LB5944A power sensor with 1 MHz to 44 GHz frequency coverage and 86 dB of dynamic range.

LB5944L power sensor with 9 kHz to 44 GHz frequency coverage and 86dB of dynamic range. Option 050 extends its calibration to 50 GHz.

LadyBug Technologies’ LB5918A True-RMS Power Sensor measures RF power at frequencies from 1 MHz to 18 GHz.

The LB5940A 1 MHz to 40 GHz power USB sensor’s 86 dB dynamic range measures from -60 dBm and up to +26 dBm.

The LB479A-HM1 is a multi-path sensor designed specifically for making statistical pulse measurements. Measurements are in accordance with IEEE standard 181-2011.

LadyBug Technologies announces the expanded dynamic range of its LB5926A 1 MHz to 26.5 GHz power USB sensor. The sensor measures power down to -60 dBm and up to +26 dBm, giving it a world class 86 dB dynamic range.

LadyBug’s LB5940L true RMS power sensor is a high accuracy sensor that performs a wide range of power measurements. The multi-path sensor uses diodes operating in their square-law region to make measurements similar to thermal sensors, yet much faster and with greater dynamic range. Covering frequencies from 9 kHz to 40 GHz, the LB5940L was designed with instrument calibration and electromagnetic compatibility testing in mind. 

The LB480A is a high dynamic range RF pulse profiling power sensor that provides the user with a time domain plot of the signals pulse modulation. Internal and external triggered measurements are possible. In addition to pulse profiling measurements, the sensor can continuously make over 2,000 settled average power measurement per second making it ideal for manufacturing test applications. The sensor also makes statistical peak & pulse measurements.

LadyBug’s thermally stable LB5918A True-RMS, a 1 MHz to 18 GHz, wide dynamic range power sensor delivers fast accurate measurements on any signal with any modulation including wideband digital signals. Its unique two path design delivers better dynamic range than many 3 path sensors. SCPI commands and use either USBTMC, USBHID or connect directly with I2C or SPI.