The high availability of the R&S®TMU9 ensures unsurpassed reliable operation. And its compact size saves space at the transmitter site.The R&S®TMU9 air-cooled transmitters attain output powers in from 300 W to 3.0 kW for digital standards and up to 4.75 kW for analog standards.

Title Size Version Date R&S®TCE900 Open Source Acknowledgment 843 kB19.0.0 26.10.2016 PAD-T-M: 3575.4620.02/01.00/RL/1/EN R&S®TCE900 Series xx9 Transmitter Open Source Acknowledgment Open Source Acknowledgment 7TA 2109.3806.00 – 02 R&S TCE900 Introduction Open Source Acknowledgment 2109.3806.00 - 02 2 Contents 1 Introduction .........................................................................

The R&S®TMU9/R&S®TMV9 transmitter families offer unique flexibility by providing more than 50 different standard configurations. Featuring efficiency of up to 42 % for UHF and up to 50 % for VHF, they achieve the highest energy savings on the market. Plus, the simple system configuration allows quick startup. The high availability of the R&S®TMU9 ensures unsurpassed reliable operation. And its compact size saves space at the transmitter site.

English (PD 3606.7018.32)

In this application note, a UHD 4K end-to-end solution utilizing products from Rohde & Schwarz is described in detail from the point at which 4K content is captured until its delivery to households via a DVB-T2 SFN network.

Definition and measurement of transmitter efficiency

Rohde & Schwarz maintenance and support services aim to maximize and protect the investment of users’ Rohde & Schwarz products. This document describes the service levels for the R&S®Tx9 transmitter family.

English (PD 3606.8820.32)

Particle acceleration requires cavity resonators that are driven with high RF powers at defined frequencies. Rohde & Schwarz offers RF solid-state amplifiers for frequencies ranging from 9 kHz to 6 GHz, delivering CW power up to 80 kW.

TR212-26E LTE/5G based broadcast – broadcasting in 4G and 5G For many decades, radio and television signals have been transmitted to receivers via terrestrial RF channels in the VHF and UHF bands, via cable TV systems and via satellites. With the advent of smartphones, user behavior in mobile communications systems is changing from pure phone and SMS services to using smartphones as general purpose