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TPS50601D-EVM Texas Instruments Evaluation Module for TPS50601-SP Synchronous Step-Down SWIFT Converter visit Texas Instruments
CLC5903VLA Texas Instruments RF/Microwave Up/Down Converter, RF/MICROWAVE DOWN CONVERTER, PLASTIC, QFP-128 visit Texas Instruments
LM3205TLX/NOPB Texas Instruments 650mA Miniature, Adjustable, Step-Down DC-DC Converter for RF Power Amplifiers 8-DSBGA -30 to 85 visit Texas Instruments
LM3208TL/NOPB Texas Instruments 650mA Miniature, Adjustable, Step-Down DC-DC Converter for RF Power Amplifiers 8-DSBGA -30 to 85 visit Texas Instruments Buy
LM3253TMX/NOPB Texas Instruments High Current Step Down DC/DC converter for 2G/3G/4G Power Amplifiers 16-DSBGA 0 to 0 visit Texas Instruments
LM3208TLX/NOPB Texas Instruments 650mA Miniature, Adjustable, Step-Down DC-DC Converter for RF Power Amplifiers 8-DSBGA -30 to 85 visit Texas Instruments

LNB down converter for Ku band

Catalog Datasheet MFG & Type PDF Document Tags

Foxcom

Abstract: Foxcom 7000m Supply 7000S Standby Power Supply 7000S Standby Power Supply HPA C or Ku Up Converter 7370R 7370T HPA C or Ku Up Converter 7370R 7370T C or Ku Down Converter 7370T , Power Supply HPA C or Ku Up Converter 7370R 7370T HPA C or Ku Up Converter 7370R 7370T C or Ku Down Converter 7370T 7370R Antenna Site Control Room , Fiberoptic Interfacility Link LNB VSAT Modulator 7370 - System Specifications RF Characteristics
Foxcom
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Foxcom Foxcom 7000m FOXCOM FIBEROPTIC TRANSMITTER 7000m LNB down converter for Ku band vsat modem 7000M 50/60H

ATF-35176

Abstract: INA-10386 devices that are available from HewlettPackard and are appropriate for use in the expanding Ku band LNB , manufactures Gilbert-cell-based silicon MMIC mixers. However, these devices are not appropriate for Ku band LNB , for use in Ku band LNAs. ATF-35076: 200 um PHEMT in ceramic 70 mil package with 0.8 dB NF, 10.0 dB GA , devices when coupled with a PHEMT front end. HP offers the following MESFETs for use in Ku band LNAS. ATF , The most common device for Ku band oscillator use is an inexpensive GaAs FET. In general, a lower
Hewlett-Packard
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ATF-35176 INA-10386 ATF-35576 ATF35176 ina10386 lnb downconverter schematic diagram AN1091 ATF-36163 5965-1235E AN1136 5966-2488E AN1139

UAF3000

Abstract: 9.75 GHz oscillator NXP fully integrated down converter (PLL synthesizer/ mixer/amplifier) TFF1004HN for satellite LNB Create a Ku-band DVB-S LNB for less, with higher reliability The TFF1004HN is an integrated downconvertor for use in Low Noise Block (LNB) convertors in a 10.7 GHz to 12.75 GHz Ku band satellite receiver , of complete LNB chipset P ­ XP UAF3000TS for supply and band/polarization N switching ­ XP BFU725F for 2nd LNA stage N 4 emo board available D Designed for use in the Low Noise Block (LNB
NXP Semiconductors
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HVQFN24 UAF3000 9.75 GHz oscillator lnb ku transistor k 975 ku-band pll lnb ku-band lnb satellite VQFN24 110-GH

LNB down converter for Ku band

Abstract: lnb ku operate within two frequency bands for TV/Broadband service broadcast signals, C Band and Ku Band. The C Band overall frequency spectrum is 4.0GHz to 8.0GHz, while the Ku Band overall frequency spectrum is , allocation. For example, the North American DBS system has categories assigned as follows: Ku Band high , ISL6421A Single LNB Controller with I2C Interface for Advanced Satellite Set-Top Box Designs , to 10.6GHz. C Band - LO frequency 9.75GHz Ku Band - LO frequency 10.6GHz · Miscellaneous functions
Intersil
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AN1161 ISL6421AEVAL1Z schematic diagram receiver satellite schematics power supply satellite receiver schematics c band satellite receiver schematics c band power supply satellite receiver USB-I2CIO schematic receiver parabola 925GH 425GH 910MH 2150MH 1/16W 68000-236-1X2

schematic diagram receiver satellite

Abstract: schematics c band power supply satellite receiver ISL6421, ISL6425 Single LNB Controllers with I2C Interface for Advanced Satellite Set-Top Box , signals, C Band and Ku Band. The C Band overall frequency spectrum is 4.0GHz -8.0GHz, while the Ku Band , assigned as follows, Ku Band high power downlink is 12.2GHz-12.7GHz and 17.3GHz-17.8GHz as the uplink , to 10.6GHz. C Band - LO frequency 9.75GHz Ku Band - LO frequency 10.6GHz · Miscellaneous functions , frequency to select one of multiple LNB's for dual-dish systems or physically rotating the antenna
Intersil
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AN1083 472K ceramic capacitor AN10831 zener smd diode 3.3v 1w lnb schematic diagram RESISTOR 22 1W S9001-ND ISL6425EVAL2

lnb ku

Abstract: schematic receiver parabola ISL6421 Single LNB Controller with I2C Interface for Advanced Satellite Set-Top Box Designs , TV/Broadband service broadcast signals, C Band and Ku Band. The C Band overall frequency spectrum is 4.0GHz - 8.0GHz, while the Ku Band overall frequency spectrum is 11.7GHz -18.0GHz. Within these bands , American DBS system has categories assigned as follows, Ku Band high power downlink is 12.2GHz ­12.7GHz , following functions: · Down conversion of the incoming signal from GHz range to the 910MHz -2150MHz (for
Intersil
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DN1050CT-ND 12.2ghz lnb ISL6421ER sei smd resistors simple 12v to 19v converter 12V DC to 19V dC converter schematic diagram ISL6421EVAL1 ISO9000

LNB down converter for Ku band

Abstract: 7000M Interfacility Link Sadna/graphic design 3/2000 Satellite Modem LNB C or Ku Down Converter 7070R , A typical application using System 7070 C or Ku Up Converter 7000M Chassis/ Power Supply , band Input/Output Impedance 75 Ohm (50 optional) Input/Output Return Loss 16 dB Carrier , BNC For longer distances contact Foxcom 70/140 MHz IF transmission Flat frequency response from , dB Power for Rackmount Chassis 110 or 220 VAC. 50/ 60Hz, Optical Return Loss 60 dBc (min
Foxcom
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7070T foxcom 7070R 13-002-04D

Satellite modem

Abstract: LNB down converter for Ku band sadna/graphic design 3/2000 System 7070D - IF Fiberoptic Interfacility Link HPA LNB C or Ku Up Converter 7000M Chassis/ Power Supply 7000S Standby Power Supply HPA 7000M Chassis/ Power Supply 7000S Standby Power Supply 7070DR C or Ku Up Converter 7070DR C or Ku Down Converter 7070DT Antenna Site 7070DT Fiber Satellite Modem RF Combiner , 10 - 200 MHz ± 0.2 dB/36 @ MHz, ±1.5 db @full band 75 Ohm (50 optional) 16 dB 60 dB @ 1MHz Bw / 5
Foxcom
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Satellite modem long range rf video transmitter multi mode optical fiber specs foxcom 7070DR 7070D-15 13-002-05C

microwave transceiver

Abstract: celeritek LNA , filters, couplers, and amplifiers for generating Band 4 and further outputs. The Power Conditioning and , Sub-Systems Ka-Band High Performance LNB This LNB is a standard unit designed to meet requirements for a Ka-band low noise block-converter (LNB) with a typical noise figure of 1.4 dB. Its input is in the band , cover L, C, X, Ku & Ka-Band agile converter applications This Synthesizer offers exceptional phase , the complete microwave solution Sub-Systems 30 KHz to 50 GHz Transceivers UP/Down Converters
Teledyne Microwave
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microwave transceiver celeritek LNA teledyne yig oscillator s- band Waveguide limiter L band upconverter KA LNB ka band 06-S-1942

MGFS45H2201G

Abstract: MGFS40H2201G Pout=31.5dBm *2 Pout=34.5dBm 6 Lineup for 12GHz -Band LNB Broadcast Satellite LNB ANT , Application Radio Link System Satellite Communication Space Craft DBS Down Converter TVRO Receiver , Band ~8 Freq.(GHz) ~X/Ku Band ~14.5 42 MGF0911A MGF0907B GF-21 MGF0909A 38 GF , SERIES FOR MICROWAVE-BAND HIGH POWER AMPLIFIERS L/S BAND HIGH POWER AMPLIFIERS L/S Band 1-2/2-4 Freq.(GHz) C Band 4-8 X Band 10.7-11.7 KU Band 14.0-14.5 50 MGFC47V Output Power
Mitsubishi
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MGF1907A MGF1403B MGFS45H2201G MGFS40H2201G sirio mgfc36v-a QVC12 MGF4953A MGF4941AL MGF4934AM MGF4931AM GD-16 MGF1908A
Abstract: The application is a Ku band Linear Block Up Converter for VSAT systems. The system requires an , example we present a fully integrated Ku band Phase Locked Loop (PLL) for 13.05 GHz. In this paper we , by mixing with an LO signal. The linear BUC for Ku band uses either 13.05 GHz (for standard range , ) for receiving the downlink signals and a Block Up Converter (BUC). In this article we discuss the , should be set to 200 MHz. Other values for the 12.8 GHz case can be found in Fig. 2. Mixer Band NXP Semiconductors
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RO4003
Abstract: Chain 1. LNB (Low-Noise Block Converter): This is the first device in the receiver signal chain for a , noise floor and dynamic range calculations for the last element, the analog-to-digital converter (ADC , mixer brings down the received RF signal to IF signal for ease in further processing like filtering , considered: A typical satellite set-top box has a low-noise block converter (LNB) at the Antenna front end which receives the Ku Band signal and down-converts it into an L-band or S-band signal to carry it over Texas Instruments
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SLAA652 ISO/TS16949
Abstract: '§ ï'§ ï'§ ï'§ ï'§ ï'§ ï'§ ï'§ ï'§ ï'§ 1.3 Applications ï'§ Ku band LNB converters for , Document information Info Content Keywords VSAT, Ku band, L-band, Down-Converter, LNB, Satellite , is an integrated, single-in/single out, down-converter for use in Low Noise Block (LNB) convertors in a 10.70 GHz to 12.75 GHz Ku band satellite receiver system. 1.2 Features and benefits Low , blocks of signals from Ku band (10.7GHz â'" 12.75GHz) to L-band (950MHz â'" 2150MHz) â'¢ The NXP Semiconductors
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AN11516 TFF1024 TFF1024HN 74LVC1GX04

parabolic dish circuit diagram

Abstract: atf 36163 Low Noise Amplifier maximum. System noise figure is set by the Low Noise Block Downconverter (LNB) that is placed at the feed of the parabolic reflector (dish). The LNB consists of a Low Noise Amplifier (LNA) followed by a converter that converts the Ku Band signals down to L Band for further signal processing. The LNA sets , Europe and the Far East where cable TV has a lesser hold on the TV viewing market. For the reception of present analog and future digital satellites in Europe, the Universal band from 10.7 to 12.75
Agilent Technologies
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ATF36163 parabolic dish circuit diagram atf 36163 Low Noise Amplifier Feedhorn ATF36077

parabolic dish circuit diagram

Abstract: lnb downconverter schematic diagram converter that converts the Ku Band signals down to L Band for for second and third stages of the LNA. However, for some applicafurther signal processing. The tions, the noise figure may be LNA sets the LNB , over the band. LNA Design The LNAs were designed using HP's TouchstoneTM for Windows and published , Europe and the Far East where cable TV has a lesser hold on the TV viewing market. For the reception of present analog and future digital satellites in Europe, the Universal band from 10.7 to 12.75 GHz has been
Hewlett-Packard
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LNB ku band

parabolic dish circuit diagram

Abstract: atf 36163 Low Noise Amplifier noise figure is set by the Low Noise Block Downconverter (LNB) that is placed at the feed of the parabolic reflector (dish). The LNB consists of a Low Noise Amplifier (LNA) followed by a converter that converts the Ku Band signals down to L Band for further signal processing. The LNA sets the LNB noise , Europe and the Far East where cable TV has a lesser hold on the TV viewing market. For the reception of present analog and future digital satellites in Europe, the Universal band from 10.7 to 12.75 GHz has
Avago Technologies
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phemt biasing ATF-36077 dc to 3 ghz lna application circuits a1 lna ATF-36077 ATF-36163 phemt

schematic diagram receiver satellite

Abstract: digital satellite receiver receiver from the LNB till the FEC. Figure 2 : Front-end Block Diagram QPSK CONTROLLER 6 LNA Band , noise amplification and band pass filtering - A frequency down-conversion, for each RF signal, the down converted frequency fCH is : fCH = fRF - fLO fLO : LNB local oscillator frequency (typ. values , derotator range : ± Fs/16 (ex : ± 1.7MHz for Fs = 27Mbauds). Consequently to scan the required band, the , . It induces slow drifts of the LNB frequency. To compensate for those drifts, a routine regularly
STMicroelectronics
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STV0196 digital satellite receiver satellite tuner schematic diagram sinewave tracking position decoder tuner tv if 36MHz VCO Og 27MHz vco

TC74SH04F

Abstract: satellite tuner schematic diagram frequency down-conversion, for each RF signal, the down converted frequency f CH is : fCH = fRF - fLO fLO , derotator range : ± Fs/16 (ex : ± 1.7MHz for Fs = 27Mbauds). Consequently to scan the required band, the , twice the symbol rate Fs. The recommanded converter is STV0190 (conversion speed till 60Mbps, and , control signals for the demultiplexer : - Error flag : Error - Packet clock : D/P - Synchro byte clock , of the front-end part of a satellite receiver from the LNB till the FEC. Figure 2 : Front-end Block
STMicroelectronics
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TC74SH04F 74f04 texas instruments schematic diagram receiver data circuit satellite STV0196B cable sattelite lnb analog tv

BA 7891 NG

Abstract: bts 2140 1b LNB IC CATV Doherty IQ RF RF RF RF 16 John Croteau , _ 1.2.1CATV ()_ 1.2.2CATV ()_ 1.3 _ 1.3.1 (NIM)_ 1.3.2 _ 1.3.3 (LNB)_ 1.3.4 (LNB)_ , 8 _ _ 2.2.1 CATV C _ 2.2.2 CATV 1 GHz GaAs _ 2.3 _ 2.3.1 LNA_ 2.3.2 LNB _ 2.3.3VSAT , ICs _ 3.4.1 RF MMIC _ 3.4.2 ICs_ 3.4.3 LNB RF ICs_ 3.4.4 VSAT LO _ 3.5 RF MOS _ 3.5.1JFETs , Generator Jitter Cleaner Data Converter RF Small Signal RF Power Micro Controller Tx Rx
NXP Semiconductors
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BA 7891 NG bts 2140 1b TFF1014 BLF4G08LS-160A bf1107 spice model BF862 spice model TEF6860HL TEF6862HL CGD942C CGD944C CGD982HCI CGD985HCI

AN99003

Abstract: HP85081B PHILIPS TDA8060 Zero IF QPSK down converter type for satellite tuners and a TSA5059 low phase noise , not stable. The reason for this is that the signal that is transmitted by the satellite in Ku- band , Abstract The OM5729 demo board features the PHILIPS TDA8060TS QPSK Zero-IF down converter IC, the , AN99018 Summary This Application note describes the TDA8060TS QPSK Zero-IF down converter IC, the , QPSK Zero-IF down converter IC, the TSA5059T low phase noise synthesizer IC and partly the TDA8083H
Philips Semiconductors
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BFG425W AN99003 HP85081B i2c tuner HP8508A tda8083 transistor BERQ SMD PR39233 R0603 R0805 BC848 TR100
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