Current Probes

Qorvo's QPA0015 is a powerful Ku-Band MMIC amplifier fabricated using their advanced GaN-on-SiC process. Designed for Satcom applications, it delivers 3 Watts of linear power with excellent intermodulation distortion performance.

The 50PA-1205 is a new specially-designed test system from JFW that can connect up to eight mobile devices and one AP/Base Station for radio-to-radio and handover testing. Operating from 30 - 6000 MHz, it features high-isolation connectivity between radios and low-loss paths from radio to base station. 

The AMP4069 Solid State High Power Amplifier features a compact and lightweight bench-top chassis and a Class AB linear GaAsFET hybrid design.

The Qorvo® QPF4568 is an integrated front end module (FEM) designed for Wi-Fi 6 (802.11ax) systems. The ultra small form factor and integrated matching minimizes layout area in the application. 

The Keysight B2900B/BL Series of Precision Source/Measure Units comprises compact and cost-effective benchtop Source/Measure Units (SMUs) with the capability to source and measure both voltage and current. These capabilities make the B2900B/BL Series SMU ideal for a wide variety of IV (current versus voltage) measurement tasks that require both high resolution and accuracy.

The Holzworth HX4920 Frequency Divider is a digital divide-by-4 architecture covering input signals of 4GHz to 24GHz while maintaining signal integrity. 

The SSMIL200V10K18G System is designed to develop a 200 V/m field level at a 1m test distance for MIL-STD461D/E/F/G testing from 10 kHz to 18 GHz. The signal generation, control, and power monitoring equipment shall be mounted in a ventilated equipment rack along with the RF amplifiers.

The CMD325 from Custom MMIC is a negative controlled, wideband GaAs MMIC 6-bit digital attenuator die designed to operate from the DC to 30 GHz frequency range. Each bit of the attenuator is controlled by a single voltage of either 0 V or –5 V. It features a low insertion loss of 4 dB at 12 GHz and the attenuation accuracy is typically 0.2 dB step error.