boot_tlm.txt Jan. 16, 2000 JAWSAT BootRom telemetry TLM A TLM B TLM A TLM B TLM Beacon Beacon WOD WOD Channel Bytes Bytes Bytes Bytes Number Description ------------------------------------------------------------------------- 0-15 0-15 - - - AX-25 Header to QST-0 from WEBER2-11 16-17 16-17 0 0 - Up time, Days (Ascii Decimal) 18 18 - - - ":" 19-20 19-20 1 1 - Up time, Hours (Ascii Decimal) 21 21 - - - ":" 22-23 22-23 2 2 - Up time, Minutes (Ascii Decimal) 24 24 - - - ":" 25-26 25-26 3 3 - Up time, Seconds (Ascii Decimal) 27-28 27-28 4 4 ? Edac Error Count (Ascii Hex) 29-30 29-30 6 6 64 Power Control 1 (Ascii Hex) Bit 0: PEST Bit 1: Image Computer Bit 2: Antenna Deploy Bit 3: Fine Sun Sensor Bit 4: S-Band Transmitter (2403.2 Mhz) Bit 5: Transmitter 1 (437.175 Mhz) Bit 6: Transmitter 2 (437.070 Mhz) Bit 7: Receiver 2 (145.86 Mhz) 31-32 31-32 5 5 64 Power Control 2 (Ascii Hex) Bit 0: Reation Wheel 1 Bit 1: Reation Wheel 2 Bit 2: Reation Wheel 3 Bit 3: Reation Wheel 4 65 Bit 4: Mag Torquer 1 Bit 5: Mag Torquer 2 Bit 6: Temperature Module Bit 7: Magnetometer 33-34 33-34 7 7 46 FM Analog Transmit RF Power Watts a=0 b=0.0376828297 c=-1.15565055 35-36 35-36 8 8 47 FM 9K6 Transmit RF Power Watts a=0 b=0.0376828297 c=-1.15565055 [31 to 240] for 0 to 30: Watts a=0 b=0.02625 c=-0.28666667 37-38 37-38 9 9 0 BCR1A Module Voltage Volts a=0 b=0.078 c=0 39-40 39-40 10 10 1 BCR1A Module Temperature deg C a=0 b=1.95 c=-273.15 - 41-42 - 11 2 BCR1A Module Current mA a=0 b=7.8 c=0 41-42 - 11 - 3 BCR1A Unused 1 none a=0 b=1 c=0 43-44 - 12 - 4 BCR1A Unused 2 none a=0 b=1 c=0 45-46 - 13 - 5 BCR1A Solar Panel Front Temp ? a=0 b=1 c=0 ****** - - - - 6 BCR1A Solar Panel Back Temp ? a=0 b=1 c=0 ****** - 43-44 - 12 7 BCR1A Spec Battery usage ? a=0 b=1 c=0 47-48 45-46 14 13 8 BCR1A Solar Panel Voltage 0-7 Volts a=0 b=0.0210783369 c=-18.5789474 49-50 47-48 15 14 High Bits 8-11 - 49-50 - 15 9 BCR1A Buss Voltage Volts a=0 b=0.006996007 c=-0.0675675676 ****** - 51-52 - 16 High Bits 8-11 51-52 53-54 16 17 10 BCR2B Module Voltage Volts a=0 b=0.078 c=0 53-54 55-56 17 18 11 BCR2B Module Temperature deg C a=0 b=1.95 c=-273.15 - 57-58 - 19 12 BCR1A Module Current mA a=0 b=7.8 c=0 55-56 - 18 - 13 BCR2B MSFC Battery Temp 1 ? a=0 b=1 c=0 ****** 57-58 - 19 - 14 BCR2B MSFC Battery Temp 2 ? a=0 b=1 c=0 ****** 59-60 - 20 - 15 BCR2B MSFC Battery Temp 3 ? a=0 b=1 c=0 ****** - 59-60 - 20 16 BCR2B MSFC Battery Usage ? a=0 b=1 c=0 - - - - 17 BCR2B Unused ? a=0 b=1 c=0 61-62 61-62 21 21 18 BCR2B Solar Panel Voltage 0-7 Volts a=0 b=0.0210783369 c=-18.5789474 63-64 63-64 22 22 High Bits 8-11 - 65-66 - 23 19 BCR2B Buss Voltage Volts a=0 b=0.006996007 c=-0.0675675676 ****** - 67-68 - 24 High Bits 8-11 65-66 - 23 - ? ?Course Sun Supply Current 0-7 mA a=0 b=0.073260073 c=0.0 67-68 - 24 - High Bits 8-11 69-70 69-70 25 25 20 Course Sun Module Voltage Volts a=0 b=0.078 c=0 71-72 71-72 26 26 21 Course Sun Module Current mA a=0 b=7.8 c=0 73-74 73-74 27 27 22 Course Sun Sensor +X Volts a=0 b=0.0196078431 c=0 ****** 75-76 75-76 28 28 23 Course Sun Sensor -X Volts a=0 b=0.0196078431 c=0 ****** 77-78 77-78 29 29 24 Course Sun Sensor +Y Volts a=0 b=0.0196078431 c=0 ****** 79-80 79-80 30 30 25 Course Sun Sensor -Y Volts a=0 b=0.0196078431 c=0 ****** 81-82 81-82 31 31 26 Course Sun Sensor +Z Volts a=0 b=0.0196078431 c=0 ****** 83-84 83-84 32 32 27 Course Sun Sensor -Z Volts a=0 b=0.0196078431 c=0 ****** 85-86 - 33 - 62 437.070 Transmitter 2 Current mA a=0 b=0.48828125 c=0.0 87-88 - 34 - bits 8-11 89-90 85-86 35 33 28 Magnetometer Supply Voltage Volts a=0 b=0.078 c=0 91-92 87-88 36 34 29 Magnetometer Temperature deg C a=0 b=1.95 c=-273.15 93-94 89-90 37 35 30 Magnetometer Current mA a=0 b=7.8 c=0 95-96 103-104 38 42 35 Magnetometer X Average Bit 8-11 Gauss a=0 b=0.0009765625 c=0.0 97-98 105-106 39 43 Bipolar Bits 0-7 99-100 107-108 40 44 36 Magnetometer Y Average Bit 8-11 Gauss a=0 b=0.0009765625 c=0.0 101-102 109-110 41 45 Bipolar Bits 0-7 103-104 111-112 42 46 37 Magnetometer Z Average Bit 8-11 Gauss a=0 b=0.0009765625 c=0.0 105-106 113-114 43 47 Bipolar Bits 0-7 107-108 91-92 44 36 32 Magnetometer X Instantaneous Gauss a=0 b=0.0009765625 c=0.0 109-110 93-94 45 37 Bipolar Bits 0-7 111-112 95-96 46 38 33 Magnetometer Y Instantaneous Gauss a=0 b=0.0009765625 c=0.0 113-114 97-98 47 39 Bipolar Bits 0-7 115-116 99-100 48 40 34 Magnetometer Z Instantaneous Gauss a=0 b=0.0009765625 c=0.0 117-118 101-102 49 41 Bipolar Bits 0-7 119-120 - 50 - - Unused 121-122 115-116 51 48 38 Communications Module Voltage Volts a=0 b=0.078 c=0 123-124 117-118 52 49 39 Communications Module Temp. deg C a=0 b=1.95 c=-273.15 125-126 119-120 53 50 40 Communications Module Current mA a=0 b=7.8 c=0 127-128 121-122 54 51 41 S-Band Transmitter Temp deg C a=0 b=1.95 c=-273.15 129-130 123-124 55 52 42 437.175 Transmitter Temp deg C a=0 b=1.95 c=-273.15 131-132 125-126 56 53 43 437.175 RF Monitor 1 none a=0 b=1 c=0 133-134 127-128 57 54 44 437.175 RF Monitor 2 Volts a=0 b=1 c=0 135-136 129-130 58 55 45 437.075 Transmitter Temp deg C a=0 b=1.95 c=-273.15 - 131-132 - 56 140 Temp Module Voltage Volts a=0 b=0.078 c=0 - 133-134 - 57 141 Temp Module Temperture deg C a=0 b=1.95 c=-273.15 - 135-136 - 58 142 Temp Module Current mA a=0 b=1.95 c=-273.15 - 137-138 - 59 143 Sun Camera Temp. bits 0-7 deg C a=0 b=1.95 c=-273.15 - 139-140 - 60 bits 8-11 - 141-142 - 61 144 MPA Camera Temp. bits 0-7 deg C a=0 b=1.95 c=-273.15 - 143-144 - 62 bits 8-11 - 145-146 - 63 145 OCS Camera Temp. bits 0-7 deg C a=0 b=1.95 c=-273.15 - 147-148 - 64 bits 8-11 - 149-150 - 65 146 OPAL Camera Temp. bits 0-7 deg C a=0 b=1.95 c=-273.15 - 151-152 - 66 bits 8-11 - 153-154 - 67 147 ASU Camera Temperature deg C a=0 b=1.95 c=-273.15 - 155-156 - 68 148 FALCONSAT Camera Temp. deg C a=0 b=1.95 c=-273.15 - 157-158 - 69 - ? - 159-160 - 70 - ? - 161-162 - 71 - ? - 163-164 - 72 - ? - 165-166 - 73 - ? - 167-168 - 74 - ? - 169-170 - 75 - ? - 171-172 - 76 - ? - 173-174 - 77 - ? - 175-176 - 78 - ? - 177-178 - 79 - ? 137-138 - 59 - 54 Fine Sun Sensor Current 0-7 mA a=0 b=0.073260073 c=0.0 139-140 - 60 - bits 8-11 141-142 - 61 - - Unused 143-144 - 62 - - Unused 145-146 - 63 - - Unused 147-148 - 64 - - Unused 149-150 - 65 - 63 145.xxx Receiver 1 Current mA a=0 b=0.073260073 c=0.0 151-152 - 66 bits 8-11 153-154 - 67 - - Unused 155-156 - 68 - - Unused 157-158 179-180 69 80 - "0A" Carriage return 159-160 181-182 70 81 - "0D" line feed TLM A Example: QST -0 WEBER2-11 a2 a6 a8 40 40 40 60 ae 8a 84 8a a4 64 f7 03 f0 ...@@@`.....d... 30 30 3a 30 30 3a 34 35 3a 33 39 43 39 41 30 30 00:00:45:39C9A00 30 30 34 32 38 39 38 39 42 46 46 38 46 36 34 42 00428989BFF8F64B 37 30 43 39 38 39 41 30 46 30 30 30 30 30 30 30 70C989A0F0000000 30 30 30 30 30 32 32 32 46 36 38 30 43 30 30 30 00000222F680C000 30 39 37 30 32 30 30 30 30 30 30 30 30 30 30 30 0970200000000000 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 0000000000000000 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 0000000000000000 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 0000000000000000 30 30 30 30 30 30 30 30 30 30 30 30 30 30 44 30 00000000000000D0 41 A ------------ Above Packet decoded -------------- 0 a2 a6 a8 40 40 40 60 ae 8a 84 8a a4 64 f7 03 f0 QST -0 WEBER2-11 16 30 30 3a 30 30 3a 34 35 3a 33 39 00:00:45:39 = 0 days, 0 hrs, 45 min, 39 sec 27 43 39 0xC9 = 201 EDAC error? 29 41 30 0xA0 = Receiver 2 (145.860) and Transmitter 2 (437.070) on 31 30 30 0x00 33 30 34 0x04 4.0 = Relative Power @ 437.175 FM voice 35 32 38 0x28 40.0 = Relative Power @ 437.175 9K6 digital 37 39 38 0x98 (152 * 0.078) = 11.86 Volts Battery Charge Regulator Module 1 Supply Voltage 39 42 0x9B (155 * 1.95) - 273.15 = 29.1 deg C Battery Charge Regulator Module 1 Temperature 46 46 0xFF (255 * ? ) Unused 38 46 0x8F (143 * ? ) Unused 36 34 0x64 (100 * ? ) Solar Panel Front Temp 42 37 30 43 0x0CB7 (3255 * ? ) Solar Panel Voltage 51 39 38 0x98 (152 * 0.078) = 11.86 Volts Battery Charge Regulator Module 2 Supply Voltage 39 41 0x9A (154 * 1.95) - 273.15 = 27.15 deg C Battery Charge Regulator Module 2 Temperature 30 46 0x0F (15 * ? ) MSFC Battery Temp 1 30 30 0x00 30 30 0x00 30 30 0x00 30 30 0x00 65 30 30 0x00 30 30 0x00 69 32 32 0x22 (34 * 0.078) = 2.652 Volts Course Sun Sensor Module Supply Voltage 32 46 0x2F (47 * 7.8) = 367 mA Course Sun Sensor Module Supply Current 36 38 0x68 ( 104 * ? ) +X Solar Cell Output 30 43 0x0C ( 12 * ? ) -X Solar Cell Output 30 30 0x00 ( 0 * ? ) +Y Solar Cell Output 30 30 0x00 ( 0 * ? ) -Y Solar Cell Output 39 37 0x97 ( 151 * ? ) +Z Solar Cell Output 30 32 0x02 ( 2 * ? ) -Z Solar Cell Output 157 30 44 0x0D 30 41 0x0A ------------------------------------------------------------------------------------------------------ A> QST -0 WEBER2-11 A> a2 a6 a8 40 40 40 60 ae 8a 84 8a a4 64 f7 03 f0 ...@@@`.....d... A> 30 30 3a 30 31 3a 30 36 3a 32 33 38 46 41 30 30 00:01:06:238FA00 A> 30 30 34 32 38 39 38 39 42 46 46 38 46 36 34 42 00428989BFF8F64B A> 37 30 43 39 38 39 41 30 46 30 30 30 30 30 30 30 70C989A0F0000000 A> 30 30 30 30 30 32 32 32 46 36 38 30 43 30 30 30 00000222F680C000 A> 30 39 37 30 32 30 30 30 30 30 30 30 30 30 30 30 0970200000000000 A> 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 0000000000000000 A> 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 0000000000000000 A> 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 0000000000000000 A> 30 30 30 30 30 30 30 30 30 30 30 30 30 30 44 30 00000000000000D0 A> 41 A A> QST -0 WEBER2-11 A> a2 a6 a8 40 40 40 60 ae 8a 84 8a a4 64 f7 03 f0 ...@@@`.....d... A> 30 30 3a 30 31 3a 32 36 3a 32 37 38 46 41 30 30 00:01:26:278FA00 A> 30 30 34 32 38 39 38 39 42 46 46 38 46 36 34 42 00428989BFF8F64B A> 37 30 43 39 38 39 41 30 46 30 30 30 30 30 30 30 70C989A0F0000000 A> 30 30 30 30 30 32 32 32 46 36 38 30 43 30 30 30 00000222F680C000 A> 30 39 37 30 32 30 30 30 30 30 30 30 30 30 30 30 0970200000000000 A> 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 0000000000000000 A> 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 0000000000000000 A> 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 0000000000000000 A> 30 30 30 30 30 30 30 30 30 30 30 30 30 30 44 30 00000000000000D0 A> 41 A