The modes, MAKInterface is working at, are set by jumpers.
|
1 2 3 4 5 6 7 8 9 10 |
|
|
|
b b b b b b b b b b - |
| J1 | a = RX normal |
| a = RX inverted | |
| J2 | a = DETection (CTS, DSR,DCD,RNG) normal |
| a = DETection (CTS, DSR,DCD,RNG) inverted | |
| J3 | a = TX normal |
| b = TX inverted | |
| J4 | a = RTS normal |
| b = RTS inverted | |
| J5 | a = Clock/DTR normal |
| b = Clock/DTR inverted | |
| J6 | a = C1 Pin8 is oscillator (crystal frequency) 3.58MHz, |
| b = C1 Pin8 is DTR | |
| J7 | a = Jumper => FSK decoder active |
| b = Jumper => Oscillator off (for saving power when not used) | |
| J8 | a = Jumper => RX is connected to RNG (DumbMouse compatibility) |
| b = Jumper => RTS is connected to CTS (for Handshake emulation) | |
| J9 - J10 | Select the output for C1-Pin5 (DETection). cts,dcd,rng or dsr |
The lines are associated to the connector as follows:
|
ooooo :::::::::: + ooooo :::::::::: - 1 9 |
| 1. | RX RX line from the device to the RS232. In case, Half-Duplex Protocol is desired, the lines 1 (RX) and 2 (TX) should be connected together. The internal adjustment is done automatically. |
| 2. | TX TX line from the RS232 port to the device. |
| 3. | 5Vr This line delivers 5V throw a 10Kohm resistor, it can be used as switching voltage. |
| 4. | GND Ground |
| 5. | CTS or DSR or DCD or RNG Line from device to the RS232. Only one line should be selected. |
| 6. | RTS RTS line from the RS232 port to the device. |
| 7. | DTR or crystal clock signal DTR line from the RS232 port to the device, or 3.58MHz |
| 8. | 5V This line delivers 5V, used for example for smartcards power supply |
| 9. | 12V This line delivers 12V for PIC CPU programming. The 12V are switched (and taken) from the TX line (as needed for Ludipipo/Com84 standard). |
| 10. | FSK Input Input for the HamCom compatible FSK decoder for decoding digital radio signals. |
According to above explanations of jumper-settings, following jumper settings are recommended for various modes:
|
ooooo :::::::::: - 1 9 |
| Mode | Jumper | Device | Tested with | |
| Full-Duplex |
IIIII::::: :::::II::: |
1 = RX 2 = TX 4 = GND | AR2700, AR8000, AR8200, Sharp,Casio SFxxx, TM-V7, TH-G71 | AR8200 Manager, ARC8000, CASIF / WIN, Active Radio, Kenwood TH-G71, TM-V7TM-G707 (from Kenwood ftp) |
| Half-Duplex |
:::::II::: |
1 + 2 = Data 4 = GND | FT-50, FT8100VX1, VX5R, FTxxxIC-R2, IC-Q7IC-xxx, DJ-X10 | ADMS1D/2D, FT50 ManagerVX1 Manager, VX5R Prog. CS-Tx, CS-Rx,IC-Q7,IC-R2, DJX10SW, FT Manager, |
| Mobile Phones Ericsson Nokia Siemens, |
:::::II::: |
1 = RX 2 = TX 4 = GND | Ericsson 3xx,6xx,7xx, Nokia 5xxx,6xxx, Siemens S10,S11, Motorolla, Sony | Cellular Data Suita (Nokia), Wintesla, PC-Locals, NetMon, FoneBook (Paragon Software), Soft Data Link (Siemens) |
| Ludipipo Com84 JDM84 |
IIIIIII:I: |
9 = 12V;8=5V 4 = GND 6 = Clk 5+7 = data | PIC16X84,
EEprom 24CXX | PIP02 (Silicon Studio), PIX 1.13 (Bengt Lindgrens), PonyProg, IC-Prog, JDM Utils |
| UniChipExp |
:::::II:I: |
9 = 12V;8=5V 4 = GND 6 = Clk 5+7 = data | Fast alle PICsPIC16X84, PIC12C50X, and Wafer-Smartcards | UniversalChipExplorer, for the "PIC" Submenu |
| Season7 Emulator |
:::::II::I |
1+2 = I/O 4 = GND 5 = RST 8 = 5V | GSM Mobile Phones, D2Mac , | Voyager, Decrypt, Sim_Sim, Bynaview, XS4U, |
| ASIM GSM SimEmulator |
:::::II::: |
1+2 = I/O 4 = GND 5 = RST 8 = 5V | GSM Mobilte Phones | ASIM (The Android), MEDIT (TST) |
| Dumbmouse Mode |
::I::::::: |
1+2 = I/O 4 = GND 6 = Reset 7 = Clock | Smartcards T=0 T=1 | SCAM, SIO, STest GSM SmartCard Explorer Windows Card Explorer, EZ-Formatter |
| Phoenix Mode |
:::::::::: |
1+2 = I/O 4 = GND 6 = Reset 7 = Clock | Smartcards T=0 T=1 | SIM_Scan, GSM_Hack GSM, SmartCard Explorer, WinExplorer(Dekster), ... |
| SerProg Mode |
:::::II::: |
1+2 = I/O 4 = GND 6 = Reset 7 = Clock | Telecards, I2C,2-wire, 3-wire, Microwire, SPI, I2C EEproms | TFK_DIN(1*), TFK_DIN5(1*), Windows Card Explorer, UniversalChipExplorer, ReaderSer |
| FSK Decoder |
:::::II:I: |
4 = GND 10 = FSK | Packet, Golay, FMS, Fax, | PocFlex, WinFlex, PD, ... |