Boonton Power Sensor - Manual (Page 17)

Sensor characteristics of Boonton legacy sensors are presented in tables 2-3 (CW)
and 2-4 (Waveguide). This data is presented for reference only. Contact the sales
department for availability.
Table 2-3. Legacy Diode CW Sensor Characteristics
Model
Frequency
Range
Dynamic
Range
Overload
Rating
Maximum SWR Drift and Noise
@ 0 dBm Lowest Range
Impedance (1) (3) Peak Power Drift (typ.) Noise
RF Connector CW Power Frequency SWR 1 Hour RMS
2 σ
(dBm) (GHz) (2) (5) (typical)
DUAL DIODE SENSORS
51011 (EMC) 10 kHz -60 to +20 1 W for 1µs to 2 1.12 150 pW 65 pW 130 pW
50
Ω
to 8 GHz 300 mW to 4 1.20
N(M) to 8 1.40
51011 (4B) 100 kHz -60 to +20 1 W for 1µs to 2 1.12 150 pW 65 pW 130 pW
50
Ω
to 12.4 GHz 300 mW to 4 1.20
N(M) to 11 1.40
to 12.4 1.60
51012 (4C) 100 kHz -60 to +20 1 W for 1µs to 1 1.18 150 pW 65 pW 130 pW
75 Ω
to 1 GHz 300 mW
N(M)
51012-S/4 100 kHz -60 to +20 1 W for 1µs to 2 1.18 150 pW 65 pW 130 pW
75 Ω
to 2 GHz 300 mW
N(M)
51013 (4E) 100 kHz -60 to +20 1 W for 1µs to 4 1.30 150 pW 65 pW 130 pW
50
Ω
to 18 GHz 300 mW to 10 1.50
N(M) to 18 1.70
51015 (5E) 100 kHz -50 to +30 10 W for 1µs to 1 1.07 1.5 nW 0.65 nW 1.3 nW
50
Ω
to 18 GHz 2 W to 2 1.10
N(M) to 4 1.12
to 12.4 1.18
to 18 1.28
51033 (6E) 100 kHz -40 to +33 100 W for 1µs to 1 1.07 15 nW 6.5 nW 13 nW
50
Ω
to 18 GHz 2 W to 2 1.10
N(M) to 4 1.12
to 12.4 1.18
to 18 1.28
12 Power Sensor Manual