UPC-01(02) Upconverter
The UPC-01(02) is intended for CATV application as a QAM-IF to QAM-RF upconverter in conjunction with 6 TV channel DVB-C converter and 4ASI/DVB-C Scrambling Converter (4 TS MPEG-2 ASI/DVB-C QAM: 32/64/128/256). There are four models covering the following frequency ranges: • UPC-01(02)/100-270 100...270 MHz; • UPC-01(02)/270-470 270...470 MHz; • UPC-01(02)/470-670 470...670 MHz; • UPC-01(02)/670-864 670...864 MHz. The UPC-01(02) aren’t intended for using in conjunction with analogous modulators. Main parameters: • Supported Modulation type QAM-64, QAM-128, QAM256, COFDM • Input frequency band, MHz 36 • Input Impedance 75 Ohm • Input connector F type, female • Channel Bandwidth 8 MHz • Input Level -10…-7 dBm • Output frequency range, MHz 100...270 270…470 470...670 670...864 • Frequency adjustment step 1 MHz • Output Level -13 + 1 dBm • Output Level adjustment range 0…-20 dB • LOOP In/ RF Out loss not more 1 dB • LOOP and RF Output connectors 2 x 75Ohm ( F type, female) • Power supply 220 V • Enclosure Rack mount 1U
|
Search in Radiofar
Archive News:
27.10.12
Company Radiofar together with the DVLab were Exhibitors at the IBC 2012 in the Amsterdam. Photo- report of Exhibition IBC - 2012 you can see here >>
12.05.12
Successful testing on the ground the system of digital broadcasting DVB-T TV VIllage for cottage settlements. Read more.. >>
14.02.12
Company Radiofar together with the DVLab were Exhibitors at Cabsat 2012, in the Dubai. Photo-report of exhibition Cabsat 2012 you can see here >>
04.02.12
Radiofar represents a new generation of transmitters and power amplifiers for the frequency range 2.1-2.7 GHz developed by the Doherty scheme.
27.01.12
The Repeater MVDS. The company Radiofar produced repeaters for MVDS systems with frequency range: 10.7-11.5 GHz, 11.7-12.7 GHz, 12.75-13.25 GHz. Read more... >>
26.01.12
New transmitter MVDS: 12.75-13.25 GHz. The company Radiofar produced the new transmitter for MVDS systems with output powers P1dB=2 W and P1dB=4 W and frequency range 12.75-13.25 GHz. Look here >>