```CHNL    Parameter                  Measurement Range    Calibration Equation
----    -----------------          -----------------    --------------------

1A      Total Solar Array Current  0 to 3000 ma         I = 29.5 N  (ma)
1B      +X Solar Panel Current     0 to 2000 ma         I = 1970 - 20N  (ma)
1C      -X Solar Panel Current     0 to 2000 ma         I = 1970 - 20N  (ma)
1D      +Y Solar Panel Current     0 to 2000 ma         I = 1970 - 20N  (ma)

2A      -Y Solar Panel Current     0 to 2000 ma         I = 1970 - 20N  (ma)
2B      RF Power Out 70cm/2m       0 to 8 watts         P = 8(1 - 0.01N)^2 (watts)
2C      24 Hour Clock Time         0 to 1440 min.       t = 15.16N  (min)
2D      Battery Charge/Discharge   -2000 to 2000 ma     I = 40(N - 50)  (ma)

3A      Battery Voltage            6.4 to 16.4 V        V = 0.1N + 6.4 (volts)
3B      Half-Battery Voltage       0 to 10 V            V = 0.10N (volts)
3C      Bat. Chg. Reg. #1          0 to 15 V            V =0.15N  (volts)
3D      Battery Temperature        -30 to +50 deg. C    T = 95.8 - 1.48N  (deg. C)

4A      Baseplate Temperature      -30 to +50 deg. C    T = 95.8 - 1.48N  (deg. C)
4B      PA Temp. 2m/10m            -30 to +50 deg. C    T = 95.8 - 1.48N  (deg. C)
4C      +X Facet Temp.             -30 to +50 deg. C    T = 95.8 - 1.48N  (deg. C)
4D      +Z Facet Temp.             -30 to +50 deg. C    T = 95.8 - 1.48N  (deg. C)

5A      PA Temp. 70cm/2m           -30 to +50 deg. C    T = 95.8 - 1.48N  (deg. C)
5B      PA Emit. Current 2m/10m    0 to 1167 ma         I = 11.67N  (ma)
5C      Module Temp. 70cm/2m       -30 to +50 deg. C    T = 95.8 - 1.48N  (deg. C)
5D      Instrument Sw. Regulator
Input Current             0 to 93 ma           I = 11 + 0.82N  (ma)

6A      RF Power Out 2m/10m        0 to 10,000 mw       P = (N^2)/1.56  (mw)
6B      RF Power Out 70 cm         0 to 1,000 mw        P = 0.1(N^2) + 35 (mw)
6C      RF Power Out 13 cm         0 to 100 mw          P = 0.041(N^2)  (mw)
6D      Midrange Telemetry Calib.  0.500 V              V = 0.01N    (0.50 +/- 0.01)  (V)

```