QO-100 Ground Station - Versionsgeschichte

Dl8rds am 26. März 2025 um 11:04 Uhr

2025-03-26T11:04:17Z

Dl8rds: /* Control Circuit */

2022-10-17T09:17:56Z

‎Control Circuit

Dl8rds: /* Control Circuit */

2022-10-14T19:13:12Z

‎Control Circuit

Dl8rds: /* Control Circuit */

2022-10-14T19:13:01Z

‎Control Circuit

Dl8rds: /* Control Circuit */

2022-10-14T19:10:11Z

‎Control Circuit

Dl8rds: /* Receive 10 GHz */

2022-10-14T18:38:17Z

‎Receive 10 GHz

Dl8rds: /* Receive HF via WebGUI */

2022-10-11T14:27:22Z

‎Receive HF via WebGUI

Dl8rds: /* Receive HF via WebGUI */

2022-10-04T18:33:52Z

‎Receive HF via WebGUI

Dl8rds: /* Receive HF via WebGUI */

2022-10-04T18:28:14Z

‎Receive HF via WebGUI

Dl8rds: /* Main Unit */

2022-10-01T23:34:41Z

‎Main Unit

← Nächstältere Version		Version vom 26. März 2025, 11:04 Uhr
Zeile 813:		Zeile 813:
	* [[Image:2022-10-01-qo100-13.jpg\|400px]] [[Image:2022-10-01-qo100-14.jpg\|400px]]		* [[Image:2022-10-01-qo100-13.jpg\|400px]] [[Image:2022-10-01-qo100-14.jpg\|400px]]
	* [[Image:2022-10-01-qo100-15.jpg\|400px]] [[Image:2022-10-01-qo100-16.jpg\|400px]]		* [[Image:2022-10-01-qo100-15.jpg\|400px]] [[Image:2022-10-01-qo100-16.jpg\|400px]]
		+	* [[Image:2025-03-26-qo100-17.jpg\|400px]] [[Image:2025-03-26-qo100-18.jpg\|400px]]

← Nächstältere Version		Version vom 17. Oktober 2022, 09:17 Uhr
Zeile 100:		Zeile 100:

	<pre>		<pre>
		+

	/* Includes Files (libraries) =================================================== */		/* Includes Files (libraries) =================================================== */

← Nächstältere Version		Version vom 14. Oktober 2022, 19:13 Uhr
Zeile 98:		Zeile 98:

	Here is my controller program (please save and rename):		Here is my controller program (please save and rename):
−
−	~~[[File:2022-10-14-Arduino-Controller.txt]]~~

	<pre>		<pre>

@@ Zeile 170: / Zeile 170: @@
 tMenuCmdTxt txt_5_PAFwd[]         = "w    - PA Forward Voltage";
 tMenuCmdTxt txt_6_PARefl[]        = "r    - PA Reflected Voltage (SWR)";
-tMenuCmdTxt txt_7_RXBand1[]       = "1    - select RX band 1 SSB mode 10368-10370, 9-11V out";
+tMenuCmdTxt txt_7_LNC0V[]       = "0    - select ZERO LNC voltage out";
-tMenuCmdTxt txt_8_RXBand2[]       = "2    - select RX band 2 SSB mode 10489-10490, 12-17V out";
+tMenuCmdTxt txt_8_RXBand1[]       = "1    - select RX band 1 SSB mode 10368-10370, 9-11V out";
-tMenuCmdTxt txt_9_RXBand3[]       = "3    - select RX band 3 ATV mode 10490-10500, 18-23V out";
+tMenuCmdTxt txt_9_RXBand2[]       = "2    - select RX band 2 SSB mode 10489-10490, 12-17V out";
-tMenuCmdTxt txt_10_RXBand4[]      = "4    - select RX band 4 SSB mode 10450-10452, 24-36V out";
+tMenuCmdTxt txt_10_RXBand3[]      = "3    - select RX band 3 ATV mode 10490-10500, 18-23V out";
-tMenuCmdTxt txt_11_getRXVoltage[] = "v    - get RX control voltage";
+tMenuCmdTxt txt_11_RXBand4[]      = "4    - select RX band 4 SSB mode 10450-10452, 24-36V out";
 //Declaration text of prompt
@@ Zeile 193: / Zeile 194: @@
 void cmd_5_PAFwd(void);
 void cmd_6_PARefl(void);
-void cmd_7_RXBand1(void);
+void cmd_7_LNC0V(void);
-void cmd_8_RXBand2(void);
+void cmd_8_RXBand1(void);
-void cmd_9_RXBand3(void);
+void cmd_9_RXBand2(void);
-void cmd_10_RXBand4(void);
+void cmd_10_RXBand3(void);
-void cmd_11_RXVoltage(void);
+void cmd_11_RXBand4(void);
 //Structure initialisation
@@ Zeile 214: / Zeile 216: @@
    {txt_5_PAFwd,         'w', cmd_5_PAFwd},
    {txt_6_PARefl,        'r', cmd_6_PARefl},
-   {txt_7_RXBand1,       '1', cmd_7_RXBand1},
+   {txt_7_LNC0V,         '0', cmd_7_LNC0V},
-   {txt_8_RXBand2,       '2', cmd_8_RXBand2},
+  {txt_8_RXBand1,       '1', cmd_8_RXBand1},
-   {txt_9_RXBand3,       '3', cmd_9_RXBand3},
+   {txt_9_RXBand2,       '2', cmd_9_RXBand2},
-   {txt_10_RXBand4,      '4', cmd_10_RXBand4},
+   {txt_10_RXBand3,      '3', cmd_10_RXBand3},
-   {txt_11_getRXVoltage, 'v', cmd_11_RXVoltage}
+   {txt_11_RXBand4,      '4', cmd_11_RXBand4},
 };
@@ Zeile 250: / Zeile 253: @@
    pinMode (RXREL4, OUTPUT);
-   // default Setting: Band 1 SSB mode 10368-10370, 9-11V out
+   // default Setting: Band 2 SSB mode 10489,5-10490,0, 16V out
-   digitalWrite(RXREL1, HIGH);
+   digitalWrite(RXREL1, LOW);
-   digitalWrite(RXREL2, LOW);
+   digitalWrite(RXREL2, HIGH);
    digitalWrite(RXREL3, LOW);
    digitalWrite(RXREL4, LOW);
@@ Zeile 262: / Zeile 265: @@
    // in order to work directly with ADAFruit's INA219B breakout
    monitor.begin();
    //Initialize the library with structure defined by the user
@@ Zeile 274: / Zeile 281: @@
+   }
    //Display the menu
    myMmuCmd.ShowMenu();
    myMmuCmd.giveCmdPrompt();
@@ Zeile 580: / Zeile 589: @@
+}
-void cmd_7_RXBand1(void)
+void cmd_7_LNC0V(void)
+{
    Serial.println(F(""));
@@ Zeile 592: / Zeile 616: @@
    digitalWrite(RXREL4, LOW);
-   cmd_11_RXVoltage();
+   cmd_12_RXVoltage();
+}
-void cmd_8_RXBand2(void)
+void cmd_9_RXBand2(void)
+{
    Serial.println(F(""));
@@ Zeile 607: / Zeile 631: @@
    digitalWrite(RXREL4, LOW);
-   cmd_11_RXVoltage();
+   cmd_12_RXVoltage();
+}
-void cmd_9_RXBand3(void)
+void cmd_10_RXBand3(void)
+{
    Serial.println(F(""));
@@ Zeile 622: / Zeile 646: @@
    digitalWrite(RXREL4, LOW);
-   cmd_11_RXVoltage();
+   cmd_12_RXVoltage();
+}
-void cmd_10_RXBand4(void)
+void cmd_11_RXBand4(void)
+{
    Serial.println(F(""));
@@ Zeile 637: / Zeile 661: @@
    digitalWrite(RXREL4, HIGH);
-   cmd_11_RXVoltage();
+   cmd_12_RXVoltage();
+}
-void cmd_11_RXVoltage(void)
+void cmd_12_RXVoltage(void)
+{
    Serial.println(F(""));

@@ Zeile 97: / Zeile 97: @@
 === Control Circuit ===
-Here is my controller program:
+Here is my controller program (please save and rename):
 <pre>

@@ Zeile 766: / Zeile 766: @@
 === Receive 10 GHz ===
-This is the final test of the entire RX chain. It was only possible because I had access to a 10 GHz signal generator: Generate a sine at 10.490 MHz and inject it into the Kuhne LNC. The LNC can tolerae a signal up to 0 dBm (1mW), so start with a signal power of -130 dBm and gradualy increase power until a signal comes up in the waterfall.
+This is the pre-final test of the entire RX chain. It was only possible because I had access to a 10 GHz signal generator: Generate a sine at 10.490 MHz and inject it into the Kuhne LNC. The LNC can tolerae a signal up to 0 dBm (1mW), so start with a signal power of -130 dBm and gradualy increase power until a signal comes up in the waterfall.
 The finding was that a signal of -65 dBm was accoustically detectable, with a stable signal at -55 dBm.
 Result: Works. Now I can say that the entire setup works as designed. I just need to find the satellite up there.
 == Images ==

← Nächstältere Version		Version vom 11. Oktober 2022, 14:27 Uhr
Zeile 764:		Zeile 764:

	[[Image:2022-10-04-trx-1.png\|400px]]		[[Image:2022-10-04-trx-1.png\|400px]]
		+
		+	=== Receive 10 GHz ===
		+	This is the final test of the entire RX chain. It was only possible because I had access to a 10 GHz signal generator: Generate a sine at 10.490 MHz and inject it into the Kuhne LNC. The LNC can tolerae a signal up to 0 dBm (1mW), so start with a signal power of -130 dBm and gradualy increase power until a signal comes up in the waterfall.
		+
		+	The finding was that a signal of -65 dBm was accoustically detectable, with a stable signal at -55 dBm.
		+
		+	Result: Works. Now I can say that the entire setup works as designed. I just need to find the satellite up there.

	== Images ==		== Images ==

← Nächstältere Version		Version vom 4. Oktober 2022, 18:33 Uhr
Zeile 762:		Zeile 762:

	Result: Works		Result: Works
		+
		+	[[Image:2022-10-04-trx-1.png\|400px]]

	== Images ==		== Images ==

@@ Zeile 750: / Zeile 750: @@
 === Receive HF via WebGUI ===
 Check if all of the receive path works properly. Talk into the handheld radio's microphone and listen to the signal on the WebGUI. Check if the audio is good  and if the delay is still acceptable.
 Result: Works

@@ Zeile 71: / Zeile 71: @@
 * Amphenol Military Grade Plug https://www.distrelec.de/en/cable-plug-rj45-amphenol-military-and-aerospace-rjf-6b/p/14242003
 * Amphenol Military Grade Socket https://www.distrelec.de/en/appliance-socket-rj45-amphenol-military-and-aerospace-rjf-71b/p/14242001
 === User Unit ===