HIGH CAPACITANCE VARACTOR 1NF AM Search Results

LTC1429

Abstract: LTC1340 LTC1261 LTC1340CMS8 LTC1340CS8 LTC1550 LTC1551
Contextual Info: LTC1340 Low Noise, Voltage-Boosted Varactor Driver U DESCRIPTION FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ The LTC 1340 is a varactor diode driver designed to generate 5V varactor drive from a single 3V or higher voltage supply. It includes a low noise amplifier with an internal gain of 2.3

ic number of varactor diode

Abstract: LTC1340 LTC1429 varactor diode capacitance measurement CA 1340 symbol of varactor diode and equivalent circuit LTC1261 LTC1340CMS8 LTC1340CS8 LTC1550
Contextual Info: LTC1340 Low Noise, Voltage-Boosted Varactor Driver NOT RECOMMENDED FOR NEW DESIGNS Contact Linear Technology for Potential Replacement U DESCRIPTION FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ The LTC 1340 is a varactor diode driver designed to generate

LTC1340

Abstract: LTC1429
Contextual Info: LTC1340 Low Noise, Voltage-Boosted Varactor Driver OBSOLETE: FOR INFORMATION PURPOSES ONLY Contact Linear Technology for Potential Replacement U DESCRIPTION FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ The LTC 1340 is a varactor diode driver designed to generate

LTC1340

Abstract: LTC1429
Contextual Info: u i LTC134Q m TECHNOLOGY Low N oise, V o lta g e -B o o ste d V a ra c to r Driver F€flTUR€S D€SCRIPTIOf • G ene rate s 5V Varactor Drive from a 3 V Supply ■ Wide Supply Voltage Range: 2.7V to 6V ■ Req uires O n ly Three Extern al Com ponents

Philips varicap

Contextual Info: SP5658 2.7GHz 3-Wire Bus Controlled Frequency Synthesiser Advance Information DS4064 The SP5658 is a single chip frequency synthesiser designed for tuning systems up to 2.7GHz. The RF preamplifer contains a divide by two prescaler which can be disabled for applications up to 2GHz so enabling

varactor APPLICATION

Abstract: DS4064 MP14 SP5658 SP5658F SP5658S SP5659
Contextual Info: SP5658 2.7GHz 3-Wire Bus Controlled Frequency Synthesiser Advance Information Supersedes October 1996 Media IC Handbook HB3923-2 CHARGE PUMP 1 14 DRIVE V EE CRYSTAL SP5658F The SP5658 is a single chip frequency synthesiser designed for tuning systems up to 2.7GHz.

Contextual Info: SP5658 PACKAGE DETAILS Dimensions are shown thus: mm in . For further package information please contact your local Customer Service Centre. 8.56/8.75 (0.337/0.344) 14 SPOT REF CHAMFER REF 1.35/1.91 (0.053/0.075) 0.18/0.25 (0.007/0.010) 0.25/0.51 3.80/4.00

Contextual Info: MICRF501 Micrel MICRF501 300MHz to 600MHz RadioWire RF Transceiver Final A two pin serial interface is used to program the circuit. External components are necessary for RF input and output impedance matching and decoupling of power. Other external components are the VCO resonator circuit with varactor,

DS3842

Abstract: vp213 SL1710 PCA916 VP215 VP216 SK342 1MHz VCO
Contextual Info: SL1710 Quadrature Downconverter Preliminary Information DS3842 ISSUE 4.1 The SL1710 is a quadrature downconverter, intended for use with both Professional and Consumer Digital Satellite Applications. The device contains high linearity, low noise amplifiers,

A 434 RF Receiver TRANSMITTER PAIR

Abstract: gyrator impedance modem MA4P limiter large capacitance varactor 1nF design of wireless data modem using fsk modulation
Contextual Info: MICRF501 Micrel MICRF501 300MHz to 600MHz RadioWire RF Transceiver Final General Description The MICRF501 is a single chip tranceiver intended for ISM Industrial, Scientific and Medical and SRD (Short Range Device) frequency bands from 300MHz to 600MHz with FSK

design of wireless data modem using fsk modulation

Abstract: c101-3 antenna gyrator impedance modem large capacitance varactor 1nF A 434 RF Receiver TRANSMITTER PAIR BAR63 C101 C102 433MHZ dual-loop antenna MA4ST350
Contextual Info: MICRF501 Micrel MICRF501 Single Chip Transceiver, 300MHz to 500MHz Final General Description A two pin serial interface is used to program the circuit. External components are necessary for RF input and output impedance matching and decoupling of power. Other external components are the VCO resonator circuit with varactor,

BB811

Abstract: 1T379 DS4955 SL1925 schematic diagram satellite converter 4 way rf splitter ic
Contextual Info: SL1925 Satellite Zero IF QPSK Tuner IC Preliminary Information DS4955 Features ● ● ● ● ● ● ● ● ● Single chip system for direct quadrature down conversion from L-band High signal handling capability for minimum external component count application, requires

1T379

Abstract: BB811 DS4955 SL1925
Contextual Info: SL1925 Satellite Zero IF QPSK Tuner IC Preliminary Information DS4955 Features ● ● ● ● ● ● ● ● ● Single chip system for direct quadrature down conversion from L-band High signal handling capability for minimum external component count application, requires

1T379

Abstract: BB811 DS4955 SL1925
Contextual Info: SL1925 Satellite Zero IF QPSK Tuner IC Preliminary Information DS4955 Features ● ● ● ● ● ● ● ● ● Single chip system for direct quadrature down conversion from L-band High signal handling capability for minimum external component count application, requires

SL1925E

Abstract: DS4955 SL1925 1T379 BB831 Capacitance Varactor Diode KV 4 way rf splitter ic fc-146 4-WAY L-band active splitter
Contextual Info: SL1925 Satellite Zero IF QPSK Tuner IC Preliminary Information DS4955 Issue 3.0 Features ● ● ● ● ● ● ● ● ● Single chip system for direct quadrature down conversion from L-band High signal handling capability for minimum external component count application, requires

1T379

Abstract: BB811 DS4955 SL1925
Contextual Info: SL1925 Satellite Zero IF QPSK Tuner IC Preliminary Information DS4955 Features ● ● ● ● ● ● ● ● ● Single chip system for direct quadrature down conversion from L-band High signal handling capability for minimum external component count application, requires

Contextual Info: SP5659 PACKAGE DETAILS Dimensions are shown thus: mm in . For further package information please contact your local Customer Service Centre. 9.80/.01 (0.386/0.394) 16 SPOT REF CHAMFER REF 0.18/0.25 (0.007/0.010) 0.25/0.51 5.80/6.20 (0.010/0.020) 3.80/4.00

BB535

Abstract: SSOP16 TH7107
Contextual Info: TH7107 315/433MHz FSK/FM/ASK Transmitter Features ! Fully integrated, PLL-stabilized VCO ! Flexible frequency range from 310 MHz to 480 MHz ! FSK through crystal pulling allows modulation from DC to 20 kbit/s ! High deviation possible for wideband data transmission

Contextual Info: SP5669 2.7GHz I2C Bus Controlled Synthesiser Preliminary Information DS4852 Features • • • • • • • • • • Complete 2.7GHz single chip system Compatible with UK DTT offset requirements Optimised for low phase noise Selectable divide by two prescaler

BCW31

Abstract: SP5658 SP5659 SP5669
Contextual Info: SP5669 2.7GHz I2C Bus Controlled Synthesiser Preliminary Information DS4852 Features • • • • • • • • • • Complete 2.7GHz single chip system Compatible with UK DTT offset requirements Optimised for low phase noise Selectable divide by two prescaler

Contextual Info: MICRF500 Micrel MICRF500 700MHz to 1.1GHz RadioWire RF Transceiver Final General Description A two pin serial interface is used to program the circuit. External components are necessary for RF input and output impedance matching and decoupling of power. Other external components are the VCO resonator circuit with varactor,

SMP1320-079

Abstract: crystal oscillator 850mhz gyrator impedance modem gyrator Alpha Industries pin diodes
Contextual Info: MICRF500 Micrel MICRF500 700MHz to 1.1GHz RadioWire RF Transceiver Final General Description The MICRF500 is a single chip UHF transceiver designed for spread spectrum communication FHSS intended for ISM (Industrial, Scientific and Medical) and SRD (Short Range

Contextual Info: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS FEBRUARY 1997 ADVANCE INFORMATION D.S. 3920 3.3 SP5610 1.3GHz BI–DIRECTIONAL I2C BUS CONTROLLED SYNTHESISER Supersedes edition in 1996 Media IC Handbook, HB4599–1.0

Contextual Info: For:mbh Printed on:Wed, Jul 17, 1996 15:29:36 Document:SP5655 Last saved on:Wed, Jul 17, 1996 12:38:37 JULY 1996 ADVANCE INFORMATION D.S. 3743 4.3 SP5655 2.7GHz BI–DIRECTIONAL I2C BUS CONTROLLED SYNTHESISER Supersedes edition in 1995 Media IC Handbook