MK 3.5.3. - 2GHz

receiving convertor with filtration and low PN of LO - optimized for OFDM and QAM
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Description

MMDS Down Converter 2200–2300 MHz

The MK-353 series MMDS down converter is designed for reliable reception of television signals in the 2200–2300 MHz frequency band. Originally developed for MMDS cable television distribution systems, it is also suitable for a wide range of microwave signal conversion applications where low noise and high signal quality are required.

Electrical Properties MK 3.5.3.
Frequency Band [MHz] 2200 – 2300 MHz
Nf (dB) <1.7
G (dB) exactly by
LO frequency
Standard LO frequency [MHz]
1446,1710,1734,1766,1838,1910, 1934, 1954
LO phase noise [dBc/10 kHz] 96
Antenna Gain dBi 
convertor/convertor in grid
7 / 17
Feeding U/I 14-19 V / 230 mA



Mechanical Properties  
Material of antenna radome UV stable ABS
height/width/thickness [ mm ] 104 / 104 / 25
Weight 0.25 kg
Construction outdoor use

The converter incorporates a high-selectivity input band-pass filter that effectively suppresses out-of-band interference and helps maintain excellent reception even in demanding RF environments. Frequency conversion is performed using a carefully designed local oscillator with low phase noise and good frequency stability, ensuring reliable demodulation of modern digital transmission standards.

Its low phase noise characteristics make the converter suitable for reception of OFDM, QAM, and other digitally modulated signals used in broadband wireless and television distribution systems. The stable conversion process minimizes constellation degradation and helps maintain a low bit error rate.

The rugged aluminium enclosure provides reliable long-term operation in professional installations. The converter is intended primarily for television reception systems but can also be integrated into various microwave receiving systems operating in the 2.2–2.3 GHz band.

Typical applications

RAYTRA also offers custom versions of microwave down converters with different input frequency ranges, local oscillator frequencies and output IF bands to meet specific customer requirements.