Boonton Power Sensor Manual de usuario descargar pdf (Pagina 11)

5107xA Series of RF Sensors

The “A” series sensors were created to improve production calibration results. These

sensors possess the same customer specifications as the non-A types (i.e.: 51075 and

51075A), however, the utilization of new calibration methods enhances the testing

performance over previous techniques. In doing this, Boonton can provide the customer

with a better product with a higher degree of confidence.

The “A” series sensors utilize “Smart Shaping” technology to characterize the linearity

transfer function. This is accomplished by performing a step calibration to determine the

sensors response to level variations. The shaping characteristics are determined during

the calibration and then the coefficients are stored in the data adapter that is supplied with

the sensor. This provides improved linearity results when used with the 4230A and 5230

line of instruments with software version 5.04 (or later).

Instruments that are equipped with step calibrators such as the 4530 already perform this

function when the Auto Cal process is performed. For these instruments an “A” type

sensor performs the same as a non-“A” type and no discernable difference is realized.

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)

WIDE DYNAMIC RANGE DUAL DIODE SENSORS

51075A 500 kHz -70 to +20 1 W for 1µs to 2 1.15 100 pW 30 pW 60 pW

50 Ω

to 18 GHz

(2)

300 mW to 6 1.20

(6)

N(M) to 18 1.40

51077A 500 kHz -60 to +30 10 W for 1µs to 4 1.15 2 nW 300 pW 600 pW

50 Ω

to 18 GHz

(3)

3 W to 8 1.20

(7)

GPC-N(M) to 12 1.25

to 18 1.35

51079A 500 kHz -50 to +40 100 W for 1µs to 8 1.20 20 nW 3 nW 6 nW

50 Ω

to 18 GHz

(4)

25 W to 12 1.25

(7)

GPC-N(M) to 18 1.35

51071A 10 MHz -70 to +20 1 W for 1µs to 2 1.15 100 pW 30 pW 60 pW

50 Ω

to 26.5 GHz

(2)

300 mW to 4 1.20

(7)

K(M) to 18 1.45

to 26.5 1.50

51072A 30 MHz -70 to +20 1 W for 1µs to 4 1.25 100 pW 30 pW 60 pW

50 Ω

to 40 GHz

(2)

300 mW to 38 1.65

(7)

K(M) to 40 2.00

6 Power Sensor Manual

1 2 ... 6 7 8 9 10 11 12 13 14 15 16 ... 51 52

Comentarios a estos manuales

Sin comentarios

Boonton Power Sensor Manual de usuario Pagina 11

Comentarios a estos manuales

Relacionado con productos y manuales para Instrumentos de medición Boonton Power Sensor