QUARTZ CRYSTAL DESIGN PARAMETERS

Example: P/N ECS-160-20-5PX (Std P/N) P/N ECS …

Code Frequency MHz Code Frequency MHz Code Frequency MHz 10 1.000 95.4 9.545 166.666 16.66667 18 1.8432 96 9.600 169.344 16.9344 20 2.000 98.3 9.8304 177.3 17.734475

  Example, P n ecs 160 20 5px, Std p n, P n ecs

X-32 SMD CRYSTAL - ECS Inc. International

15351 West 109th Street | Lenexa, KS 66219 | Phone: 913.782.7787 | Fax: 913.782.6991 | www.ecsxtal.com 120 DEVELOPED FREQUENCIES Abbreviation …

ECS Catalog 2000 - ECS Inc. International

32 ECS, INC. INTERNATIONAL1105 S. RIDGEVIEW, OLATHE, KS 66062 • 913-782-7787 • 800-237-1041 • FAX 913-782-6991 • WWW.ECSXTAL.COM OSCILLATORS OSCILLATORS * Inclusive of 25˚C tolerance, operating temperature range, input voltage change, load change, aging, shock and vibration.

X ECS-3951M/3953M-AU X SMD CLOCK …

ECS-3951M/3953M-AU SMD CLOCK OSCILLATOR ECS-3951M-AU (5.0V) and ECS-395 3M-AU (3.3V) Automotive Grade (-55 to +125°C) miniature SMD oscillators .

OPERATING CONDITIONS / ELECTRICAL …

high density applications. • C = ±25 ppm Parameters Conditions ECS-2018 (+1.8V) Units MIN TYP MAX Frequency Range 0.750 50.000 MHz Operating Temperature Standard …

  2018, Ecs 2018

OPERATING CONDITIONS / ELECTRICAL …

oscillators. Enable/ Parameters Conditions ECS-2325 (+2.5V) ECS-2333 (+3.3V) Units MIN TYP MAX MIN TYP MAX Frequency Range 1.000 95.000 1.000 95.000 MHz Operating Temperature

  2523, Ecs 2325

SMD Clock Oscillator - ECS Inc. International

Frequency Stability* Parameters Conditions ECS-3951M-BN (5V) ECS-3953M-BN (3.3V)* Units MIN TYP MAX MIN TYP MAX Frequency Range 1.800 125.0 1.800 125.0 MHz

  Oscillators, Clock, Smd clock oscillator, Ecs 3951m, 3951m

-31B SMD CRYSTAL - ECS Inc. International

ECX 15351 West 109th Street | Lenexa, KS 66219 | Phone: 913.782.7787 | Fax: 913.782.6991 | www.ecsxtal.com Crystal. The PARAMETERS CONDITIONS ECX-31B UNITS MIN TYP MAX

-39 SMD CRYSTAL - ECS Inc. International

ECX Rev. 15351 West 109th Street | Lenexa, KS 66219 | Phone: 913.782.7787 | Fax: 913.782.6991 | www.ecsxtal.com Crystal. The PARAMETERS …

  Crystal, Smd crystal

SMD QUARTZ CRYSTAL - ECS Inc. International

18 ecs, inc. international1105 s. ridgeview, olathe, ks 66062 • 913-782-7787 • 800-237-1041 • fax 913-782-6991 • www.ecsxtal.com smd crystals smd crystals

10811 A&B Quartz Crystal Oscillator - HP Archive

Model 10811A/B PREFACE This manual is designed to present the information required by the user to effectively operate and maintain the 10811A/B Quartz Crystal Oscillator.

  Oscillators, Crystal, Quartz, Quartz crystal oscillator

Abstract for Experimental Methods in RF Design - W7ZOI Site

transmitter, here operating on the 40 meter band. The design starts with a crystal oscillator. After building and testing this, we add a buffer amplifier.

  Methods, Experimental, Crystal, Abstracts, Abstract for experimental methods in

AN826 Crystal Oscillator Basics and Crystal Selection for ...

2002 Microchip Technology Inc. DS00826A-page 1 AN826 INTRODUCTION Oscillators are an important component of radio fre-quency (RF) and digital devices.

  Oscillators, Crystal, Crystal oscillator

AN12 - Circuit Techniques for Clock Sources

Application Note 12 AN12-3 an12fa Figures 4a and 4b use another comparator based approach. In Figure 4a, the LT1016 comparator is set up with DC

CRYSTALS AND OSCILLATORS - NEL Frequency Controls, Inc.

JL9113 Rev. C 2 Series resonance crystals are generally used in crystal filters and resonator circuits which require no phase shift from the crystal in order to oscillate.

  Oscillators, Circuit, Crystal

Variable Frequency Oscillators (VFOs)

3. Chapter 10, Harris THE VFO CIRCUIT The basic oscillator In principle the VFO is almost the same as a quartz crystal oscillator. The crystal is

  Variable frequency oscillators, Variable, Frequency, Oscillators, Vfos, Crystal

'Sine Wave Oscillator' - TI.com

SLOA060 Sine-Wave Oscillator 3 1 Introduction Oscillators are circuits that produce specific, periodic waveforms such as square, triangular, sawtooth, and sinusoidal.

  Oscillators, Waves, Circuit, Sine, Sine wave oscillator

Use of the CMOS Unbuffered Inverter in Oscillator Circuits

SZZA043 4 Use of the CMOS Unbuffered Inverter in Oscillator Circuits C0 R C L Figure 2. Electrical-Equivalent Circuit of a Crystal The quantities C and L are determined by the mechanical characteristics of the crystal; R is the

  Oscillators, Circuit, Cmos, Crystal, Inverter, Unbuffered, Cmos unbuffered inverter in oscillator circuits