1MHZ CRYSTAL OSCILLATOR 4 PIN Search Results

Contextual Info: Crystek Corporation CXOHD4 / CXOHVD4 Model 4 Pin SMD, 3.3V & 5V, HCMOS/TTL Temperature Compensated Crystal Oscillator 1MHz to 38MHz ± 1ppm to ± 5ppm Voltage Trim Option Available ± 0.5ppm Max ± 0.3ppm Max -40°C to 85°C -55°C to 120°C 3.3V or 5V ± 5%

MK5009

Abstract: MK5009n MK5002 MK5002p MK5005P SCL4009 ci 74192 MK5005 generator 1 hz MOSTEK ROM
Contextual Info: MOSTEK. INDUSTRIAL PRODUCTS Counter Time-Base Circuit M K 50 0 9 N /P FEATURES □ Ion-implanted for full TTL/DTL compatibility □ Internal clock operates from: External signal External RC network External crystal □ Operates dc to above 1 MHz PIN CONNECTIONS

em78f651nd18j

Abstract: EM78F651N ICE652N 8304MHZ EM78F651NSO18J P61 SMD 78F651N smd code p61 EM78F651NSS10J IP address 14pin
Contextual Info: EM78F651N 8-Bit Microcontroller EM78F651N Errata document Specification Revision History Doc. Version Revision Description Date 1.0 Initial version 2006/09/20 1.1 1. Modified the General Description, Pin Assignment and Features sections. 2. Added green product information.

a505a

Abstract: 1MHz crystal Oscillator 4 pin TAITIEN OF
Contextual Info: TAITIEN 2008 Our Performance, Your Reputation OF Type Crystal Oscillator RoHS Compliant Optional FEATURE 1. 2. 3. 4. 5. 6. 7. Typical 20.4 x 12.8 × 5.0 mm standard package. Compatible with 14-Pin dual in line. CMOS circuit TTL/CMOS compatible. Hermetically sealed metal case and high reliability.

Contextual Info: IQD Frequency Products Oscillator Specification Incorporating IQD FOQ GmbH Model: CFPP-307 ISSUE 9; August 2012 - RoHS 2011/65/EU Description PLL based, one time only factory programmable for a fast lead time Crystal oscillator in a hermetically sealed 14-pin DIL package

8640C

Abstract: 8640A K6003
Contextual Info: SARONIX ?□ Technical Data SaRonix ; l n y m p h 8003329 500332^ QDDD04E T SARONI X CO 70C 0 0 0 4 2 D T -5 & -2 3 8640 Series Programmable Clock Pulse Generator DESCRIPTION The 8640 Series is a hybrid 1C composed of C-MOS 1C and a crystal oscillator packed in a conventional 16 pin DIP package.

IQXO-35

Contextual Info: IQD Frequency Products Oscillator Specification Incorporating IQD FOQ GmbH Model: CFPP-149 ISSUE 9; August 2012 - RoHS 2011/65/EU Description PLL based, one time only factory programmable for a fast lead time Crystal oscillator in a hermetically sealed 14-pin DIL package

PL500 tube

Abstract: TUBE PL500 PL500-16SC-R PL500 PL500-15SC-R b16 SOT23-6
Contextual Info: PL500-15/16 Low Phase Noise VCXO 1MHz to 18MHz FEATURES •   XIN 1 VCON 2 DIVSEL^ 3 GND 4 8 XOUT 7 OE^ 6 VDD 5 CLK SOP-8L VCON 1 GND 2 XIN 3 PL500-15/16        VCXO with Divider Selection (DIVSEL) input pin  PL500-15: ÷8, ÷16

PL500 tube

Abstract: PL500-16SC-R PL500 tube pl500 PL500-16
Contextual Info: PL500-15/16 Low Phase Noise VCXO 1MHz to 18MHz FEATURES •   XIN 1 VCON 2 DIVSEL^ 3 GND 4 8 XOUT 7 OE^ 6 VDD 5 CLK SOP-8L VCON 1 GND 2 XIN 3 PL500-15/16        VCXO with Divider Selection (DIVSEL) input pin  PL500-15: ÷8, ÷16

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0549B Rev. A Frequency Selectable Differential Sine Wave SY-A6A70 Series Description The SY-A6A70 Series of quartz crystal oscillators provides a Frequency Selectable Differential Sine Wave signal. The oscillator frequency is set by the voltage applied to the frequency select pin. The two selectable

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0549B Rev. - Frequency Selectable Differential Sine Wave SY-A6A70 Series Description The SY-A6A70 Series of quartz crystal oscillators provides a Frequency Selectable Differential Sine Wave signal. The oscillator frequency is set by the voltage applied to the frequency select pin. The two selectable

p521

Abstract: p521 pdf file marking P521 P521-23 P521-23DC P521-23OC P521-23OC-R
Contextual Info: P521-23 Low Phase Noise PECL VCXO 100MHz to 200MHz PAD ASSIGNMENT AND DESCRIPTION Pin # Name 1 OSCOFFSEL 2 GNDOSC 3 VCON 4 XIN Description Oscillator Off Selection input pad. When low, turns off the oscillator when output is disabled. When high (default), oscillator running when output is disabled.

type of sot23 pack diodes

Abstract: PLL500-16 PLL500-15 PLL500-15DC PLL500-15SC c500a
Contextual Info: Preliminary Low Phase Noise VCXO (1MHz to 18MHz) FEATURES •   XIN 1 VCON 2 DIVSEL^ 3 GND 4 8 XOUT 7 OE^ 6 VDD 5 CLK SOP-8L XOUT 1 VDD 2 CLK 3 P500-15/16        VCXO with Divider Selection (DIVSEL) input pin  PLL500-15: ÷8, ÷16

Contextual Info: Preliminary Low Phase Noise VCXO (1MHz to 18MHz) FEATURES •   XIN 1 VCON 2 DIVSEL^ 3 GND 4 8 XOUT 7 OE^ 6 VDD 5 CLK SOP-8L VCON 1 GND 2 XIN 3 P500-15/16        VCXO with Divider Selection (DIVSEL) input pin  PLL500-15: ÷ 8, ÷ 16

SY-A6A70

Contextual Info: CRYSTAL CLOCK OSCILLATORS Frequency Selectable Differential Sine Wave Data Sheet 0549B Rev. B SY-A6A70 Series Description The SY-A6A70 Series of quartz crystal oscillators provides a Frequency Selectable Differential Sine Wave signal. The oscillator frequency is set by the voltage applied to the frequency select pin. The two selectable

NDK ENA3523A

Abstract: ENA3523A NDK ENA3560A
Contextual Info: RFMD2081 45MHz to 2700MHz IQ MODULATOR WITH SYNTHESIZER/VCO RFMD2081 Preliminary 45MHz TO 2700MHz IQ MODULATOR WITH SYNTHESIZER/VCO Package: QFN, 32-Pin, 5mm x 5mm Features         RF Output Frequency Range 45MHz to 2700MHz Fractional-N Synthesizer with

a1111

Abstract: transistor A1111 PLL500-15 PLL500-15DC PLL500-15SC PLL500-16 P5001
Contextual Info: Preliminary PLL500-15/16 Low Phase Noise VCXO (1MHz to 18MHz) PIN CONFIGURATION FEATURES • 1 VCON 2 DIVSEL^ 3 GND 4 8 XOUT 7 OE^ 6 VDD 5 CLK SOIC-8 XOUT 1 VDD 2 CLK 3 P500-15/16 • • • • • • • XIN PLL500-15/16 • • • VCXO with Divider Selection (DIVSEL) input pin

Contextual Info: 03 H A R R HS-82C85RH IS S E M I C O N D U C T O R D ecem ber 1992 Radiation Hardened CMOS Static Clock Controller/Generator Pinout Features • Radiation Hardened - Total Dose > 1 0s RAD Si - Transient Upset > 10s RAD(Siys - Latch U p Free EPI-CMOS - Functional A fter Total Dose 1 x 10s RAD(SI)

HC49

Abstract: QFP64 GOAL SEMICONDUCTOR
Contextual Info: VMX1020-C16/I16 VERSA MIX System Design Notes Description This application note is intended to provide hands-on information about the hardware requirements for a VERSA MIX based system. VMX1020 Pin configuration The VMX1020 is available in standard QFP64 package.

Eaton S3 700

Abstract: ican-6086 Frequency Generator 10kHz HA7210IP HA7210 AN9317 mx-38 HA7210IB HA7210Y CLOCK GENERATOR 100kHZ
Contextual Info: HA7210 S E M I C O N D U C T O R Low Power Crystal Oscillator December 1993 Features Description • Single Supply Operation@ 32kHz . . . . . . . 2.0V to 7.0V The HA7210 is a very low power crystal-controlled oscillator that can be externally programmed to operate between

NDK ENA3523A

Abstract: ENA3560A ENA3523A NDK ENA3560A RFMD2080SR Synthesizer VCO 250 to 1300MHz 52MHZ NDK RFMD2080SQ rfmd2080 ndk crystal oscillator 1400
Contextual Info: RFMD2080 45 MHz to 2700MHz IQ MODULATOR WITH RFMD2080 Preliminary 45MHz TO 2700MHz IQ MODULATOR WITH SYNTHESIZER/VCO & BASEBAND INTERFACE Package: QFN, 32-Pin, 5mm x 5mm Features          RF Output Frequency Range 45MHz to 2700MHz

PLL VCO MIL-PRF-38535

Contextual Info: Standard Products UT7R995 & UT7R995C RadClockTM 2.5V/3.3V 200MHz High-Speed Multi-phase PLL Clock Buffer Datasheet July 2012 power supply levels. The ternary PE/HD pin controls the synchronization of output signals to either the rising or the falling edge of the reference clock and selects the drive strength of the

Contextual Info: Standard Products UT7R995 & UT7R995C RadClockTM 2.5V/3.3V 200MHz High-Speed Multi-phase PLL Clock Buffer Datasheet August 2013 power supply levels. The ternary PE/HD pin controls the synchronization of output signals to either the rising or the falling edge of the reference clock and selects the drive strength of the

Contextual Info: PhaseLink Application Note Replacing Crystals and Oscillators Doc ID: PAN0704111 Author: Eddy van Keulen Date: 11-Apr-07 One PhaseLink IC can replace multiple crystals or oscillator modules. However, some care has to be taken about connecting the PhaseLink IC output to the target crystal pin or CMOS input. This application