Here are coefficients for decoding the TLM lines from the DOVE satellite. To get the RESULT ("human" value) of a telemetry number (N), solve this formula:
RESULT = A*N^2 + B*N + C.
In the following listing from the source code of the EZ DOVE program (written in BASIC), the first number (in quotes) is the item number, then item description, then C, then B, then A, then units.
DATA "00", Rx E/F Audio(W), 0, .0246, 0, V(p-p)
DATA "01", Rx E/F Audio(N), 0, .0246, 0, V(p-p)
DATA "02", Mixer Bias, 0, .0102, 0, Volts
DATA "03", Oscillator Bias, 0, .0102, 0, Volts
DATA "04", Rx A Audio(W), 0, .0246, 0, V(p-p)
DATA "05", Rx A Audio(N), 0, .0246, 0, V(p-p)
DATA "06", "Rx A Discrim", 10.427, -.09274, 0, kHz
DATA "07", Rx A S Meter, 0, 1, 0, Counts
DATA "08", Rx E/F DISC, 9.6234, -.09911, 0, kHz
DATA "09", Rx E/F S Meter, 0, 1, 0, Counts
DATA "0A", +5 volt bus, 0, .0305, 0, Volts
DATA "0B", +5V Rx Current, 0, .1, 0, mA
DATA "0C", +2.5 volt VREF, 0, .0108, 0, Volts
DATA "0D", "8.5 volt bus ", 0, .0391, 0, Volts
DATA "0E", IR Detector, 0, 1, 0, Counts
DATA "0F", LO Monitor I, 0, .037, 0, mA
DATA "10", +10 volt bus, 0, .05075, 0, Volts
DATA "11", GASFET Bias I, 0, .026, 0, mA
DATA "12", Ground REF, 0, .01, 0, Volts
DATA "13", +Z Array voltage, 0, .1023, 0, Volts
DATA "14", "Rx Temp ", 101.05, -.6051, 0, íC
DATA "15", +X (RX) Temp, 101.05, -.6051, 0, íC
DATA "16", Bat. 1 volts, 1.7932, -.0034084, 0, Volts
DATA "17", Bat. 2 volts, 1.7978, -.0035316, 0, Volts
DATA "18", Bat. 3 volts, 1.8046, -.0035723, 0, Volts
DATA "19", Bat. 4 volts, 1.7782, -.0034590, 0, Volts
DATA "1A", Bat. 5 volts, 1.8410, -.0038355, 0, Volts
DATA "1B", Bat. 6 volts, 1.8381, -.0038450, 0, Volts
DATA "1C", Bat. 7 volts, 1.8568, -.0037757, 0, Volts
DATA "1D", Bat. 8 volts, 1.7868, -.0034068, 0, Volts
DATA "1E", Array voltage, 7.205, .072, 0, Volts
DATA "1F", +5 volt bus, 1.932, .0312, 0, Volts
DATA "20", +8.5 volt bus, 5.265, .0173, 0, Volts
DATA "21", +10 volt bus, 7.469, .021765, 0, Volts
DATA "22", BCR set point, -8.762, 1.159, 0, Counts
DATA "23", BCR load I, -.0871, .00698, 0, Amps
DATA "24", +8.5V bus I, -.0092, .001899, 0, Amps
DATA "25", +5 V bus cur., .00502, .00431, 0, Amps
DATA "26", -X array cur., -.01075, .00215, 0, Amps
DATA "27", +X array cur., -.01349, .00270, 0, Amps
DATA "28", -Y array cur., -.01196, .00239, 0, Amps
DATA "29", +Y array cur., -.01141, .00228, 0, Amps
DATA "2A", -Z array cur., -.01653, .00245, 0, Amps
DATA "2B", +Z array cur., -.01137, .00228, 0, Amps
DATA "2C", Ext. Power cur., -.02, .00250, 0, Amps
DATA "2D", BCR Input cur., .06122, .00317, 0, Amps
DATA "2E", BCR Output cur., -.01724, .00345, 0, Amps
DATA "2F", Battery 1 temp, 101.05, -.6051, 0, íC
DATA "30", Battery 2 temp, 101.05, -.6051, 0, íC
DATA "31", Baseplate temp, 101.05, -.6051, 0, íC
DATA "32", FM TX#1 RF out, .0256, -.000884, .0000836, Watt
DATA "33", FM TX#2 RF out, -.0027, .001257, .0000730, Watt
DATA "34", PSK TX HPA temp, 101.05, -.6051, 0, íC
DATA "35", +Y array temp, 101.05, -.6051, 0, íC
DATA "36", RC PSK HPA temp, 101.05, -.6051, 0, íC
DATA "37", RC PSK BP temp, 101.05, -.6051, 0, íC
DATA "38", +Z array temp, 101.05, -.6051, 0, íC
DATA "39", S band TX out, -.0451, .00403, 0, Watts
DATA "3A", S band HPA temp, 101.05, -.6051, 0, íC
Notes:
This information was extracted from a posting from Robert W. McGwier, N4HY.
The last item (3A) is known to be wrong, but I don't know the correct coefficients.
W and N mean wide and narrow, DISC means discriminator.
I do not have any information about the meaning of the STATUS or other lines.
