Mixers/Modulators

Mixers

The BM77 is a fully-certified Bluetooth® Version 4.0 Module designed to add dual mode Bluetooth® wireless capabilities to other products. The BM77 delivers local connectivity for the Internet of Thing (IoT) by bridging the product to Smart Phones and/or Tablets for convenient data transfer, control, and access to cloud applications.

Millitech’s line of millimeter wave biasable balanced mixers are ideal for applications involving receiver subsystems, test equipment, broadband downconverters, and EW/ELINT. Two different series of mixers are available. The MXB biasable mixers are not recommended for new designs. See the MB1 series datasheet below for an updated line of millimeter wave biasable mixers.

These GaAs MMIC I/Q Mixers are ideal for applications involving point-to-point radio, point-to-multi-point radio, sensors, military radar, satellite communications, EW, and ELINT. Two different models are available in this series with frequency range coverage of 24-28 GHz, and 8-12 GHz.

These Ka band I/Q mixers are ideal for Radar Receiver applications and Single-Sideband Mixers. The LO port is spilt by a 90-degree hybrid to the two mixers. The LO input is buffered so that only 0 dBm of LO power is required for the mixer to operate. These mixers may also be ordered without the integrated LO amplifier.

The Model SFS-18340315-KFSFSF-N1-M from SAGE Millimeter is a broadband subharmonically pumped mixer operating in the 18 to 40 GHz frequency range for use in radar systems, communication systems, and test equipment. Utilizing a high performance GaAs MMIC with superior RF performance, this mixer provides a conversion loss of 15 dB.

This direct IQ demodulator down-converts RF signals to analog In-phase and Quadrature IF or IQ baseband components. It’s ideal for RF instrumentation, wireless communications, broadcast monitoring, spectral analysis, and software-defined radio applications.

The T3 (Two-Tone-Terminator) High Linearity/IP3 Mixer was developed by Marki Microwave to address intermodulation distortion suppression in modern military and commercial RF/Microwave systems. It features low conversion loss (<7 dB), unparalleled IMD suppression, a high 1dB compression point, and more. It’s based on the most sophisticated mixer circuit technology commercially available today.