PLESSEY MIXER Search Results

TDA2085A

Abstract: EDX1000 transistor 700w amplifier circuit diagram TDA2085 closed loop universal motor SPEED
Contextual Info: PLESSEY SEMICONDUCTORS 15 7220513 PLESSEY SEMICONDUCTORS System Design . Throughout this section, component references are those shown on the Reference System Circuit Diagram, Fig.4. OPEN LOOP OPERATION The simplest method of motor speed control using

3 pin 3296 Variable Resistor

Abstract: "Varactor Diodes" AM MODULATOR MP20 330N capacitor GEC PLESSEY varactor diode AM video balun 2N3904 BB405
Contextual Info: SL5067 HEADQUARTERS OPERATIONS GEC PLESSEY SEMICONDUCTORS Cheney Manor, Swindon, Wiltshire United Kingdom SN2 2QW. Tel: 0793 518000 Fax: (0793) 518411 GEC PLESSEY SEMICONDUCTORS P.O. Box 660017 1500 Green Hills Road, Scotts Valley, California 95067–0017,

high capacitance varactor 1nF AM

Abstract: BB405
Contextual Info: SL5067 HEADQUARTERS OPERATIONS GEC PLESSEY SEMICONDUCTORS Cheney Manor, Swindon, Wiltshire United Kingdom SN2 2QW. Tel: 0793 518000 Fax: (0793) 518411 GEC PLESSEY SEMICONDUCTORS P.O. Box 660017 1500 Green Hills Road, Scotts Valley, California 95067–0017,

SL680 Plessey

Abstract: SL680 SP8921 crystal filter 10.695mhz SP8922 "frequency comparator" SP8923 27255 plessey sp
Contextual Info: PLESSEY CB C IR C U IT S SEMICONDUCTORS 4 0 - CHANNEL CITIZENS' BAND SYNTHESISER 1C SETS SP8922 L SP8921 BINARY JL Recognising the different requirements of citizens' band transceiver manufacturers, Plessey Semiconduc­ tors have developed a range of integrated circuits for

ds4004

Abstract: S4056 AN4533
Contextual Info: w t GEC PLESSEY OCTOBER 1996 StMIC.ONUUC.TORS 0 S 4 0 5 6 - 3.4 GP2010 GLOBAL POSITIONING SYSTEM RECEIVER RF FRONT END Supersedes edition in August 1996 Global Positioning Products Handbook, HB4305-1.0 The GP2010 is GEC Plessey Semiconductors’ second generation RFFront-endforGlobal Positioning System (GPS)

plessey mixer

Abstract: 01E0 oac oscillator SL6654 plessey radio Plessey semiconductors Linear Integrated circuit
Contextual Info: PLESSEY SEM IC OND UC TO RS Gl 7220513 7520513 00075ticl 3 0 1E 0 7 5 6 9 PLESSEY SEMICONDUCTORS T-77-05-CP7 A PSem L Eiconductors SSEY • W ADVANCE INFORMATION SL6654 LOW POWER IF/AF CIRCUIT FOR FM CELLULAR RADIO The SL6654 is a complete single chip mixer/oscillator, IF

AN4364

Abstract: plessey gps receiver ST GEC 41
Contextual Info: P^pi GEC PLESSEY Octobers S E M I C O N D U C T O R S DS4056 •3.4 GP2010 GLOBAL POSITIONING SYSTEM RECEIVER RF FRONT END Supersedes edition in August 1996 Global Positioning Products Handbook, HB4305-1.0 The GP2010 is GEC Plessey Semiconductors' second

Contextual Info: Si GEC PLESSEY S I M I C O l\ t> U C T l H S DS4056 • 2.5 GP2010 GLOBAL POSITIONING SYSTEM RECEIVER RF FRONT END The GP2010 is GEC Plessey Semiconductors' second generation RF Front-end for Global Positioning System GPS) receivers. The GP2010 uses many innovative design

MC1590

Abstract: PLESSEY Replacement
Contextual Info: GEC PLESSEY SEMICONDS 43E D H 37bflS2E 'T v7cf'Oct-0\ GEC PLESSEY IS E M IC ONDUCT OR S I SL6140 400MHz WIDEBAND AGC AMPLIFIER Supersedes edition in Septem ber 1988 Linear 1C Handbook The SL6140 is an integrated broadband AGC amplfier, designed on an advanced 3-micron all implanted bipolar

Contextual Info: GEC PLESSEY U È JANUARY 1997 S E M I C O N D U C T O R S DS4290-2.3 ACE9050 SYSTEM CONTROLLER AND DATA MODEM The ACE9050 provides the control and interface functions needed for AMPS or TACS analog cellular handsets. The device has been designed using GEC Plessey Semiconductors

saw oscillator 300MHz

Abstract: TDA5030A TDA5030 vHF amplifier DIAGRAM single tuned amplifier uhf filter VHF ground plane double sided pcb 75H-0 TDAS030A
Contextual Info: PLESSEY 15E SEMICONDUCTORS D 75H0S13 000^573 4 PLESSEY Semiconductors. T -'? 7-07-0 S TDA5030A TV VHF MIXER OSCILLATOR/UHF IF PREAMPLIFIER/IF AMPLIFIER The T D A 5 0 3 0 A is d e sign e d for use w ith in a UHF/VHF TV tuner and consists of a VH F local oscillator, a VHF mixer, a UHF IF preamplifier and

SP5060

Abstract: oscillator plessey
Contextual Info: PLESSEY SEMI CONDU CT OR S 12E D 7220513 OODiSSb 4 PLESSEY S e m ic o n d u c to rs . T-50-O°l SP5060 2.0GHz FIXED M ODULUS FREQUENCY SYNTHESISER The SP5060 is for use in outdoor head end units of satellite TV receivers and together with an appropriate

MOTOROLA INSTANT GPS DESIGN GUIDE

Contextual Info: GEC PLESSEY SEMICONDS S i b2E D m 37hö522 □□171AD 520 « P L S B GEC PLESSEY JULY 1993 SEM IC O ND UC TO RS PRELIMINARY INFORMATION DS3605-1.3 GP1020 SIX-CHANNEL PARALLEL CORRELATOR CIRCUIT FOR GPS OR GLONASS RECEIVERS The GP1020 is a six-channel CMOS digital correlator which

Contextual Info: NOV SO 1Ç92 GEC PLESSEY S I o c t o b e r i 992 PRELIMINARY INFORMATION S E M I C O N D U C T O R S DS3076-2.4 GP1010 GLOBAL POSITIONING RECEIVER FRONT END The GP1010 is GEC Plessey Semiconductors' first generation product for the Global Positioning by Satellite

EHIC 110

Abstract: plessey application note an 112 Plessey semiconductors Linear Integrated circuit SL550GD sds1b wideband linear amplifier SL550 plessey radar plessey mixer a/plessey sl550
Contextual Info: P L ES S E Y~S EHIC ONI UCTOR S~TS 7220513 PLESSEY d Ë | 722ÜS13 aQGb35 jT T ~ | “ S E M IC O N D U C T O R S 95D 06351 PLESSEY D r-7¥-o9*/ Sem iconductors SL550G LOW NOISE W IDEB AND AMPLIFIER W ITH EXTERNAL GAIN CONTROL The SL550 is a silicon integrated circuit designed for use

Contextual Info: • 37bfl522 QGlfiHbfl w MPLSB GEC PLESSEY SEMICONDUCTORS DC1524 SILICON SCHOTTKY J-BAND MICROSTRIP LID MIXER DIODES DESCRIPTION APPLICATIONS This general purpose diode available in the microstrip package is suitable for applications requiring high performance

SL6637

Abstract: second order low pass filter advantage and disadvantages HF inverter circuit schematic diagram single phase inverter circuit schematic diagram digital control of 3 phase inverter schematic diagram with phase feedback ultrasonic fsk Receiver plessey radio
Contextual Info: P L E S S E Y SEnrcÔNDÛCTORS 01 DE I 7 2 2 0 S 1 3 D0 0 7 S 4 7 0 1E 0 7 5 4 7 7 2 2 0 5 1 3 PLESSEY SEMICONDUCTORS 4 D -r-77-05-05 PLESSEY ADVANCE INFORMATION S e m ic o n d u c to rs . SL6637 DIRECT CONVERSION FSK RECEIVER The SL6637 is a lower power direct conversion radio

Contextual Info: PBffll gec plessey DS3350-1.3 DA1512 DOUBLE BALANCED MIXER The DA1512 is a double balanced mixer using ferrite baluns and matched diode quads giving exceptional isolation and improved IMD performance. FEATURES Broad Band • Low Conversion Loss ■ High Isolation

Contextual Info: PSHGEC plessey D S3343-13 DA1392 MILLIMETRE WAVE BALANCED MIXER The DA1392 is a Millimetre Wave Balanced Mixer. FEATURES • 90 to 98GHz Coverage Available ELECTRICAL CHARACTERISTICS @ 25°C P aram eter Signal Frequency Range Signal Bandwidth IF Range Conversion Loss

Contextual Info: PBti g e c plessey DC1860 PLANAR DOPED BARRIER W BAND MICROSTRIP COPLANAR MIXER DIODE Planar doped barrier PDB coplanar mixer diodes represent a major advancement in mixer/detector technology. These diodes otter good conversion loss at low local oscillator

Contextual Info: 37bfl522 GQlàMbb fl^Q « P L S B Si GEC PLESSEY SEMICONDUCTORS DC1523/28/29 SILICON SCHOTTKY C-BAND MICROSTRIP LID MIXER DIODES DESCRIPTION APPLICATIONS This general purpose diode available in the microstrip package is suitable for applications requiring high performance

Contextual Info: GEC PLESSEY CT3510-1.2 DC1301/01C & DC1332/33 GaAs SCHOTTKY X-BAND MICROSTRIP MIXER DIODES These diodes are used in mixer applications requiring a better noise figure than can be acheived with silicon diodes and as sensitive broadband detectors at high microwave

Contextual Info: P ^pi GEC PLESSEY DC1331 GaAs SCHOTTKY X-BAND WAVEGUIDE INTEGRAL LIMITER MIXER DIODE This diode is used in detector applications requiring a better noise figure than can be acheived with silicon diodes and as a sensitive broadband detector at high microwave

Contextual Info: P^pi GEC PLESSEY DC1505/07 SILICON SCHOTTKY S-BAND WAVEGUIDE MIXER DIODES DESCRIPTION APPLICATIONS This general purpose diode available in the microstrip package is suitable for applications requiring high performance mixers. These diodes can be supplied in matched pairs by the