Hunterhm534

Parallel Data Cable (Printer extension cable, with male-female 25 pin connector, and pin to pin through)

A-A type USB cable(for power)

ATMEL 89 Adapter

ATMEL PLCC 44 Adapter

TSOP 48 Adapter

FWH/HUB PLCC32Adapter

PLCC32 Adapter

SOIC Adapter(Simplified)

On-Board

On-Board

AC or DC Power Adapter (9V or 12V, 200mA)

Installation Steps

• Check the parallel printer port setting in the bios, it should be EPP or Normal.
• Check there are any active resident programs that use the printer port, such as TWAIN drivers. You may have to remove it.
• Connect one end of the 25 pin SubD parallel cable to PC printer port
• Connect the other end of parallel cable to 25 Pins port of the programmer
• Connect USB power cable or AC adaptor (Note: if you are working on the EPROM programming. You may need use a AC adaptor, so that you can get Vcc 5.6V and 6.2V when doing programming)
• The yellow power normal indicator of the programmer should light up, then the programmer power supply is normal.
• Select devices type
• Set the DIP switch based on the displayed pattern.

(Note: the LPT port of PC MUST set to ECP or ECP+EPP during BIOS setup. To enter the BIOS setting mode, you need press 'Del' key or 'F1' key during the computer selftest, which is the moment of computer just power up.)

Software Version To Use

The software can be download from download.mcumall.com

There are board hardware selection jumper on the board. When set the jumper to PCB3B, then user have to use 0.97ja and before version software.

If the board selection set to PCB3.5, PCB5.0, PCB5.5C, then the software 0.98D6 should be used.

The software interface:

Hardware Check
After start the program, click test hardwar under Help menu. If the connection and power supply is normal, then appears: 'Hardware present' Otherwise check if the programmer connects well with PC, or power supply is normal.

PCB3.5/PCB4E

The screen :

Steps:

• Before test, set the DIP switch, jumper setup to software prompted
  
• Address Pin Test: click the one of the push button in the Address Out group, use multimeter detect output signal in the ZIF32 socket. Or directly input the adress data, the range is:0--7FFFFH A0-PIN 12, A1-PIN 11, A2-PIN 12, A3-PIN 9, A4-PIN 8, A5-PIN 7, A6-PIN 6, A7-PIN 5, A8-PIN 27, A9-PIN 26,A10-PIN 23, A11-PIN 25, A12-PIN 4, A13-PIN 28, A14-PIN 29,A15-PIN 3, A16-PIN 2, A17-PIN 30
• Data Pin Test: click one of the push button in Data Out group, use multimeter confirm the data from ZIF socket. Alternatively, input the test data, the range is: 0--FFH; D0-PIN 13, D1-PIN 14, D2-PIN 15, D3-PIN 17, D4-PIN 18, D5-PIN 19, D6-PIN 20, D7-PIN 21
• VPP (programming voltage) Test: Turn on the programming voltage by click on pin 1 (1-Vpp) check box, measure the voltage between PIN 16 and PIN 1. It should show the Vpp voltage your set. (12V, 15V, 21V, 25V. Note : there mybe 0.5V tolerance of voltage reading)
• Clear All: Clear the whole control signal, address and data output. Then you measure should be all 0V.

  The software interface :

  Tool bar:

  Read data file to buffer, it can be : Intel HEX (*.hex); Binary (*.bin); Motorola S Record (*.s); ALL Eprom File (*.bin, *.hex, *.s) Save data to a file from buffer Clear buffer of programmer software Read data from chip to programmer buffer Blank verify. Verify the chip if it is blank Display chip's factory ID Programming/Test. Programm the chip or test the SRAM. Erase. Erase content of chip. Programming bit control. For MCS51, AVR

  File : Open, Save, Exit. Edit: Edit buffer Device: Selection of target device/chip. Action: The operations for the taget device/chip. Help: Help infomation. Main area in software: From left to right there are four sections 1, chip selection and parameterrea 2, hardware jumper and setting indication picture. 3, MCU chip's parameter setting, such as lock bit. 4, programming parameter setting and fine adjustment. Normally a default value can be used. Tab page selection: The bottom of main program screen is series tab window button.

  Click 'Buffer' button,display buffer content. The first column of data is data address, last column is the data ASCII code, the middle is data hex value. If internal EEPROM exists in PIC MCU, the EEPROM data content displays automatically.

  Status bar : Displays programmer's current status: the chip write in is not correct, wrong programming position, programmer problem and so on.

  Programming the BIOS on Willem programmer is easy, as long as we selected right chip type and right jumper. Here is an example for programming on a N82802AB of Intel845 mother board(3.3V):

  1, select chip type and software setting

  now you can see following setting:

  DIP position: OFF,ON,ON,OFF,ON,ON,OFF,ON,OFF,ON,OFF,ON

  Chip's parameter is showed below the Chip Select Button. Normaly, those parameters are no need to adjusted, using default value. Size&checksum: shows chip's capacity and data buffer's checksum. Shift&pattem adress: shows chip's address line to be used and highest address bit. tWP/WC: shows programming pulse width and delay time.

  2. check chip's position After DIP set, check the chip's position. For BIOS chip, it should be placed in the 32 pins ZIF socket. For N82802AB chip, the program prompt user need a FWH/LPC adaptor. Please make sure the pin one position on the FWH/LPC adaptor.

  Note: 1,Displayed chip's parameter is no need to be ajusted. 2, DIP is different when programming different chip 3, For EPROM chip, we need resetting the DIP, speicial chip and special valtage follow the prompt of software.

  3, read from chip After selected the chip, we can click on the 'Read' button. All data will be put into the buffer. When reading the chip, the yellow LED will be light up, indicats that the valtage is been applied on the chip.

  4, Programming After insert the chip, click on 'Open file' to open your data file. Then click on 'Programm Chip' button. Note, some of chip need erase before write. When programming, the yellow LED will be on. If the chip need a Vpp programming voltage, the red LED will be on.

  5, copy a chip: 1), Select the chip type and then put in the original chip. 2), 'read' the data into buffer. 3), Put in the target chip and then click 'Programm Chip'.

  Note: the chip may be damaged if wrong chip type selectd or chip in a wrong direction in socket.

  The following parameter is for advanced user only.

  R/C delay time: programming pulse delay. If your computer is too fast, you may need increase the delay. Skip Write 0xFF: Enable this setting will skip the 0xFF when programming. Fast Programming: For a fast programming mode if it is enabled. Printer Port: LPT1(0X378), printer port selected. Offset: setting programming start offset affress. Check Type: You can select the way to check either 32 bit CRC or 16 bit add.

  Note:

  1, some of chip need to be erased in order to programming. Such as SST39SF020.

  2 Always put the chip in the programmer at the last step. Because the programmer is in a unstable state then windows is starting.

  3, Do not interrupt the programming procedure. Press the 'Stop' button if needed.

  The operation to EPROM chip is similar to general BIOS chip. The main diffrence is: the programmer jumper needs relevant ground setup. As an example: write a 27C16(programming voltage is 12.5V), also you need change the Vcc voltage setting accordingly. Some chips need the Vcc set to 6.2V when doing programming.

  1. Select the chip and configuration Set the chip and make sure the jumper for that chip is correct , the program displays the DIP switch setting. Follow the figure to set up the DIP switch, includes the jumper next to DIP switch.

  The DIP switch setup is: toward to upper side is on, toward to bottom side is off. As to above figure, the DIP switch is: ON, ON, OFF, OFF, OFF, ON, OFF, ON, ON, OFF, OFF, OFF.

  2. Fix the chip position After DIP switch set-up, insert the chip to 32 PIN ZIF socket, check the special chip setting is correct.

  For the chips have capacity less than 1M, PIN fewer than 32 PIN, the chip installation is shown the right figure, align with the bottom of ZIF socket:

  The follows operation is read in data file, programming. When programming, the red indicator lights up. This shows the programmer has corect voltage Vpp.

  Note:if wrongly selected the chip type, the EPROM chip may be damaged.

  Some EPROM chip, like W27C512 or W27C512,they are 27series, but no erasing window on the top. Then, they have to be erased electronically. When programming this type, besides the DIP setup and insert tion of IC to 32 PIN ZIP socket, the special chip and special voltage button have to be adjusted accordingly.

  1. WinBond EEPROM

  The programmer supports: W27E512,W27E010,W27C010,W27C020,W27C040

  Operation steps: 1) Setup the 12 bit DIP, select the chip model W27CXX

  2) Set the programming voltage VPP to 15V, special model jumper to W27C position

  3) Insert W27CXX to 32PIN ZIP socket, click the software upper right corner erase button, the program indicator lamp flashs and progress bar is not moving, then directly press reset button, the chip starts to erase.

  4) Verify the result.

  2. SST EEPROM

  This programmer supports: 27SF256, 512, 010, 020, 040;37VF512, 010, 020, 040.

  Operation steps (Vpp keeps as 12V): 1) Setup the 12 bit DIP, select the chip model W27CXX

  2) Set the programming voltage VPP auto to 15V, special chip jumper to W27C position.

  3) Insert W27CXX to 32PIN ZIP socket, click the software upper right corner erase button, the program indicator lamp flashs and progress bar is not moving, then directly press reset button, the chip starts to erase.

  4) Verify the result.

  3. MX26C4000 EEPROM

  Operation steps (VPP keeps as 12V): 1) Setup the 12 bit DIP, select the chip model W27CXX

  2) Set the programming voltage VPP to 15V, special model jumper to W27C position.

  3) Insert W27CXX to 32PIN ZIP socket, click the software upper right corner erase button, the program indicator lamp flashs and progress bar is not moving, then directly press reset button, the chip starts to erase.

  4) Verify te result.

  Select the target MCU chip, the program prompts the relevant adapter. Meanwhile, dispaly the options to select the lock bit:

  MCS-51encryption setup, lock bit functions: No LockBit:no LockBit1:forbiden MOVC instruction and programming again. LockBit1+2:include the above functions and forbiden test (forbiden readout FLASH) LockBit1+2+3:include the above functions and forbiden external program memory

  After select the relevant PIC chip type, the program prompts the needed socket:

  Meanwhile, in the chip setup area, display the relevant setup to select PIC MCU configuration parameters

  PIC MCU configuration parameters:

  Oscillator types: LP:low power consumption XT:crystal/ceramic HS:high speed crystal/ceramic RC:resistance IntRC:internal 4Mhz resistant ExtRC:external resistant ExtClock:external clock(24Mhz) E4:external clock with PLL(6Mhz) H4:crystal/ceramic with PLL(6Mhz) IntRC RB4:internal resistant IntRC CLKOUT:internal resistant,RB4 output clock ExtRC RB4:external resistant ExtRC CLKOUT:external resistant,RB4 output clock IntRC I/O:internal resistant intRC CLKOUT:internal resistant, output clock ER I/O:external resistance ER CLKOUT:external resistance,output clock

  Code protect:encrypt PIC MCU program, prevent read out Watch Dog:turn on/off watch dog Power-up Time:upper power delay selection

  As to AVR chip, choose the target chip,the program prompts the correct adapter socket.

  Meanwhile, at the chip configuration area, display the right setup list in order to choose PIC MCU configuration parameters.

  CKSEL0...2:Reset delay selection BODEN:BOD(power off test)permission BODENLEVEL:BOD strike voltage selection FSTRT:upper start time selection RCEN:internal RC oscillation permission SPIEN:SPI serial programming permission

  By using this adapter, it is able to program MCS-51 series MCU. The MCU includes ATMEL & INTEL. It supports: 89 series MCU: AT89C1051,AT89C2051,AT89C4051,AT89C51,AT89LV51,AT89C52,AT89LV52,AT89C55,AT89LV55,AT89S8252,AT89LS8252,AT89S53,AT89LS53 AT87F51,AT87F52 i87C51,i87C51FA,i87C51FB,i87C51FC,i87C52,i87C54,i87C58 (*)AT89C51RC (32KB), AT89C55WD Other AVR chips need 51-AVR+ adator, such as 90S2333, 90S4433, 90S4414,90S8515, 90S4434, 90S8535

  This adaptor is able to program MCS-51 series PLCC MCU, such as 89C51PLCC44. Please note, it is used with ATMEL89 Adapor.

  This adaptor is able to program TSOP48 flash chip. More details please see supported device list. The default jumper setting on the base board is above. Please change it as needed. JP2 jumper keep it close normorlly. It will increase the compatibility betwwen the similar device . Only try to open it for some chip if programming fail. The JP2 jumper is not in the original design and it also not documented for the most of chip.

  Bellow is the TSOP48 adaptor on board, please reffer to jumper setting section for A19 and A20 connection: