The R&S®MLx Multichannel Low-Power Transmitter optimizes DVB-T/DVB-T2 network coverage and integrates up to six transmit channels in one system. A flexible transmitter configuration makes it an ideal transmitter for areas without specific broadcasting infrastructure, or for installation in the smallest of outdoor enclosures. Its 250 mm depth makes it the most compact transmitter on the market today.
This rugged and liquid cooled transmit/receive module features high reliability, integral digital control and messaging, an integral power supply, low receiver noise figure, an integrated solid-state high-peak power pulsed amplifier, GaN-based power pallets, and more. It’s been designed to operate in an active phased array radar system and operates in the 2.9-3.3 GHz frequency range.
Fast detection of signals, highly accurate measurements and demodulation, and versatility are the major advantages of the new R&S®ESMD radio monitoring receiver. These advantages plus other attributes such as a wide frequency range and expandability for use as a direction finder, the R&S®ESMD provides functionalities previously available only with entire systems.
Aselsan’s AS-TRM-Z-10W is a compact and lightweight transmit/receive module that features power and temperature monitoring, a 50 Ohm input/output impedance, high reliability, ruggedness, bias sequencing, and fast TX/RX switching.
Hittite’s HMC6000 and HMC6001 silicon transceiver chipsets are ideal for metrocell/picocell backhaul, WiGig (IEEE 802.11ad) multi-Gbps solutions including wireless cable replacement (HDMI, USB 3.0, DisplayPort), wireless docking stations, video/magazine kiosks, wireless sensors and other 60 GHz radio applications.
The R&S®ESCI7 EMI test receiver is a standard compliant measuring receiver for EMC certification measurements in line eith commercial standards in the frequency range from 9 kHz to 7 GHz. The receiver conforms to the latest version of the CISPR 16-1-1 basic standard. At the same time, it functions as a full-featured and powerful spectrum analyzer for lab applications.
Standalone Set-on Receiver products provide wideband, fast tuning and programmable set-on capability for EW applications. These higher level assemblies have been developed using basic building blocks consisting of Digitally Tuned Oscillators (DTO), Instantaneous Frequency Measurement receivers (IFM), and Frequency Locked Source (FLO) technology in addition to digital processing, microprocessor control and digital signal analysis.