USB Peak and Pulse Power Sensors & Meters https://www.ladybug-tech.com/product-category/average-peak-pulse-sensor/ USB Power Sensors, Meters and Detectors, RF and Microwave Tue, 07 Apr 2026 13:51:36 +0000 en-US hourly 1 https://wordpress.org/?v=6.9.4 The LB479A 10 MHz to 8 GHz Average, Peak & Pulse power Sensor https://www.ladybug-tech.com/product/the-lb479a-10-mhz-to-8-ghz-average-peak-pulse-power-sensor/ Thu, 17 Dec 2020 07:43:13 +0000 https://ladybug.regencyinteractive.net/?post_type=product&p=40215 The post The LB479A 10 MHz to 8 GHz Average, Peak & Pulse power Sensor appeared first on LadyBug Technologies LLC.

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Peak, Pulse, Average PowerSensor+™ 10 MHz – 8 GHz

The LB479A is a peak and pulse sensor. In addition to average power, the sensor provides the user statistical peak & pulse power, duty cycle and crest factor. The fast statistical measurements are very useful in manufacturing operations where numerical verification is desired. The sensor is useful in radar comms, R&D and manufacturing as well as service. The sensor features exceptionally fast measurement speed, a broad dynamic range and is shipped with LadyBug’s feature rich Power Meter Application. Recommended for average power measurement, peak and pulse measurements within the sensors 10 MHz video bandwidth.

Highlights

  • Coverage from 10 MHz to 8 GHz with service to 10 GHz
  • Great for fast economical CW and pulse measurements
  • Statistical pulse measurements
  • Just Measure – Patented NoZero NoCal before use technology
  • A variety of options such as triggering & analog outputs
  • Excellent dynamic range
  • ATE Support
  • A variety of connector options available
  • Logger application included
  • Optional external triggering capability

Information, Options & Accessories

  • Step Files (All Connectors)
  • Type N Male – ONM
  • SMA Male – OSM
  • SMA Female – OSF
  • Type N Female – ONF
  • Extended N Male – XNM
  • 3.5mm Male – 35M
  • Analog Recorder Output – Opt. 001
  • Triggering – Opt. 003
  • 3 Year Calibration Service – Opt. C03

The post The LB479A 10 MHz to 8 GHz Average, Peak & Pulse power Sensor appeared first on LadyBug Technologies LLC.

]]> The LB478A 10 MHz to 8 GHz Peak & Pulse Power Sensor https://www.ladybug-tech.com/product/the-lb478a-10-mhz-to-8-ghz-average-peak-pulse-power-sensor/ Wed, 04 Nov 2020 18:53:36 +0000 https://ladybug.regencyinteractive.net/?post_type=product&p=37441 The post The LB478A 10 MHz to 8 GHz Peak & Pulse Power Sensor appeared first on LadyBug Technologies LLC.

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The LB478A 10 MHz to 8 GHz Average, Peak & Pulse Power Sensor+™

The LB478A is a peak and pulse sensor. In addition to average power, the sensor provides the user statistical peak & pulse power, duty cycle and crest factor. Fast statistical measurements are often very useful in manufacturing operations where numerical verification is desired. The sensor is useful in radar comms, R&D and manufacturing as well as service. The LB478A features exceptionally fast measurement speed, a broad dynamic range and is shipped with LadyBug’s feature rich Power Meter Application. The sensor is identical to the LB479A with the exception of slightly reduced dynamic range. Recommended for average power measurement, peak and pulse measurements within the sensors 10 MHz video bandwidth.

Highlights

  • Coverage from 10 MHz to 8 GHz with service to 10 GHz
  • Great for economical pulse measurements
  • Statistical pulse measurements
  • Just Measure – Patented NoZero NoCal before use technology
  • A variety of options such as triggering & analog outputs
  • Competitive -35dBm to +20dBm dynamic range
  • ATE Support
  • A variety of connector options available
  • Logger application included
  • Optional external triggering capability

Additional Options & Connectors

  • Type N Male – ONM
  • SMA Male – OSM
  • SMA Female – OSF
  • Type N Female – ONF
  • Extended N Male – XNM
  • 3.5mm Male – 35M
  • Analog Recorder Output – Opt. 001
  • Triggering – Opt. 003
  • 3 Year Calibration Service – Opt. C03

The post The LB478A 10 MHz to 8 GHz Peak & Pulse Power Sensor appeared first on LadyBug Technologies LLC.

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