SARONIX TCXO Search Results

S52 SMD

Abstract: Saronix tcxo Saronix S52
Contextual Info: SARONIX B.V. DATA SHEET 9922 514 000. series Temperature Compensated Crystal Oscillator S52/S53/S54 in B7 sine wave Product specification File under SARONIX B.V., SBV2 1998 Apr 14 SaRonix B.V. Doetinchem, The Netherlands Product specification Temperature Compensated Crystal Oscillator

S52 SMD

Abstract: marking b7 ttl crystal oscillator 5.0 volt S54X f25 marking code Crystal oscillator DIL14
Contextual Info: SARONIX B.V. DATA SHEET 9922 514 020. series Temperature Compensated Crystal Oscillator S52/S53/S54 in B7 TTL Product specification File under SARONIX B.V., SBV2 1998 Apr 14 SaRonix B.V. Doetinchem, The Netherlands Product specification Temperature Compensated Crystal Oscillator

B8 202

Abstract: S54 SMD Marking S55 MARKING B9 Crystal oscillator 12 MHz f25 marking code b883 Saronix tcxo marking B8
Contextual Info: SARONIX B.V. DATA SHEET 9922 515 100. series Temperature Compensated Crystal Oscillator S54 in B8 and S55 in B9 sine wave Product specification File under SARONIX B.V., SBV2 1998 May 12 SaRonix B.V. Doetinchem, The Netherlands Product specification Temperature Compensated Crystal Oscillator

f25 marking code

Abstract: MARKING CODE F25 B8 MARKING Marking S55 Saronix 100 MHz oscillator
Contextual Info: SARONIX B.V. DATA SHEET 9922 515 010. series Voltage controlled Temperature Compensated Crystal Oscillator S54 in B8 and S55 in B9 sine wave Product specification File under SARONIX B.V., SBV2 1998 May 12 SaRonix B.V. Doetinchem, The Netherlands Product specification

S5300

Abstract: 3 phase circuit sinewave TCXO CC MARKING 5010
Contextual Info: SaRonix TCXO / TCVCXO 5V, Clipped Sinewave, HCMOS, TTL Technical Data S5300 Series ACTUAL SIZE Description A temperature compensated crystal oscillator available for 5 Volt operations with Clipped Sinewave, HCMOS and TTL output. The small size and low power

Saronix tcxo

Abstract: Saronix 4 pin 40 MHz crystal oscillator S5300 Saronix Oscillator
Contextual Info: SaRonix TCXO / TCVCXO 5V, Clipped Sinewave, HCMOS, TTL Technical Data ACTUAL SIZE Description A temperature compensated crystal oscillator available for 5 Volt operations with Clipped Sinewave, HCMOS and TTL output. The low power consumption of this TCXO makes it ideal for

Contextual Info: SaRonix TCXO optional Voltage Control 3 or 3.3V, Ceramic SMD Technical Data S6C & S7C Series ACTUAL SIZE Description Frequency Range: 10 MHz to 30 MHz Frequency Stability: vs. temperature: ±1ppm to ±5ppm, as specified vs. supply voltage (±5% change): ±0.3 ppm

transistor smd marking S6c

Abstract: transistor smd marking S7c Saronix tcxo
Contextual Info: SaRonix TCXO optional Voltage Control 3 or 3.3V, Ceramic SMD Technical Data S6C & S7C Series ACTUAL SIZE Description Frequency Range: 10 MHz to 30 MHz Frequency Stability: vs. temperature: ±1ppm to ±5ppm, as specified vs. supply voltage (±5% change): ±0.3 ppm

S5700

Abstract: Saronix tcxo
Contextual Info: SaRonix TCXO / TCVCXO 3 & 5V, SMD Technical Data S6700 / S5700 Series ACTUAL SIZE Description A surface mountable, digitally temperature compensated crystal oscillator for both 3 and 5Volt operations. The very small size, extremely low profile and low power consumption of this TCXO/

Saronix

Abstract: 3 phase circuit sinewave Saronix tcxo S5300 4 pin 40 MHz crystal oscillator
Contextual Info: SaRonix TCXO / TCVCXO 5V, Clipped Sinewave, HCMOS, TTL Technical Data S5300 Series ACTUAL SIZE Description A temperature compensated crystal oscillator available for 5 Volt operations with Clipped Sinewave, HCMOS and TTL output. The low power consumption of this TCXO makes it ideal for

S6700

Abstract: S5700
Contextual Info: SaRonix TCXO / TCVCXO 3 & 5V, SMD Technical Data S6700 / S5700 Series ACTUAL SIZE Description A surface mountable, digitally temperature compensated crystal oscillator for both 3 and 5Volt operations. The very small size, extremely low profile and low power consumption of this TCXO/

Contextual Info: SaRonix TCXO / TCVCXO 5V, Clipped Sinewave, HCMOS, TTL Technical Data S5300 Series ACTUAL SIZE Description A temperature compensated crystal oscillator available for 5 Volt operations with Clipped Sinewave, HCMOS and TTL output. The low power consumption of this TCXO makes it ideal for portable,

CA S6c

Abstract: TCXO SMD 10 PAD 7 X 5 MM
Contextual Info: SaRonix TCXO with optional Voltage Control 3V, Ceramic SMD Technical Data S6C Series Frequency Range: 10 MHz to 30 MHz Frequency Stability: vs. temperature: ±1ppm to ±5ppm, as specified vs. supply voltage ±5% change : ±0.3 ppm vs. aging: ±1ppm @40°C for one year

Saronix tcxo

Abstract: DS-166 s5200
Contextual Info: SaRonix TCXO Clipped Sinewave Technical Data S5200 Series Frequency Range: 8.4672 MHz to 34.368 MHz Frequency Stability: ±1.0, 1.5, 2, 3 or 5 ppm max Temperature Range: Operating: Storage: 0 to +55°C, -15 to +55°C, -30 to +60°C -40 to +85°C Supply Voltage:

Contextual Info: Advance Information S3T01 Series 3.3V CMOS Stratum 3 V TCXO Actual Size = 9 x 14mm Product Features • Frequencies available between 12.8 and 20 MHz • Stratum 3 holdover and lifetime compliant (GR-1 244-CORE) Packaging Outline Pin Functions Pad Function

GR-1244-CORE

Abstract: GR-253-CORE Saronix s3t01
Contextual Info: Advance Information S3T01 Series 3.3V CMOS Stratum 3 V TCXO Actual Size = 9 x 14mm Product Features • Frequencies available between 12.8 and 20 MHz • Stratum 3 holdover and lifetime compliant (GR-1 244-CORE) Packaging Outline Pin Functions Pad Function

Contextual Info: Advance Information S3T02 Series 3.3V CMOS Stratum 3 V TCXO Actual Size = 21 x 14mm Product Features • Frequencies available between 12.8 and 20 MHz • Stratum 3 holdover and lifetime compliant (GR-1 244-CORE) Packaging Outline Pin Functions Pad Function

S69 smd transistor

Abstract: TCXO CC
Contextual Info: ADVANCE INFORMATION TCXO optional Voltage Control 3V Ceramic SMD Technical Data S69 Series ACTUAL SIZE Description A surface mountable, temperature compensated crystal oscillator with voltage control option for 3 Volt operation. The miniature size, extremely low profile

ALOGICS

Abstract: SAA7113 AN S1613B AM524 BT656 PI7C8148 PI7C8150B PI7C8152 PI7C8152A PI7C
Contextual Info: Digital Video Surveillance Systems November, 2004 1 November 2004 Corporate Overview • Public U.S. Company • Founded in 1990 • IPO in 1997 • NASDAQ: PSEM • Headquartered in San Jose, California Silicon Valley • • • • 2 +250 Employees Global Sales & Support Offices

CRYSTAL CMAC

Abstract: OCXO c-mac E3179 TCXO cmac E3199 C-MAC OCXO S1-LHZ-AS1001 CFPS-73I CFPS-72IA CRYSTAL CMAC e3179
Contextual Info: ZLAN-68 List of Oscillators & Crystals that can be used with Zarlink PLL’s & Digital Switches with Embedded PLL’s Application Note Contents December 2005 1.0 GR1244-Core Stratum 4 and Stratum 4E 2.0 GR1244-Core Stratum 3 3.0 ITU G.813 Option 1 4.0 ITU G.813 Option 2 and GR-253-Core SMC

EXS00A-CS00997

Abstract: E3SB40.0000F10M33SI FLB420001
Contextual Info: AN591 C R Y S TA L S E L E C T I O N F O R T H E S i 5 3 1 5 , S i 5 3 1 7 , A N D O T H E R S i 5 3 X X A N Y -F R E Q U E N C Y J ITT ER A T T E N U A T I N G C L O C K S 1. Introduction The purpose of this document is to assist hardware designers with the selection of reference crystals for the

STi7110

Abstract: le88221 bl3458 PI7C9X440SL PI3EQX5701 PI7C9X111SL PI7C9X111 HDMI TO VGA MONITOR PINOUT PAS5201 PI3EQX6701
Contextual Info: Signal Integrity Signal Integrity Solutions from Pericom Poor signal quality can significantly impact system performance and reliability. Maintaining eye-pattern signal integrity at the receiver end-points in high-speed, serial-differential protocols, like PCI Express,

CTS Knights tcxo

Abstract: dh116 zo70 SC35XX
Contextual Info: J \M C C C LO C K DRIVER A P P L IC A T IO N NOTE The SC35XX Family of Clock Drivers have been designed to provide single chip solutions which ease clock distribution for TTL/CMOS I/O compatible microprocessor based systems. An appended list of domestic sources for these oscil­

signal path designer

Contextual Info: > 4 M C C CLOCK DRIVER APPLICATION NOTE The SC35XX Family of Clock Drivers have been designed to provide single chip solutions which ease clock distribution for TTL/CMOS I/O compatible microprocessor based systems. An appended list of domestic sources for these oscil­