Open interface III

WinTest

Need enable line

#define OPTION_WINKEY_2_HOST_CLOSE_NO_SERIAL_PORT_RESET

in file keyer_features_and_options_open_interface.h

Tested version 4.24.0-DXP

N1MM

Need enable line

#define OPTION_WINKEY_2_HOST_CLOSE_NO_SERIAL_PORT_RESET

in file keyer_features_and_options_open_interface.h

Tested version 1.0.6164.0

PTT TRX

For TRX you can configure one from three PTT outputs for each mode seperatly

• PTT1 - pin 8 on DB25
• PTT2 - pin 20 on DB25
• PTT3(mic) - pin 22 on DB25 (typicaly for front mic PTT)

Firmware configure section:

                                      // 1 = pin8 at DB25 | 2 = pin20 at DB25 | 3 = pin22 at DB25
 #define PTTmodeCW    1               // [1-3] How PTT TRX output use in mode CW
 #define PTTmodeSSB   3               // [1-3] How PTT TRX output use in mode SSB
 #define PTTmodeFSK   1               // [1-3] How PTT TRX output use in mode FSK
 #define PTTmodeDIGI  2               // [1-3] How PTT TRX output use in mode DIGI(AFSK)

Sequencer

controled four outputs in precise seqenced time

1. SEQUENCER - RCA cinch on rear panel
2. PTT-PA - RCA cinch on rear panel + pin7 in DB25
3. PTT-TRX - one from three PTT outputs, see previous section

#define SEQUENCERlead  0             // SEQUENCER output lead delay ms between SEQ-->PA
#define SEQUENCERtail  200           // SEQUENCER output tail delay ms          :    :                      :     PA-->SEQ
#define PAlead         10            // PA output lead delay ms between         :    PA-->TRX               :     :    :
#define PAtail         200           // PA output tail delay ms                 :    :    :                 TRX-->PA   :
#define PTTlead        10            // PTT (FSK) lead delay ms between         :    :    TRX-->FSK         :     :    :
#define PTTtail        350           // PTT (FSK) tail delay ms                 :    :    :           FSK-->TRX   :    :
/*                     |                                                                                     
                    Master                                  SEQUENCERlead ______|    |    |            |    |     |_____ SEQUENCERtail
                    for CW                                         PAlead ___________|    |            |    |___________ PAtail
                   tail delay                                     PTTlead ________________|            |________________ PTTtail

Ethernet

• Enable

  #define ETHERNET_MODULE          // enable ETHERNET module (must be installed) EXPERIMENTAL

• DHCP

  #define __USE_DHCP__ // Uncoment to Enable DHCP

• Fixed IP

  IPAddress ip(192, 168, 1, 220);         // IP
  IPAddress gateway(192, 168, 1, 200);    // GATE
  IPAddress subnet(255, 255, 255, 0);     // MASK
  IPAddress myDns(8, 8, 8, 8);            // DNS (google pub)

#define MQTT_PATH "oi3"          // Identificator your device in MQTT
#define MQTT_PORT 1883           // MQTT broker PORT
//#define MQTT_LOGIN               // enable MQTT broker login
#define MQTT_USER "hra"          // MQTT broker user login
#define MQTT_PASS ""             // MQTT broker password

IPAddress server(37, 187, 106, 16); // test.mosquitto.org MQTT broker

Master features

#define K3NG_KEYER               // enable CW keyer
#define BAND_DECODER             // enable Band decoder
#define FSK_TX                   // enable RTTY keying
#define FSK_RX                   // enable RTTY decoder

Details

#define YOUR_CALL "call"
#define MODE_AFTER_POWER_UP 4        // MODE after start up
#define MENU_AFTER_POWER_UP 7        // MENU after start up
#define PCB_REV_3_141                // revision of PCB
#define BUTTON_BEEP                  // Mode button beep enable
#define VOLTAGE_MEASURE_ADJUST 0.3   // ofset for precise adjust voltage measure

Band decoder

// BAND DECODER Inputs
 #define SERBAUD2     9600     // [baud] CAT Serial port in/out baudrate
 #define ICOM_CIV              // read frequency from CIV (icom_civ.h) ** you must enabled 'CI-V transceive' in TRX settings **
// #define KENWOOD_PC              // RS232 CAT (kenwood_pc.h)
// #define YAESU_CAT             // RS232 CAT (yaesu_cat.h) YAESU CAT since 2015 ascii format
// #define YAESU_CAT_OLD         // Old binary format RS232 CAT (yaesu_cat_old.h) <------- ** tested on FT-817 **
// #define INPUT_SERIAL          // telnet ascii input - cvs format [band],[freq]\n (serial.h)
// #define YAESU_BCD             // TTL BCD in A  (yaesu_bcd.h)
// #define ICOM_ACC              // voltage 0-8V on pin? ACC connector - need calibrate

// BAND DECODER Outputs
 #define SERBAUD3     115200     // [baud] CAT Serial port in/out baudrate
 #define BCD_OUT                 // output 11-14 relay used as Yaesu BCD 
// #define ICOM_CIV_OUT          // send frequency to CIV ** you must set TRX CIV_ADRESS, and disable ICOM_CIV **
// #define KENWOOD_PC_OUT        // send frequency to RS232 CAT ** for operation must disable REQUEST **
// #define YAESU_CAT_OUT         // send frequency to RS232 CAT ** for operation must disable REQUEST **
// #define REMOTE_RELAY          // TCP/IP remote relay - need install and configure TCP232 module
// #define SERIAL_echo           // Feedback on serial line in same baudrate, CVS format <[band],[freq]>\n

// BAND DECODER Settings
 #define WATCHDOG                // determines the time, after which the BCD output switch to OFF and Frequency to 0 - uncomment for the enabled <------------------- nefunguje v request modu
 #define REQUEST                 // use TXD output for sending frequency request, if not detect frequency in sniff mode (Kenwood PC, Yaesu CAT, Yaesu CAT old, Icom CIV)
 #define CIV_ADRESS   0x56       // CIV input HEX Icom adress (0x is prefix)
// #define CIV_ADR_OUT  0x56     // CIV output HEX Icom adress (0x is prefix)

char* ANTname[17] = {            // Name antennas on LCD
    "-",
    "Dipole",     // Band 1
    "Vertical",   // Band 2
    "Yagi",       // Band 3
    "Windom",     // Band 4
    "DeltaLoop",  // Band 5
    "20m Stack",  // Band 6
    "-",  // Band 7
    "-",  // Band 8
    "-",  // Band 9
    "-",  // Band 10
    "-",  // Band 11
    "-",  // Band 12
    "-",  // Band 13
    "-",  // Band 14
    "-",  // Band 15
    "-"  // Band 16
};

• Frequency to Band rules

  //=====[ Frequency (Hz) to Band rules ]======================================
      //                                        you can expand rules up to 16 BCD Bands
      
           if (freq >=   1810000 && freq <=   2000000 )  {BAND=1;}  // 160m
      else if (freq >=   3500000 && freq <=   3800000 )  {BAND=2;}  //  80m
      else if (freq >=   7000000 && freq <=   7200000 )  {BAND=3;}  //  40m
      else if (freq >=  10100000 && freq <=  10150000 )  {BAND=4;}  //  30m
      else if (freq >=  14000000 && freq <=  14350000 )  {BAND=5;}  //  20m
      else if (freq >=  18068000 && freq <=  18168000 )  {BAND=6;}  //  17m
      else if (freq >=  21000000 && freq <=  21450000 )  {BAND=7;}  //  15m
      else if (freq >=  24890000 && freq <=  24990000 )  {BAND=8;}  //  12m
      else if (freq >=  28000000 && freq <=  29700000 )  {BAND=9;}  //  10m
      else if (freq >=  50000000 && freq <=  52000000 ) {BAND=10;}  //   6m
      else if (freq >= 144000000 && freq <= 146000000 ) {BAND=11;}  //   2m
      else {BAND=0;}                                                // out of range
      //===========================================================================
  

• BCD Output matrix table

      --------------------------------------------------------------------
      Band # to output relay   0   1   2   3   4   5   6   7   8   9  10
      (Yaesu BCD)                 160 80  40  30  20  17  15  12  10  6m
      --------------------------------------------------------------------
                               |   |   |   |   |   |   |   |   |   |   |
                               V   V   V   V   V   V   V   V   V   V   V
                          */ { 0,  1,  0,  1,  0,  1,  0,  1,  0,  1,  0 }, /* --> BCD1
                          */ { 0,  0,  1,  1,  0,  0,  1,  1,  0,  0,  1 }, /* --> BCD2
                          */ { 0,  0,  0,  0,  1,  1,  1,  1,  0,  0,  0 }, /* --> BCD3
                          */ { 0,  0,  0,  0,  0,  0,  0,  0,  1,  1,  1 }, /* --> BCD4
      */};
  

FSK (RTTY)

// Serial2FSK (FSK TX)
#define SERBAUD0  115200         // Serial0 in/out baudrate (seria2fsk, )
#define AFSK_ENABLE              // AFSK AUDIO (serial2fsk, fsk memory)
//#define SERIAL_FSK_TX_ECHO     // enable TX echo on serial port
//#define SHOW_HIDDEN_FSK_CHAR   // show invisible TX characters on LCD
#define PTTlead  400             // FSK PTT lead delay ms
#define PTTtail  200             // FSK PTT tail delay ms
#define MARK     1445            // AFSK mark 1445 / 2295 Hz
#define SPACE    1275            // AFSK space 1275 / 2125 Hz
#define FMARK    HIGH            // FSK mark level [LOW/HIGH]
#define FSPACE   LOW             // FSK space level [LOW/HIGH]
#define BaudRate 45.45           // RTTY baud rate
#define StopBit  1.5             // stop bit long
String FSKmemory[3]= {
  "cq de call call k",       // Memory 0 button
  " call ",                    // Memory 1 button
  " 599 15 "                     // Memory 2 button
};