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Power Meter & Power Sensor

Keysight power meters operate with sensors of various types (CW, average and peak and average), covering numerous frequency and power ranges to accurately measure the power of RF and microwave signals. Applications include testing the output power of communication base-station transmitters, cellular telephones, radar system equipment, and much more.

Learn more on how to select the right power meter and power sensors: “The Power Meter and Sensors Selection Guide”

Microwaves and RF’s

Microwaves and RF’s readers recently chose Keysight Technologies as the ‘Best Supplier Social Media’ winner for 2013. This award recognizes those in the industry for their work in helping to provide engineers with the critical information they need throughout the year.

Compare All Power Meters & Power Sensors (44)

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N8485A Thermocouple Power Sensors 3D Model, STEP Format
This is a STEP format 3D Model of the N8485A Thermocouple Power Sensors.

Présentation technique 2015-02-16

ZIP ZIP 324 KB
U2000A 10 MHz - 18 GHz USB Power Sensor 2D Drawing, PDF Format
This is a PDF format 2D Drawing of the U2000A 10 MHz - 18 GHz USB Power Sensor.

Présentation technique 2015-02-16

PDF PDF 72 KB
U2000B 10 MHz - 18 GHz USB Power Sensor 3D Model, STEP Format
This is a STEP format 3D Model of the U2000B 10 MHz - 18 GHz USB Power Sensor.

Présentation technique 2015-02-16

ZIP ZIP 1.70 MB
U2004A 9 kHz - 6 GHz USB Power Sensor 2D Drawing, PDF Format
This is a PDF format 2D Drawing of the U2004A 9 kHz - 6 GHz USB Power Sensor.

Présentation technique 2015-02-16

PDF PDF 72 KB
N8485A Thermocouple Power Sensors 2D Drawing, PDF Format
This is a PDF format 2D Drawing of the N8485A Thermocouple Power Sensors.

Présentation technique 2015-02-16

PDF PDF 45 KB
U2001H 10 MHz - 6 GHz USB Power Sensor 3D Model, STEP Format
This is a STEP format 3D Model of the U2001H 10 MHz - 6 GHz USB Power Sensor.

Présentation technique 2015-02-16

ZIP ZIP 1.19 MB
U2000B 10 MHz - 18 GHz USB Power Sensor 2D Drawing, PDF Format
This is a PDF format 2D Drawing of the U2000B 10 MHz - 18 GHz USB Power Sensor.

Présentation technique 2015-02-16

PDF PDF 94 KB
U2022XA 50 MHz to 40 GHz USB Peak and Average Power Sensor 3D Model, STEP Format
This is a STEP format 3D Model of the U2022XA 50 MHz to 40 GHz USB Peak and Average Power Sensor.

Présentation technique 2015-02-16

ZIP ZIP 1.04 MB
U2002H 50 MHz - 24 GHz USB Power Sensor 3D Model, STEP Format
This is a STEP format 3D Model of the U2002H 50 MHz - 24 GHz USB Power Sensor.

Présentation technique 2015-02-16

ZIP ZIP 1.24 MB
U2001H 10 MHz - 6 GHz USB Power Sensor 2D Drawing, PDF Format
This is a PDF format 2D Drawing of the U2001H 10 MHz - 6 GHz USB Power Sensor.

Présentation technique 2015-02-16

PDF PDF 74 KB
U2022XA 50 MHz to 40 GHz USB Peak and Average Power Sensor 2D Drawing, PDF Format
This is a PDF format 2D Drawing of the U2022XA 50 MHz to 40 GHz USB Peak and Average Power Sensor.

Présentation technique 2015-02-16

PDF PDF 64 KB
U2002H 50 MHz - 24 GHz USB Power Sensor 2D Drawing, PDF Format
This is a PDF format 2D Drawing of the U2002H 50 MHz - 24 GHz USB Power Sensor.

Présentation technique 2015-02-16

PDF PDF 74 KB
N1912A P-Series Dual Channel Power Meter 3D Model, STEP Format
This is a STEP format 3D Model of the N1912A P-Series Dual Channel Power Meter.

Présentation technique 2015-02-16

ZIP ZIP 13.62 MB
E9301H E-Series Average Power Sensor 2D Drawing, PDF Format
This is a PDF format 2D Drawing of the E9301H E-Series Average Power Sensor.

Présentation technique 2015-02-13

PDF PDF 46 KB
E9300H E-Series Average Power Sensor 2D Drawing, PDF Format
This is a PDF format 2D Drawing of the E9300H E-Series Average Power Sensor.

Présentation technique 2015-02-13

PDF PDF 47 KB
E9301H E-Series Average Power Sensor 3D Model, STEP Format
This is a STEP format 3D Model of the E9301H E-Series Average Power Sensor.

Présentation technique 2015-02-13

ZIP ZIP 226 KB
E9300H E-Series Average Power Sensor 3D Model, STEP Format
This is a STEP format 3D Model of the E9300H E-Series Average Power Sensor.

Présentation technique 2015-02-13

ZIP ZIP 226 KB
E9304A E-Series Average Power Sensor 2D Drawing, PDF Format
This is a PDF format 2D Drawing of the E9304A E-Series Average Power Sensor.

Présentation technique 2015-02-12

PDF PDF 46 KB
E9304A E-Series Average Power Sensor 3D Model, STEP Format
This is a STEP format 3D Model of the E9304A E-Series Average Power Sensor.

Présentation technique 2015-02-12

ZIP ZIP 214 KB
E9300A E-Series Average Power Sensor 2D Drawing, PDF Format
This is a PDF format 2D Drawing of the E9300A E-Series Average Power Sensor.

Présentation technique 2015-02-12

PDF PDF 47 KB
E9301A E-Series Average Power Sensor 3D Model, STEP Format
This is a STEP format 3D Model of the E9301A E-Series Average Power Sensor.

Présentation technique 2015-02-12

ZIP ZIP 214 KB
E9301A E-Series Average Power Sensor 2D Drawing, PDF Format
This is a PDF format 2D Drawing of the E9301A E-Series Average Power Sensor.

Présentation technique 2015-02-12

PDF PDF 46 KB
E9325A E-Series Peak and Average Power Sensor, 50 MHz to 18 GHz 3D Model, STEP Format
This is a STEP format 3D Model of the E9325A E-Series Peak and Average Power Sensor, 50 MHz to 18 GHz.

Présentation technique 2015-02-05

ZIP ZIP 325 KB
E9327A E-Series Peak and Average Power Sensor, 50 MHz to 18 GHz 3D Model, STEP Format
This is a STEP format 3D Model of the E9327A E-Series Peak and Average Power Sensor, 50 MHz to 18 GHz.

Présentation technique 2015-02-05

ZIP ZIP 325 KB
E9322A E-Series Peak and Average Power Sensor, 50 MHz to 6 GHz 3D Model, STEP Format
This is a STEP format 3D Model of the E9322A E-Series Peak and Average Power Sensor, 50 MHz to 6 GHz.

Présentation technique 2015-02-05

ZIP ZIP 325 KB

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