Current Probes

CURRENT PROBE PRODUCTS

Wilkinson dividers (3 dB per split) incorporating our low loss, high permittivity dielectric materials to provide small size and temperature stability.  The devices integrate thin film precision resistors and are offered for both solder surface mount (SMT) and chip and wire hybrid (WB) assembly applications.

The ADMV4640 downconverter and ADMV4630 upconverter are optimized for satellite communication (SATCOM) terminals in the 10.7 GHz - 12.7 GHz RF and 14.0 GHz - 14.5 GHz frequency ranges, respectively.

Skyworks offers a range of 2.4 GHz Front-End Modules designed to provide all the functionality of a fully matched power amplifier, power detector, harmonic filter, low-noise amplifier (LNA), and single-pole, double-throw (SPDT) switch in one device.

A.H Systems presents Monopole Antennas designed to provide superior performance in electric field measurements. Active Monopole Antennas are capable of driving any receiver with 50W input impedance, and can perform FCC, MIL-STD, and TEMPEST tests.

The Model 5000A225B is a solid-state, self-contained, broadband amplifier designed for applications where instantaneous bandwidth, high gain, and linearity are required. The amplifier is air-cooled using internal self-contained liquid cooling for high performance and reliability. The model features 5000 Watts CW when used with a sweep generator and operates within the 10 kHz – 225 MHz frequency range.

The AMP2040B-LC is a solid-state high-power amplifier tailored for diverse applications including EMI/RFI, lab experiments, and communication tasks.

Model 50PD-735 is a 50 Ohm resistive 11-Way power divider/combiner. It is available with 50 Ohm SMA female coaxial RF connectors, operates DC-6000 MHz, and is rated for 1 Watt of RF input power. It is constructed in a star configuration and has the functionality of a RF hub because every path through the divider/combiner has equal loss.

The MPA1115 offers exceptional power, gain, and linearity, making it ideal for various RF applications.