After the executable file is opened, the screen will
show the contents of the executable file.
z
Read Chip Hex code: The area saves actual data from OTP. This selection will completely show
the contents of OTP chip code. Users may access OTP program memory by pressing “Read” in
the Programming and Verification Area.
Fortune Semiconductor Corp.
70/78
Rev. 1.0
FS982X IDE
9.2.4 Selection of Programming and Verification
This block provides operation selection during programming, mainly divided into 4 parts:
z Single Step Programming: Including Programming, Read, Stop, Blank Check, and Compare, Load
in, etc. buttons and status displaying area.
z Continuously Programming: Including Auto Button, Blank Check, Programming, Verify, Write
Protect, etc. selections.
z Block Programming/Read: Block programming, Block Read/Write button, Start Address and End
Address Fill in Area.
z Programming Time Display: Including Time Displaying, Overview of Operation, as shown in the
Figure 9.8.
Figure 9.8 Selection of Programming and Verification
Fortune Semiconductor Corp.
71/78
Rev. 1.0
FS982X IDE
（1）Single Step Programming
Programming: Program “File Hex Code” into OTP chip.
Read: Read the code in OTP chip, results will be put in the block “Read Chip Hex Code”; check
code will be displayed in “Programmed File Info->Read Check Code”.
z
z
Note: The memory of FS Control Board ( U11) or Programming Panel ( U1) has to be RAM62256 when use this function.
Stop: Force system to stop programming.
Blank Check: Check if the OTP chip is blank.
Compare: System will compare if the programming code and OTP code are the same or not.
Load: Reload executable file. When any modification to “File Hex Code”, “Load” should be pressed,
code will be auto. updated and loaded into RAM or EEPROM for internal use.
Status Displaying Area: Shows whether the loaded data is correct or not, the status displaying is
as shown in the Table 9.1.
z
z
z
z
z
Table 9.1 Status Table
Display
Successful
Err1
Err2
Err3
Err4
Err5
Err6
Description
File loaded success
loaded to RAM62256 fails
File loaded to RAM62256 fails
File loaded to EEPROM28C256
fails
File loaded to EEPROM28C256
fails
Chip serial No. loaded fails
Loop check code compare fails
（2）Continuous Programming
z
Auto: System will automatically program according to the selected steps after press.
z
Blank Check: The function is as the same as “Single Step Programming->Blank Check”.
z
Programming: The function is as the same as “Single Step Programming->Programming”.
z
Verify: The function is as the same as “Single Step Programming->Compare”.
z
Write protect: Protect the programming code of chip.
（3）Block Write/Read
z
Start Address: Input start address for internal use.
z
End Address: Input end address for internal use.
z
Block Write: Programming the start and end addresses for internal use.
z
Block Read: Read the start and end address for internal use.
（4）Programming Time Display
Shows chip programming time (This area shows only in the Parallel Port screen).
Fortune Semiconductor Corp.
72/78
Rev. 1.0
FS982X IDE
10. Revision History
Ver.
Date
Page
1.0
Jul. 31, ‘05
All
Fortune Semiconductor Corp.
Description
Release of First Edition (EN), corresponding to ver. 1.1 of TC
73/78
Rev. 1.0
FS982X IDE
Appendix
Diagram 1:Circuitry of FS9821、22、23
2
3
4
6
5
SEG2
SEG4
SEG6
SEG8
SEG10
SEG12
SEG14
SEG16
SEG18
SEG20
1
ICE Transfer Board
D
JP3
HEADER 20X2
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
COM3
COM4
SEG1
SEG2
SEG3
SEG4
SEG5
SEG6
SEG7
SEG8
SEG9
SEG10
SEG11
SEG12
SEG13
SEG14
SEG15
SEG16
SEG17
SEG18
SEG19
SEG20
PREB_ice
PWEB_ice
CSBMP_ice
MDM P1_ice
MDM P0_ice
RUNMP_ice
RDYMP_ice
PAR0_ice
SEG1
SEG3
SEG5
SEG7
SEG9
SEG11
SEG13
SEG15
SEG17
SEG19
40
38
36
34
32
30
28
26
24
22
20
18
16
14
12
10
8
6
4
2
39
37
35
33
31
29
27
25
23
21
19
17
15
13
11
9
7
5
3
1
D
VS
VSSP
CA
VDD_ice
XOUT
TST
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
COM3
COM1
LCB
V2
COM2 81
COM1 82
LCA
83
LCB
84
V1
85
86
V2
V3
87
VDDA 88
89
VS
VGG
90
VSSP
91
CB
92
CA
93
VDDP 94
VDD_ice 95
VSS_ice 96
XOUT 97
XIN
98
TST
99
RST_ice 100
VDDA
VGG
CB
VDDP
VSS_ice
XIN
RST_ice
HEADER 20X2
B
COM2
COM1
LCA
LCB
V1
V2
V3
VDDA
VS
VGG
VSSP
CB
CA
VDDP
VDD
VSS
XOUT
XIN
TST
RST
FS9822_ICE
C
JP2
PAR<1>
PAR<2>
PAR<3>
PAR<4>
PAR<5>
PAR<6>
PAR<7>
PAR<8>
PAR<9>
PAR<10>
PAR<11>
PAR<12>
PIO<0>
PIO<1>
PIO<2>
PIO<3>
PIO<4>
PIO<5>
PIO<6>
PIO<7>
OP1O
REFO
FTB
FTC
VB
AGND
PT1<0>/AIN0
PT1<1>/AIN1
PT1<2>/AIN2
PT1<3>/AIN3
PT1<4>/AIN4
PT1<5>/AIN5
PT1<6>/AIN6
PT1<7>/AIN7
PT2<0>/IN T0
PT2<1>/IN T1
PT2<2>/PDM1
PT2<3>/SDA
PT2<4>/SCL
PT2<5>/PDM2
PT2<6>
PT2<7>/BZ
PT3<0>/IN T2
PT3<1>/IN T3
PT3<2>/PFI
PT3<3>/PFO
PT3<4>
PT3<5>
PT3<6>
PT3<7>
JP4
COM4
COM2
LCA
V1
V3
COM3
COM4
SEG1
SEG2
SEG3
SEG4
SEG5
SEG6
SEG7
SEG8
SEG9
SEG10
SEG11
SEG12
SEG13
SEG14
SEG15
SEG16
SEG17
SEG18
SEG19
SEG20
PREB
PWEB
CSBMP
MDMP<1>
MDMP<0>
RUNMP
RDYMP
PAR<0>
U2
C
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
PAR1_ice
PAR2_ice
PAR3_ice
PAR4_ice
PAR5_ice
PAR6_ice
PAR7_ice
PAR8_ice
PAR9_ice
PAR11_ice
PAR10_ice
PAR12_ice
PIO0_ice
PIO1_ice
PIO2_ice
PIO3_ice
PIO4_ice
PIO5_ice
PIO6_ice
PIO7_ice
PREB_ice
CSBMP_ice
MDMP0_ice
RDYMP_ice
PAR1_ice
PAR3_ice
PAR5_ice
PAR7_ice
PAR9_ice
PAR10_ice
PIO1_ice
40
38
36
34
32
30
28
26
24
22
20
18
16
14
12
10
8
6
4
2
39
37
35
33
31
29
27
25
23
21
19
17
15
13
11
9
7
5
3
1
PWEB_ice
MDMP1_ice
RUNMPice
PAR0_ice
PAR2_ice
PAR4_ice
PAR6_ice
PAR8_ice
PAR11_ice
PAR12_ice
PIO0_ice
PIO2_ice
HEADER 20X2
PIO1_ice
B
PIO7_ice
PIO5_ice
PIO3_ice
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
OP1O
FTB
VB
PT10
PT12
PT14
PT16
PT20
PT22
PT24
PT26
PT30
PT32
PT34
PT36
OP1O
REFO
FTB
FTC
VB
AGND
PT10
PT11
PT12
PT13
PT14
PT15
PT16
PT17
PT20
PT21
PT22
PT23
PT24
PT25
PT26
PT27
PT30
PT31
PT32
PT33
PT34
PT35
PT36
PT37
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
FS9822_ICE
JP1
HEADER 20X2
A
1
2
3
Title
Size
PIO6_ice
PIO4_ice
REFO
FTC
AGND
PT11
PT13
PT15
PT17
PT21
PT23
PT25
PT27
PT31
PT33
PT35
PT37
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
A
Number
Revision
B
Date:
File:
4
9-Oct-2004
Sheet of
Drawn By:
C:\WORK\ 模擬器\USBTEST\SCH\SE_TRANSBOARD\SE_TRANSBOARD.ddb
5
6
Diagram 1 FS9821&22 ICE Transfer Board Circuitry
Note: FS9823 ICE is 160 pin, which can be transferred by pin to pin, therefore no ICE circuitry is provided.
Fortune Semiconductor Corp.
74/78
Rev. 1.0
FS982X IDE
Diagram 2:Circuitry of FS9821、22、23
2
3
4
6
5
39
37
35
33
31
29
27
25
23
21
19
17
15
13
11
9
7
5
3
1
SEG2
SEG4
SEG6
SEG8
SEG10
SEG12
1
OTP Transfer Board
JP3
HEADER 20X2
D
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
COM1
COM2
COM3
COM4
SEG1
SEG2
SEG3
SEG4
SEG5
SEG6
SEG7
SEG8
SEG9
SEG10
SEG11
SEG12
SEG1
SEG3
SEG5
SEG7
SEG9
SEG11
40
38
36
34
32
30
28
26
24
22
20
18
16
14
12
10
8
6
4
2
D
JP?
VPP
VS
VSSP
CA
VDD_ice
XOUT
TST
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
COM3
COM1
LCB
V2
LCA
LCB
V1
V2
V3
VDDA
VS
VGG
VSSP
CB
CA
VDDP
VDD_ice
VSS_ice
XOUT
XIN
VDDA
VGG
CB
VDDP
VSS_ice
XIN
RST_ice
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
JP2
COM1
COM2
COM3
COM4
SEG1
SEG2
SEG3
SEG4
SEG5
SEG6
SEG7
SEG8
SEG9
SEG10
SEG11
SEG12
COM4
COM2
LCA
V1
V3
LCA
LCB
V1
V2
V3
VDDA
VS
VGG
VSSP
CB
CA
VDDP
VDD
VSS
XOUT
XIN
FS9821
TST
RST
VPP
NC
OP1O
REFO
FTB
FTC
VB
AGND
PT1<0>/AI N0
PT1<1>/AI N1
PT1<2>/AI N2
PT1<3>/AI N3
PT1<4>/AI N4
PT1<5>/AI N5
JP4
C
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
NC
NC
NC
NC
NC
NC
PT2<7>
PT2<6>
PT2<5>
PT2<4>
PT2<3>
PT2<2>
PT2<1>
PT2<0>
PT1<7>
PT1<6>
HEADER 20X2
40
38
36
34
32
30
28
26
24
22
20
18
16
14
12
10
8
6
4
2
PT27
PT26
PT25
PT24
PT23
PT22
PT21
PT20
PT17
PT16
39
37
35
33
31
29
27
25
23
21
19
17
15
13
11
9
7
5
3
1
C
HEADER 20X2
TST
1
RST_ice 2
VPP
3
4
OP1O
5
REFO
6
FTB
7
FTC
8
VB
9
AGND 10
PT10
11
PT11
12
PT12
13
14
PT13
15
PT14
16
PT15
FS9821
B
JP1
HEADER 20X2
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
OP1O
FTB
VB
PT10
PT12
PT14
PT16
PT20
PT22
PT24
PT26
B
A
A
REFO
FTC
AGND
PT11
PT13
PT15
PT17
PT21
PT23
PT25
PT27
Title
Size
Number
Revision
B
Date:
File:
1
2
3
4
9-Oct-2004
Sheet of
Drawn By:
C:\WORK\ 模擬器\USBTEST\SCH\SE_TRANSBOARD\SE_TRANSBOARD.ddb
5
6
Diagram 2（A） FS9821 OTP Transfer Board Circuitry
2
3
4
6
5
SEG2
SEG4
SEG6
SEG8
SEG10
SEG12
SEG14
SEG16
SEG18
SEG20
1
D
JP3
HEADER 20X2
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
COM1
COM2
COM3
COM4
SEG1
SEG2
SEG3
SEG4
SEG5
SEG6
SEG7
SEG8
SEG9
SEG10
SEG11
SEG12
SEG13
SEG14
SEG15
SEG16
SEG17
SEG18
SEG19
SEG20
SEG1
SEG3
SEG5
SEG7
SEG9
SEG11
SEG13
SEG15
SEG17
SEG19
40
38
36
34
32
30
28
26
24
22
20
18
16
14
12
10
8
6
4
2
39
37
35
33
31
29
27
25
23
21
19
17
15
13
11
9
7
5
3
1
D
VPP
VS
VSSP
CA
VDD_ice
XOUT
TST
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
81
82
83
LCA
84
LCB
85
V1
86
V2
87
V3
VDDA 88
VS
89
VGG
90
91
VSSP
92
CB
93
CA
VDDP 94
VDD_ice 95
VSS_ice 96
XOUT 97
98
XIN
99
TST
RST_ice 100
COM3
COM1
LCB
V2
VDDA
VGG
CB
VDDP
VSS_ice
XIN
RST_ice
HEADER 20X2
B
NC
NC
LCA
LCB
V1
V2
V3
VDDA
VS
VGG
VSSP
CB
CA
VDDP
VDD
VSS
XOUT
XIN
TST
RST
FS9822
NC
NC
NC
NC
VPP
NC
OP1O
REFO
FTB
FTC
VB
AGND
PT1<0>/AIN0
PT1<1>/AIN1
PT1<2>/AIN2
PT1<3>/AIN3
PT1<4>/AIN4
PT1<5>/AIN5
PT1<6>/AIN6
PT1<7>/AIN7
PT2<0>/IN T0
PT2<1>/IN T1
PT2<2>/PDM1
PT2<3>/SDA
PT2<4>/SCL
NC
NC
NC
NC
NC
JP4
COM4
COM2
LCA
V1
V3
NC
NC
NC
NC
NC
NC
COM1
COM2
COM3
COM4
SEG1
SEG2
SEG3
SEG4
SEG5
SEG6
SEG7
SEG8
SEG9
SEG10
SEG11
SEG12
SEG13
SEG14
SEG15
SEG16
SEG17
SEG18
SEG19
SEG20
JP?
C
NC
NC
NC
NC
PT3<7>
PT3<6>
PT3<5>
PT3<4>
PT3<3>
PT3<2>
PT3<1>
PT3<0>
PT2<7>
PT2<6>
PT2<5>
NC
NC
NC
NC
NC
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
JP2
PT37
PT36
PT35
PT34
PT33
PT32
PT31
PT30
PT27
PT26
PT25
40
38
36
34
32
30
28
26
24
22
20
18
16
14
12
10
8
6
4
2
C
39
37
35
33
31
29
27
25
23
21
19
17
15
13
11
9
7
5
3
1
HEADER 20X2
B
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
OP1O
FTB
VB
PT10
PT12
PT14
PT16
PT20
PT22
PT24
PT26
PT30
PT32
PT34
PT36
VPP
1
2
3
4
5
6
OP1O
7
8
REFO
9
FTB
10
FTC
11
VB
AGND 12
13
PT10
14
PT11
15
PT12
16
PT13
17
PT14
18
PT15
19
PT16
20
PT17
21
PT20
22
PT21
23
PT22
24
PT23
25
PT24
26
27
28
29
30
FS9822
JP1
HEADER 20X2
A
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
A
REFO
FTC
AGND
PT11
PT13
PT15
PT17
PT21
PT23
PT25
PT27
PT31
PT33
PT35
PT37
Title
Size
2
3
Revision
B
Date:
File:
1
Number
4
9-Oct-2004
Sheet of
Drawn By:
C:\WORK\ 模擬器\USBTEST\SCH\SE_TRANSBOARD\SE_TRANSBOARD.ddb
5
6
Diagram 2（B） FS9822 OTP Transfer Board Circuitry
Fortune Semiconductor Corp.
75/78
Rev. 1.0
OP2O
REFO
FTC
AGND
PT11
PT13
PT15
PT17
PT21
PT23
PT25
PT27
PT31
PT33
PT35
PT37
PT41
PT43
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
OP1O
FTB
VB
PT10
PT12
PT14
PT16
PT20
PT22
PT24
PT26
PT30
PT32
PT34
PT36
PT40
PT42
VPP
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
COM4
COM2
LCA
V1
V3
JP4
VPP
VS
VSSP
CA
VDD_ice
XOUT
TST
B
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
COM3
COM1
LCB
V2
VDDA
VGG
CB
VDDP
VSS_ice
XIN
RST_ice
1
Fortune Semiconductor Corp.
COM2 81
COM1 82
83
LCA
84
LCB
V1
85
86
V2
87
V3
VDDA 88
VS
89
VGG
90
91
VSSP
92
CB
CA
93
VDDP 94
VDD_ice 95
VSS_ice 96
XOUT 97
98
XIN
99
TST
RST_ice 100
HEADER 20X2
2
COM3
COM4
SEG1
SEG2
SEG4
SEG4
SEG5
SEG6
SEG7
SEG8
SEG9
SEG10
SEG11
SEG12
SEG13
SEG14
SEG15
SEG16
SEG17
SEG18
SEG19
SEG20
SEG21
SEG22
SEG23
SEG24
SEG25
SEG26
SEG27
SEG28
C
COM2
COM1
LCA
LCB
V1
V2
V3
VDDA
VS
VGG
VSSP
CB
CA
VDDP
VDD
VSS
XOUT
XIN
TST
RST
VPP
NC
NC
OP2O
OP1O
REFO
FTB
FTC
VB
AGND
PT1<0>/AI N0
PT1<1>/AI N1
PT1<2>/AI N2
PT1<3>/AI N3
PT1<4>/AI N4
PT1<5>/AI N5
PT1<6>/AI N6
PT1<7>/AI N7
PT2<0>/IN T0
PT2<1>/IN T1
PT2<2>/PDM1
PT2<3>/SDA
PT2<4>/SCL
PT2<5>/PDM2
PT2<6>
PT2<7>/BZ
PT3<0>/IN T2
PT3<1>/IN T3
PT3<2>/PFI
PT3<3>/PFO
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
COM3
COM4
SEG1
SEG2
SEG3
SEG4
SEG5
SEG6
SEG7
SEG8
SEG9
SEG10
SEG11
SEG12
SEG13
SEG14
SEG15
SEG16
SEG17
SEG18
SEG19
SEG20
SEG21
SEG22
SEG23
SEG24
SEG25
SEG26
SEG27
SEG28
SEG1
SEG3
SEG5
SEG7
SEG9
SEG11
SEG13
SEG15
SEG17
SEG19
SEG21
SEG23
SEG25
SEG27
SEG29
SEG31
SEG33
SEG35
SEG37
SEG39
40
38
36
34
32
30
28
26
24
22
20
18
16
14
12
10
8
6
4
2
39
37
35
33
31
29
27
25
23
21
19
17
15
13
11
9
7
5
3
1
SEG2
SEG4
SEG6
SEG8
SEG10
SEG12
SEG14
SEG16
SEG18
SEG20
SEG22
SEG24
SEG26
SEG28
SEG30
SEG32
SEG34
SEG36
SEG38
SEG40
1
2
OP2O
OP1O
REFO
FTB
FTC
VB
AGND
PT10
PT11
PT12
PT13
PT14
PT15
PT16
PT17
PT20
PT21
PT22
PT23
PT24
PT25
PT26
PT27
PT30
PT31
PT32
PT33
FS982X IDE
3
3
4
FS9823
U1
5
SEG29
SEG30
SEG31
SEG32
SEG33
SEG34
SEG35
SEG36
SEG37
SEG38
SEG39
SEG40
PT4<3>
PT4<2>
PT4<1>
PT4<0>
PT3<7>/AIN11
PT3<6>/AIN10
PT3<5>/AIN9
PT3<4>/AIN8
4
76/78
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
6
D
JP3
HEADER 20X2
D
U1
SEG29
SEG30
SEG31
SEG32
SEG33
SEG34
SEG35
SEG36
SEG37
SEG38
SEG39
SEG40
PT43
PT42
PT41
PT40
PT37
PT36
PT35
PT34
JP2
40
38
36
34
32
30
28
26
24
22
20
18
16
14
12
10
8
6
4
2
Size
Date:
File:
39
37
35
33
31
29
27
25
23
21
19
17
15
13
11
9
7
5
3
1
C
HEADER 20X2
B
A
JP1
HEADER 20X2
Title
Number
5
Revision
A
B
9-Oct-2004
Sheet of
Drawn By:
C:\WORK\ 模擬器\USBTEST\SCH\SE_TRANSBOARD\SE_TRANSBOARD.ddb
Diagram 2（C） FS9823 OTP Transfer Board Circuitry
6
Rev. 1.0
FS982X IDE
Diagram 3: Circuitry of FS982X Emulation Board
1
2
3
4
5
6
LCD1
S EG1
S EG2
S EG3
S EG4
S EG5
S EG6
S EG7
S EG8
S EG9
S EG10
S EG11
S EG12
S EG13
S EG14
S EG15
S EG16
S EG17
S EG18
S EG19
S EG20
S EG21
S EG22
S EG23
S EG24
S EG25
S EG26
S EG27
S EG28
S EG29
S EG30
S EG31
S EG32
S EG33
S EG34
S EG35
S EG36
S EG37
S EG38
S EG39
S EG40
120
119
118
117
116
115
114
113
112
111
110
109
108
107
106
105
104
103
102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
2
VDD_15V
P3<7>
4
P3<4>
6
8
P3<6>
10
VPP_FS981
VPP_FS243
VCC_FS985
7
C2 9
1uF
COM10
2
VPP_FSXX
4
VCC_FSXX
VDD_3VIN
6
8
C3
10
1uF
COM10
VSS_ice
VSS_ice
VSS_ice
J11
MDMP1_CYP
CSBMP
RST
VPP_FS98
VCC_FS98
1
3
5
7
9
11
VSS_ice
B
Programming
Simulation
JP3(1-2)
Short
Open
2
4
6
8
10
12
HEADER 6X2
JP3(3-4) JP3(4-5)
Short
Short
Open
Open
PT20
PT21
RST
VPP_buf
VDD_ice
VSS_ice
JP3(5-6) JP3(7-8) JP3(9-10) JP3(11-12)
Short
Short
Short
Short VDD_CYP
Open
Open
Open
Open
RP1
RPS9
C24
0.1uF
VSS_ice
2 RUNMP
3 PWEB
4 CSBMP
5
S5
C16
2.2nF
1
2
PAR13
3
4
PAR12
5
6
PAR11
S EG1
S EG2
S EG3
S EG4
S EG5
S EG6
S EG7
S EG8
S EG9
S EG10
S EG11
S EG12
S EG13
S EG14
S EG15
S EG16
S EG17
S EG18
S EG19
S EG20
S EG21
S EG22
S EG23
S EG24
S EG25
S EG26
S EG27
S EG28
S EG29
S EG30
S EG31
S EG32
S EG33
S EG34
S EG35
S EG36
S EG37
S EG38
S EG39
S EG40
RST
C17
27nF
VSS_ice
SW-3
J10
J15
J14
VSSB_ice
SW DPDT
JVDD_ice
C20
0.1uF
C21
1uF
C26
0.1uF
VSS_ice
LCD_WT2
COM1
COM3
SEG1
SEG3
SEG5
SEG7
SEG9
SEG11
SEG13
SEG15
SEG17
SEG19
SEG21
SEG23
SEG25
SEG27
SEG29
SEG31
SEG33
SEG35
SEG37
SEG39
PREB
PWEB
CSBMP
MDMP1
MDMP0
RUNMP
RDYMP
PAR0
PAR1
PAR2
PAR3
PAR4
PAR5
PAR6
PAR7
PAR8
PAR9
PAR10
PAR11
PAR12
PAR13
PIO0
PIO1
PIO2
CON7
1
44COM2
COM4
SEG2
SEG4
SEG6
SEG8
SEG10
SEG12
SEG14
SEG16
SEG18
SEG20
SEG22
SEG24
SEG26
SEG28
SEG30
SEG32
SEG34
SEG36
SEG38
SEG40
3
C
CON22X2
B
VDD_CYP
R3
47K
R2
47K
RDYMP_A
PB4
VSS_ice
S4
R4
PT21
Q1
3904
1K
PB3
VDD_ice
C28
0.1uF
VSS_ice
RDYMP
CON5
VSS_ice
CON10X2
Q2
3904
R5
30K
CON6
CON10X2
VSS_ice
A
Title
C29
0.1uF
VDD_ice
VSS_ice
Size
4
Number
Revision
B
VSS_ice
Date:
File:
VSS_ice
2
SEG1
COM4
COM3
COM2
COM1
VSS_ice
VSS_ice
1
SEG2
PT20
C19
1uF
C27
0.1uF
VDD_ice
D1
1N4001
D
J12
S3
C18
10nF
VSS_ice
VCC_ram
S1
A
SEG12
SEG11
SEG10
SEG9
SEG8
SEG7
SEG6
SEG5
SEG4
SEG3
FS9823_ICE4P
VCC_ram
VSS_ice
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
PREB
PWEB
CSBMP
MDMP<1>
MDMP<0>
RUNMP
RDYMP
PAR<0>
PAR<1>
PAR<2>
PAR<3>
PAR<4>
PAR<5>
PAR<6>
PAR<7>
PAR<8>
PAR<9>
PAR<10>
PAR<11>
PAR<12>
PAR<13>
PIO<0>
PIO<1>
PIO<2>
FS9823_ICE
1
VDD_CYP
C25
0.1uF
J13VSS_ice
VBAT_ice
2 CSRAM
3 MDMP0
4 PREB
5 MDMP1
6 PAR14
7
8
9
COM4
COM3
COM2
COM1
LCA
LCB
V1
V2
V3
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
VDDA
VS
VGG
VSSP
CB
CA
VDDP
VDD
VSS
XOUT
XIN
TST
RST
1
VDD_3V
J9
RP2
RPS5
COM4
COM3
COM2
COM1
LCA
LCB
V1
V2
V3
1
CON34
CON4
12
34
56
78
910
C6
20
P T25
P T27
P T31
P T33
P T35
P T37
P T41
P T43
C5
VSS_ice
P T24
P T26
P T30
P T32
P T34
P T36
P T40
P T42
C22
1uF
C
1
VDD_CYP 3
P3<3> 5
P3<5> 7
9
C23
1uF
121
122
123
124
125
126
C7
127
0.1uF
C8
128
129
0.1uF
130
0.1uF
131
0.1uF
132
V2
J1
133
134
135
V3
J2
136
C4
137
1uF
VDD_ice
138
139
140
141
142
143
144
VPP_buf 145
VDDP J3
146
VDD_ice
C9
147
VDDA 148
C10
VS
149
VGG
J4
150
1uF
VSSP 151
J5
CB
152
10uF C11 J6
C12
CA
J7
153
C13
VDDP 154
155
10uF
156
1uF
1uF VDD_ice XOUT 157
XIN
C14
158
TX1
TST
25pF R6
159
160
32768Hz
10M
J8
JTST
C15
VSS_ice 25pF
S2
R1
VDD_ice
VSS_ice
Reset
100K
MDMP1_CYP
VSS_ice
CON3
1 2
3 4
5 6
7 8
910
S13
S12
S11
S10
S9
S8
S7
S6
S5
S4
S3
S2
S1
C1
C2
C3
C4
U1
OP2O
OP1O
REF O
F TB
F BC
VB
AGND
P T1<0> /AIN 0
P T1<1> /AIN 1
P T1<2> /AIN 2
P T1<3> /AIN 3
P T1<4> /AIN 4
P T1<5> /AIN 5
P T1<6> /AIN 6
P T1<7> /AIN 7
P T2<0> /I NT0
P T2<1> /I NT1
P T2<2> /PDM1
P T2<3> /SDA
P T2<4> /SCL
P T2<5> /PDM2
P T2<6>
P T2<7> /BZ
P T3<0> /I NT2
P T3<1> /I NT3
P T3<2> /PFI
P T3<3> /PFO
P T3<4> /AIN 8
P T3<5> /AIN 9
P T3<6> /AIN 10
P T3<7> /AIN 11
P T4<0>
P T4<1>
P T4<2>
P T4<3>
P IO<7>
P IO<6>
P IO<5>
P IO<4>
P IO<3>
CON34
VDD_3V
CON2
PAR0
PAR2
PAR4
PAR6
PAR8
PAR10
PAR12
PAR14
PIO1
PIO3
PIO5
PIO7
MDMP1
CSBMP
RDYMP_A
PWEB
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
CON1
PAR1
PAR3
PAR5
PAR7
PAR9
PAR11
PAR13
PIO0
PIO2
PIO4
PIO6
CSRAM
MDMP0
RUNMP
RST
PREB
OP2O
OP1O
REF O
F TB
F TC
VB
AGND
P T10
P T11
P T12
P T13
P T14
P T15
P T16
P T17
P T20
P T21
P T22
P T23
P T24
P T25
P T26
P T27
P T30
P T31
P T32
P T33
P T34
P T35
P T36
P T37
P T40
P T41
P T42
P T43
P IO7
P IO6
P IO5
P IO4
P IO3
VSS_ice
20 VS
OP1O
AGND
P T11
P T13
P T15
P T17
P T21
P T23
C1
0.1uF
D
VDDA 1
OP2O
REF O
P T10
P T12
P T14
P T16
P T20
P T22
VCC_ram
20-Oct-2004
Sheet of
C:\Documents and Settings\lhmhome\桌面\USB
ICE.Ddb
Drawn
By:
5
6
Diagram 3 FS982X Emulation Board Circuitry
Fortune Semiconductor Corp.
77/78
Rev. 1.0
FS982X IDE
Table 1:LCD T/F Table
z
LCD
A5
one
A4
B5
1
A6
B4
2
ck1
A3
TARE
ZERO
z
C5
B6
C4
B3
D5
C6
3
ck2
C3
P1
A7
D6
E4
T1
P2
B7
B1
C2
P3
C7
C1
D2
P4
T2
台兩
T3
oz
T4
Pcs
E3
E2
D7
D1
g
E6
5
ck2
B2
A1
4
D3
ck1
A2
one
D4
E5
P5
E7
E1
P6
LCD specification
COM1
COM2
COM3
COM4
SEG1
ZERO
TARE
SEG2
P1
ck1
ck2
one
SEG3
A1
A2
A3
A4
SEG4
P2
A7
A6
A5
SEG5
B1
B2
B3
B4
SEG6
P3
B7
B6
B5
SEG7
C1
C2
C3
C4
SEG8
P4
C7
C6
C5
SEG9
D1
D2
D3
D4
SEG10
P4
D7
D6
D5
SEG11
E1
E2
E3
E4
SEG12
P6
E7
E6
E5
SEG13
T4
T3
T2
T1
Fortune Semiconductor Corp.
78/78
Rev. 1.0