50 HZ CRYSTAL OSCILLATOR Search Results

MM5368N

Abstract: MM5368 50 hz Oscillator
Contextual Info: National Semiconductor MM5368 CMOS Oscillator Divider Circuit General Description Features The MM5368 is a CMOS integrated circuit generating 50 or 60 Hz, 10 Hz, and 1 Hz outputs from a 32 kHz crystal 32,768 Hz . For the 60 Hz selected output the input time

MM5368N

Abstract: MM5368
Contextual Info: s tß National s Ol Semiconductor. MM53G8 CMOS Oscillator Divider Circuit General Description Features The MM5368 is a CMOS integrated circuit generating 50 or 60 Hz, 10 Hz, and 1 Hz outputs from a 32 kHz crystal 32,768 Hz . For the 60 Hz selected output the input time

MM5368N

Abstract: 5368N MM5368 60Hz-mode
Contextual Info: National MM5368 tß Semiconductor MM5368 CMOS Oscillator Divider Circuit General Description Features The MM 5368 is a CM OS integrated circuit generating 50 or 60 Hz, 10 Hz, and 1 Hz o utputs from a 32 kHz crystal 32,768 Hz . For the 60 Hz selected output the input time

10K variable resistor

Abstract: pin configuration 10K variable resistor ocxo33 OCXO-3333
Contextual Info: OVEN CONTROLLED CRYSTAL OSCILLATOR OCXO-3333 FEATURE • • Wide frequency range Custom Options available Table 1 Stability Codes Frequency Stability Codes 10 MHz Sine Output 0 to +50° C B 0 to +60° C 1 Hz Offset - 80 dBc/Hz 0 to +70° C 10 Hz Offset

Contextual Info: TECHNICORP/ GREENRAY - „, , , ^ 57E D • 0 0 ^ 1 ^ 5 3 OQQQSia? 3 B 7*- £ Q - % ? > j;iNDU$TRlESt JNC, CRYSTAL OSCILLATORS CRYSTAL OSCILLATORS 50 Hz to 25 MHz TTL OUTPUT ±.005% SPECIFICATIONS: Frequency range: 50 H z to 25 M H z Frequency stability over tem perature range:

Contextual Info: a DSP Microcomputer ADSP-2171/ADSP-2172/ADSP-2173 FEATURES 30 ns Instruction Cycle Time 33 M IPS from 16.67 M Hz Crystal at 5.0 V 50 ns Instruction Cycle Time (20 M IPS) from 10 M Hz Crystal at 3.3 V ADSP-2100 Family Code & Function Compatible w ith New Instruction Set Enhancements for Bit M anipulation Instructions, M ultiplication Instructions, Biased

vectron co 233

Abstract: co-233
Contextual Info: Sinewave50H Z-2.6 GHz FEATURES • Frequency from 50 Hz to 2.6 GHz ■ Stability to 1x10~6 ■ Low phase noise ■ PC board, hybrid DIP and chassis mount models 25 Sinewave Crystal Oscillators - 4 MHz to 500 M H z -►

MNBV22

Abstract: DTT11 scvb SCT12 axc3 MNVB22 DTT20 axc1 mna120 SCT13
Contextual Info: ISL12032 Real Time Clock with 50/60 Hz clock and Crystal Backup Data Sheet February 15, 2008 Low Power RTC with Battery Backed SRAM and 50/60 Cycle AC Input and Xtal Back-up The ISL12032 device is a low power real time clock with 50/60 AC input for timing synchronization. It also has an

axc1

Abstract: ISL12032 ISL12032IVZ TB347 TB379 axc5 DTA112 DWA10
Contextual Info: ISL12032 Real Time Clock with 50/60 Hz clock and Crystal Backup Data Sheet December 14, 2007 Low Power RTC with Battery Backed SRAM and 50/60 Cycle AC Input and Xtal Back-up The ISL12032 device is a low power real time clock with 50/60 AC input for timing synchronization. It also has an

DWA10

Abstract: MNBV22 axc4 ISL12032 ISL12032IVZ TB347 TB363 TB379 axc3 SCA-12
Contextual Info: ISL12032 Real Time Clock with 50/60 Hz clock and Crystal Backup Data Sheet May 5, 2011 Low Power RTC with Battery Backed SRAM and 50/60 Cycle AC Input and Xtal Back-up The ISL12032 device is a low power real time clock with 50/60 AC input for timing synchronization. It also has an

Contextual Info: ISL12032 Real Time Clock with 50/60 Hz clock and Crystal Backup Data Sheet May 5, 2011 Low Power RTC with Battery Backed SRAM and 50/60 Cycle AC Input and Xtal Back-up The ISL12032 device is a low power real time clock with 50/60 AC input for timing synchronization. It also has an

Contextual Info: CS61600 Sem iconductor Corporation PCM Jitter Attenuator Features General Description • Unique Clock-Tracking Circuitry Filters 50 Hz or Higher Frequency Jitter for T 1 and PCM-30 Applications • Minimal External Components Required The CS61600 from Crystal Semiconductor accepts T1

Contextual Info: SaRonix Crystal Clock Oscillator 3 v o l t , h c m o s , Tri-state Technical Data S1703 Series Frequency Range: 1.5 M H z to 50 M Hz Frequency Stability: ±100 ppm over all conditions: calibration tolerance, operating tem perature, input voltage change, load change, aging, shock

Contextual Info: CS61600 Semiconductor Corporation PCM Jitter Attenuator Features General Description • Unique Clock-Tracking Circuitry Filters 50 Hz or Higher Frequency Jitter for H a n d P C M -30 Applications • Minimal External Components Required The CS61600 from Crystal Semiconductor accepts T1

CVHD-950

Abstract: CVHD-950X
Contextual Info: 50MHz HCMOS 3.3V 80MHz HCMOS 3.3V K STE CRY -950 D H CV Hz 50 M K STE CRY -950 D H CV Hz 80 M z /H Bc z /H Bc 6d -16 1d -16 100MHz HCMOS 3.3V 130MHz HCMOS 3.3V K STE CRY -950 D CVH Hz M 130 K STE CRY -950 D H CV MH z 100 4d -16 z /H Bc z /H Bc 8d -16 Model CVHD-950 is a 50MHz to 125MHz CMOS Voltage Controlled Crystal

co-233

Abstract: Vectron CO-233 CO-281 CO-286P CO28* crystal CO28 283W co-233fw vectron Co CO-487
Contextual Info: Moderate Stability FEATURES • Frequency from 50 Hz to 2.6 GHz ■ Stability to 1x1 O'6 ■ Low phase noise ■ PC board, hybrid DIP and chassis mount models =m?320 00007=17 32b Sinewave Crystal Oscillators 4 MHz to 500 MHz (see next page for higher and low er frequency m odels)

LQT-50X-1

Abstract: 50X3 LQT-60X-1 100KX lqt50x1 LQT-100X marking AT0 LQT-100KX 60x-1 LQT-10KX
Contextual Info: KYOCERA INTL/ A V X CORP MH E D Ü003b05 KAVX T /Amc^KyDiiERa LQT Series - Precision Crystal Clock Oscillators ~ -5 0 -2 3 High Precision Quartz Synchronization - f Q: 50 Hz to 100 KHz FEA TU R ES HOW TO ORDER 1 Revision of existing power synchronization system s to highprecision system possible

Contextual Info: Sm m m Säm S mmmr CS61600 Semiconductor Corporation PCM Jitter Attenuator General Description Features • Unique Clock-Tracking Circuitry Filters 50 Hz or Higher Frequency Jitter for H a n d PCM-30 Applications • Minimal External Components Required The CS61600 from Crystal Semiconductor accepts T1

Contextual Info: ,TECHNICORP/ GREENRAY H7E D fiflin S B G Q Q O S b fl 5 T~ T -& 0 -7 3 Cg CRYSTAL OSCILLATORS SPECIFICATIONS: 2 MHz to 200 MHz SINE WAVE OUTPUT MODEL: ZY-654 MODEL: ZY-6S5 Frequency Range: 2 MHz to 49.999 MHz Frequency Range: 50 M Hz to 200 MHz Frequency Stability Over Temperature

Contextual Info: SURFACE MOUNT, HYBRID CRYSTAL CLOCK OSCILLATOR MODEL XOSM-51B, 240 Hz to 1.5 MHz 4.0 MHz to 60.0 MHz FEATURES • H C M O S , C M O S , N M O S, TT L, LS -TTL, S -T T L Com patible • Miniature size .50" square for greater packaging density • Hermetically sealed package

BCD24

Abstract: WD2412 1S107 74LS145 RT-HE50
Contextual Info: W OE SR TPE OR NR AD TI GI ITO AN L C FEATURES • SELF CONTAINED TIM EBASE USING C O M M O N BAUD RATE CRYSTAL SOFTWARE SELECTABLE EXTERNAL 50 AND 60 Hz TIM EBASES PROVIDES HOURS, MINUTES, SECONDS, DAY, M O NTH, DATE, A N D YEAR TIM E O F DAY IS AVAILABLE IN 12 AN D 24

4.194304 crystal oscillator

Abstract: Divide-by-100 Prescaler MM5430 mm5430n 60 Hz crystal oscillator 4.194304 crystal crystal oscillator 1 MHz 4 pins CONNECTIONS single digit 7 Segment Display pins 7 segment display manual FM oscillator
Contextual Info: yw\National étSâSemiconductor Television/Radio <MM5430, MM5431 AM/FM Radio Frequency Display General Description A 60 Hz output signal is available when the 4 MHz crystal oscillator operation is selected. The MM5430, MM5431 are monolithic N-channei MOS^

RV 10k trimmer

Abstract: 9150A-QAA00 DIP CRYSTAL 8 pin 9121F 9130C 9130C-BFE70 9140A-BGE71 9140A-CEE70 ndk 10MHz 9140A-BFE70
Contextual Info: CRYSTAL OSCILLATORS OVEN CONTROLLED CRYSTAL OSCILLATORS 9100 SERIES • Model 9121F ■ Main applications : Mobile communication system ■ Features 8 Dip 14pin compatible 8 Excellent aging 5x10–8 max/day, 5×10–7 max/year 8 Excellent phase noise characteristics

crystal quartz 24mhz

Abstract: SM76
Contextual Info: Pletronics, Inc. 19013 36th Ave. West PO Box 2607 Lynnwood, Washington 98036 U.S.A. T: 1-425-776-1880 F: 1-425-776-2760 E: ple-sales@pletronics.com www.pletronics.com Questions on the Basics of Crystals and Oscillators Revision June 2007 1. Mark the main reason why quartz crystal material is used in crystals and oscillators