Boonton Power Sensor - Manual (Page 21)

Sensor characteristics of Boonton legacy Peak Power Sensors are presented in
table 2-5. This data is presented for reference only. Contact the sales department
for availability.
Table 2-5. Legacy Peak Power Sensor Characteristics
Model
Frequency Power Overload
Rise Time
Maximum SWR
Drift & Noise
Range Measurement Rating @ 0 dBm
Peak Fast Slow
Impedance CW (1)
Peak Power High Low Frequency SWR Peak Power
RF Connector Int. Trigger CW Power Bandwidth Bandwidth CW Power
(GHz) (dBm) (ns) (ns) (GHz)
DUAL DIODE PEAK POWER SENSORS
Sensors below are for use with 4400, 4500, 4400A and 4500A RF Peak Power Meters and
4530 Series RF Power Meter when combined with Model 2530 1 GHz calibrator accessory.
56218-S2 0.03 to 26.5 -24 to 20 1W for 1 us < 150 < 500 to 2 1.15 4 uW
50
Ω
-34 to 20 200 mW (3 MHz) (700 kHz) to 6 1.20 0.4 uW
K(M) -10 to 20 to 18 1.25
(3) to 26.5 1.50
56226 0.03 to 26.5 -24 to 20 1W for 1 us < 150 < 500 to 1 1.15 4 uW
50
Ω
-34 to 20 200 mW (3 MHz) (700 kHz) to 6 1.20 0.4 uW
K(M) -10 to 20 to 18 1.25
(3) to 26.5 1.50
56340 0.5 to 40 -24 to 20 1W for 1 us < 15 (2)
< 200 to 4 1.25 4 uW
50 Ω
-34 to 20 200 mW (35 MHz) (1.75 MHz) to 38 1.65 0.4 uW
K(M) -10 to 20 to 40 2.00
(3)
56526 0.5 to 26.5 -40 to 20 1W for 1 us < 100 < 300 to 2 1.15 50 nW
50
Ω
-50 to 20 200 mW (6 MHz) (1.16 MHz) to 4 1.20 5 nW
K(M) -27 to 20 to 18 1.45
(4) to 26.5 1.50
56540 0.5 to 40 -40 to 20 1W for 1 us < 100 < 300 to 4 1.25 50 nW
50
Ω
-50 to 20 200 mW (6 MHz) (1.16 MHz) to 38 1.65 5 nW
K(M) -27 to 20 to 40 2.00
(4)
NOTES: 1) Models 4400, 4500, 4400A and 4500A only.
2) Models 4531 and 4532: <20ns, (20MHz).
3) Shaping Error (Linearity Uncertainty), all levels 2.3%
4) Shaping Error (Linearity Uncertainty), all levels 4.7%
16 Power Sensor Manual