IF CONVERTER Search Results

U4744B

Abstract: U4744 S852T U4479B U4479B-MFLG3
Contextual Info: U4479B DVB-Cable IF Converter and Full Multi-Standard Video-/Sound IF Processing Description The U4479B is a bipolar circuit for the processing of cable DVB IF Digital Video Broadcasting and multistandard analog TV IF signals. The combi circuit processes QAM modulated IF signals, all TV video IF

u4744B

Abstract: S852T U4479B U4479B-MFLG3
Contextual Info: U4479B DVB-Cable IF Converter and Full Multi-Standard Video-/Sound IF Processing Description The U4479B is a bipolar circuit for the processing of cable DVB IF Digital Video Broadcasting and multistandard analog TV IF signals. The combi circuit processes QAM modulated IF signals, all TV video IF

S852T

Abstract: U4479B U4479B-AFLG3 U4744B
Contextual Info: U4479B DVB-Cable IF Converter and Full Multi-Standard Video-/Sound IF Processing Description The U4479B is a bipolar circuit for the processing of cable DVB IF Digital Video Broadcasting and multistandard analog TV IF signals. The combi circuit processes QAM modulated IF signals, all TV video IF

U4744B

Abstract: U4744 S852T U4479B U4479B-MFLG3
Contextual Info: U4479B DVB-Cable IF Converter and Full Multi-Standard Video-/Sound IF Processing Description The U4479B is a bipolar circuit for the processing of cable DVB IF Digital Video Broadcasting and multistandard analog TV IF signals. The combi circuit processes QAM modulated IF signals, all TV video IF

u4744B

Abstract: dvb power supply circuit diagram S852T U4476B U4476B-MFLG3 U4744
Contextual Info: U4476B IF Amplifier / Converter for DVB Cable Description The U4476B is a bipolar circuit for the processing of DVB-Cable IF signals (Digital Video Broadcasting). The amplifier/ converter is suitable for QAM modulated IF signals (1st IF) and provides the gain controlled 2nd IF.

u4744B

Abstract: U4744 S852T U4476B U4476B-MFLG3 dvb circuit diagram ATMEL 910
Contextual Info: U4476B IF Amplifier / Converter for DVB Cable Description The U4476B is a bipolar circuit for the processing of DVB-Cable IF signals (Digital Video Broadcasting). The amplifier/ converter is suitable for QAM modulated IF signals (1st IF) and provides the gain controlled 2nd IF.

U4744B

Abstract: dvb power supply circuit diagram S852T U4476B
Contextual Info: U4476B IF Amplifier / Converter for DVB Cable Description The U4476B is a bipolar circuit for the processing of DVB-Cable IF signals (Digital Video Broadcasting). The amplifier/ converter is suitable for QAM modulated IF signals (1st IF) and provides the gain controlled 2nd IF.

U4744B

Abstract: U4744 dvb power supply circuit diagram S852T U4476B U4476B-MFLG3
Contextual Info: U4476B IF Amplifier / Converter for DVB Cable Description The U4476B is a bipolar circuit for the processing of DVB-Cable IF signals (Digital Video Broadcasting). The amplifier/ converter is suitable for QAM modulated IF signals (1st IF) and provides the gain controlled 2nd IF.

Contextual Info: 70 MHz AND 140 MHz IF TO IF FREQUENCY CONVERTERS 70 MHz AND 140 MHz IF TO IF FREQUENCY CONVERTERS GENERAL SPECIFICATIONS PRIMARY POWER REQUIREMENTS Voltage . 90–250 VAC Frequency . 47–63 Hz

dvb power supply circuit diagram

Contextual Info: TEMIC U4479B Semiconductors DVB-Cable IF Converter and Full Multi-Standard Video-/Sound IF Processing Description The U4479B is a bipolar circuit for the processing of cable DVB IF Digital Video Broadcasting and multi­ standard analog TV IF signals. The combi circuit

dvb power supply circuit diagram

Abstract: if filter 38.9 Telefunken dvb
Contextual Info: Temic U4479B Semic o n du c to rs DVB-Cable IF Converter and Full Multi-Standard Video-/Sound IF Processing Description The U4479B is a bipolar circuit for the processing of cable DVB IF Digital Video Broadcasting and multi­ standard analog TV IF signals. The combi circuit

Contextual Info: Temic U4479B Se m i co n ü u c tors DVB-Cable IF Converter and Full Multi-Standard Video-/Sound IF Processing Description The U4479B is a bipolar circuit for the processing of cable DVB IF Digital Video Broadcasting and multi­ standard analog TV IF signals. The combi circuit

Contextual Info: Raytheon Electronics Semiconductor Division RC6508 QAM IF D ow nconverter Features Integrated IF Down Converter IF bandwidth from 30 M Hz to 80 MHz Operating range between 8.5V to 13.2V 63dB peak conversion gain from IF to baseband 40dB minimum AGC range Simple interface to SAW filter and A/D converter

Contextual Info: Tem ic U4479B S e m i c o n d u c t o r s DVB-Cable IF Converter and Full Multi-Standard Video-/Sound IF Processing Description The U4479B is a bipolar circuit for the processing of cable DVB IF Digital Video Broadcasting and multi­ standard analog TV IF signals. The combi circuit

Contextual Info: Tem ic U4479B S e m i c o n d u c t o r s DVB-Cable IF Converter and Full Multi-Standard Video-/Sound IF Processing Description The U4479B is a bipolar circuit for the processing of cable DVB IF Digital Video Broadcasting and multi­ standard analog TV IF signals. The combi circuit

dvb power supply circuit diagram

Abstract: U4744B U4744
Contextual Info: Temic U4476B Se m i co n ü u c tors IF Amplifier / Converter for DVB Cable Description The U4476B is a bipolar circuit for the processing of signals (1st IF) and provides the gain controlled 2nd IF. DVB-Cable IF signals (Digital Video Broadcasting). The With 5 V supply voltage the IC allows application in

HF Colpitts VCO

Abstract: LA 6508 47PF RC6508 RC6508G VCO 100mhz
Contextual Info: FAIRCHILD www.fairchildsemi.com s e m i c o n d u c t o r tm RC6508 QAM IF Dow n c o n v e r t e r Features Integrated IF Down Converter IF bandwidth from 30 M Hz to 80 MHz Operating range between 8.5V to 13.2V 63dB peak conversion gain from IF to baseband

Contextual Info: CV110-2A The Communications Edge TM Cellular-band High Linearity Downconverter IF THRU IF IN GND GND 26 GND RF IN 27 25 24 23 22 GND 2 21 IF OUT IF Amp 20 GND RF Amp N/C 3 19 N/C IF Feedthru Path GND 4 18 GND LO Driver Amp IF THRU 5 GND 6 17 BIAS 16 GND RF/IF

Contextual Info: CV110-2A The Communications Edge TM Cellular-band High Linearity Downconverter IF THRU IF IN GND GND 26 GND RF IN 27 25 24 23 22 GND 2 21 IF OUT IF Amp 20 GND RF Amp N/C 3 19 N/C IF Feedthru Path GND 4 18 GND LO Driver Amp IF THRU 5 GND 6 17 BIAS 16 GND RF/IF

cv110-3af

Contextual Info: CV110-3A The Communications Edge TM Cellular-band High Linearity Downconverter IF THRU IF IN GND GND 26 GND RF IN 27 25 24 23 22 GND 2 21 IF OUT IF Amp 20 GND RF Amp N/C 3 19 N/C IF Feedthru Path GND 4 18 GND LO Driver Amp IF THRU 5 GND 6 17 BIAS 16 GND RF/IF

Contextual Info: CV110-1A The Communications Edge TM Cellular-band High Linearity Downconverter IF THRU IF IN GND GND 26 GND RF IN 27 25 24 23 22 GND 2 21 IF OUT IF Amp 20 GND RF Amp N/C 3 19 N/C IF Feedthru Path GND 4 18 GND LO Driver Amp IF THRU 5 GND 6 17 BIAS 16 GND RF/IF

Contextual Info: CV110-1A The Communications Edge TM Cellular-band High Linearity Downconverter IF THRU IF IN GND GND 26 GND RF IN 27 25 24 23 22 GND 2 21 IF OUT IF Amp 20 GND RF Amp N/C 3 19 N/C IF Feedthru Path GND 4 18 GND LO Driver Amp IF THRU 5 GND 6 17 BIAS 16 GND RF/IF

Contextual Info: CV110-1A The Communications Edge TM Cellular-band High Linearity Downconverter IF THRU IF IN GND GND 26 GND RF IN 27 25 24 23 22 GND 2 21 IF OUT IF Amp 20 GND RF Amp N/C 3 19 N/C IF Feedthru Path GND 4 18 GND LO Driver Amp IF THRU 5 GND 6 17 BIAS 16 GND RF/IF

Contextual Info: CV110-3A The Communications Edge TM Cellular-band High Linearity Downconverter IF THRU IF IN GND GND 26 GND RF IN 27 25 24 23 22 GND 2 21 IF OUT IF Amp 20 GND RF Amp N/C 3 19 N/C IF Feedthru Path GND 4 18 GND LO Driver Amp IF THRU 5 GND 6 17 BIAS 16 GND RF/IF