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Part Manufacturer Description PDF & SAMPLES
SL10.105 Puls Gmbh AC-DC Power Factor Correction Module, 1 Output, 240W, Hybrid, PACKAGE-8
ML50.100 Puls Gmbh AC-DC Power Factor Correction Module, 1 Output, 50W, Hybrid, PACKAGE-8
ML15.121 Puls Gmbh AC-DC Regulated Power Supply Module, 1 Output, 15.6W, Hybrid, ROHS COMPLIANT, PACKAGE-8
CD5.121 Puls Gmbh DC-DC Regulated Power Supply Module, 115W
QS20.241 Puls Gmbh AC-DC Power Factor Correction Module, 1 Output, 480W, Hybrid, ROHS COMPLIANT, PLASTIC, PACKAGE-10
QS3.241 Puls Gmbh QS3.241

LNB down converter for Ku band

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: 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 vsat modem 7370 7000M 50/60H
Abstract: 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 lnb downconverter schematic diagram ATF-35576 ATF35176 ina10386 AN1091 ATF-36163 5965-1235E AN1136 5966-2488E AN1139
Abstract: 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 transistor k 975 ku-band pll lnb ku-band lnb satellite lnb ku VQFN24 110-GH
Abstract: 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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ISL6421AEVAL1Z schematic diagram receiver satellite USB-I2CIO schematics c band satellite receiver lnb schematic schematic receiver parabola meggitt resistors 925GH 425GH 910MH 2150MH 1/16W 68000-236-1X2
Abstract: 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 zener smd diode 3.3v 1w lnb schematic diagram RESISTOR 22 1W AN10831 S9001-ND ISL6425EVAL2
Abstract: 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 sei smd resistors simple 12v to 19v converter lnb analog tv line AMPLIFIER satellite ISL6421EVAL1 ISO9000
Abstract: 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
Abstract: 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
Abstract: , 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 MMIC L band to Ku converter 06-S-1942
Abstract: 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 QVC12 mgfc36v-a 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
Abstract: 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
Abstract: 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
Abstract: 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 ATF-36163 phemt ATF-36077 a1 lna
Abstract: 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 tuner tv if 36MHz VCO Og sinewave tracking position decoder 27MHz vco
Abstract: 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 STV0196B 74f04 texas instruments mmab cable sattelite 74F04
Abstract: 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 RF transceiver 802.11AC TEF6860HL TEF6862HL CGD942C CGD944C CGD982HCI CGD985HCI
Abstract: 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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HP85081B AN99003 i2c tuner HP8508A tda8083 transistor BERQ SMD PR39233 R0603 R0805 BC848 BFG425W TR100
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