Boonton Power Sensor - Manual (Page 13)

Table 2-1. Diode and Thermal CW Sensor Characteristics (con't.)
Model
Frequency
Range
Dynamic
Range (1)
Overload
Rating
Maximum SWR Drift and Noise
@ 0 dBm Lowest Range
Impedance Peak Power Drift (typ.) Noise
RF Connector CW Power Frequency SWR 1 Hour RMS
2 σ
(dBm) (GHz) (typical)
THERMOCOUPLE SENSORS
51100 (9E) 10 MHz -20 to +20 15 W to 0.03 1.25 200 nW 100 nW 200 nW
50
Ω
to 18 GHz (2) 300 mW to 16 1.18 (5)
N(M) (8) to 18 1.28
51101 100 kHz -20 to +20 15 W to 0.3 1.70 200 nW 100 nW 200 nW
50
Ω to 4.2 GHz (2) 300 mW to 2 1.35 (5)
N(M) (8) to 4.2 1.60
51102 30 MHz -20 to +20 15 W to 2 1.35 200 nW 100 nW 200 nW
50 Ω to 26.5 GHz (2) 300 mW to 18 1.40 (5)
K(M) (8) to 26.5 1.60
51200 10 MHz 0 to +37 150 W to 2 1.10 20 µW 10 µW 20 µW
50
Ω to 18 GHz (2) 10 W to 12.4 1.18 (5)
N(M) (9) to 18 1.28
51201 100 kHz 0 to +37 150 W to 2 1.10 20 µW 10 µW 20 µW
50 Ω to 4.2 GHz (2) 10 W to 4.2 1.18 (5)
N(M) (9)
51300 10 MHz 0 to +44 150 W to 2 1.10 50 µW 25 µW 50 µW
50
Ω
to 18 GHz (2) 50 W to 12.4 1.18 (5)
N(M) (9) to 18 1.28
51301 100 kHz 0 to +44 150 W to 2 1.10 50 µW 25 µW 50 µW
50
Ω to 4.2 GHz (2) 50 W to 4.2 1.18 (5)
N(M) (9)
NOTES: 1) Models 4731, 4732, 4231A, 4232A, 4300, 4531, 4532, 5231, 5232, 5731, 5732
2) Power Linearity Uncertainty at 50 MHz:
<10 dBm: 1% (0.04dB) for 51071, 51072, 51075, 51085, 51086 and 51087 sensors.
10 to 17 dBm: 3% (0.13 dB) for 51071, 51072 and 51075 sensors.
17 to 20 dBm: 6% (0.25 dB) for 51071, 51072 and 51075 sensors.
10 to 20 dBm: 6% (0.25 dB) for 51085, 51086 and 51087 sensors.
30 to 37 dBm: 3% (0.13 dB) for 51078 sensor.
all levels: 1% (0.04dB) for 51100, 51101, 51102, 51200, 51201, 51300 and 51301 sensors.
3) Power Linearity Uncertainty 30/50 MHz for 51077 sensor.
-50 to +20 dBm: 1% (0.04 dB) +20 to +30 dBm: 6% (0.27 dB)
4) Power Linearity Uncertainty 30/50 MHz for 51079 sensor.
-40 to +30 dBm: 1% (0.04 dB) +30 to +40 dBm: 6% (0.25 dB)
5) Temperature influence: 0.01 dB/ºC (0 to 55ºC)
6) Temperature influence: 0.02 dB/ºC ( 0 to 25ºC), 0.01 dB/ºC (25 to 55ºC)
7) Temperature influence: 0.03 dB/ºC (0 to 55ºC)
8) Thermocouple characteristics at 25ºC: Max pulse energy = 30 W µsec/pulse
9) Thermocouple characteristics at 25ºC: Max pulse energy = 300 W µsec/pulse
10) After 2 hour warm-up.
8 Power Sensor Manual