AGING TEST Search Results

AWM 2651 VW-1 300V

Abstract: LIAN FENG - 2651 - E209329 - AWM - 28AWG E209329 lian feng E209329 AWM 2651 VW-1 28 awg lian feng 2651 awm 2651 300v 28awg 2651 e209329 AWG28 ul2651 AWM 2651
Contextual Info: 1 A 1.27mm .050” Pitch Electric & Physical Characteristic: 1.Voltage Rating 2. Temperature Rating 3.Dielectric Strength 4.Conductor Resistance 5.Insulation Resistance B 6.Tensile Strength Before Aging Tensile Strength A�er Aging 7.Elongation Before Aging

Contextual Info: EX-219 Hi-Reliability Evacuated Miniature Crystal Oscillator EMXO Parameter vs. operating temperature range (reference to +25°C) Initial tolerance for fixed frequency vs. supply voltage change vs. load change vs. aging /1 day vs. aging /1st year vs. aging /10 year

austerlitz WPS

Abstract: austerlitz wacker P12 v6515 Wacker igbt eupec V6515 Paste Dow Corning d 340 Dow Corning 340 wps 50gr
Contextual Info: APPLICATION NOTE Date: 2002-12-19 Page 1 of 4 AN Number: AN2002-12 Aging stability of various heatconducting pastes for use with modules without baseplates Heat-conducting pastes from various manufacturers were tested for their aging stability in conjunction with an

tsta7500

Contextual Info: V I S H A Y I N T E R T E C H N O L O G Y, I N C . AGING OF INFRARED EMITTER COMPONENTS TECHNICAL INFORMATION w w w. v i s h a y. c o m Aging of Infrared Emitter Components INTRODUCTION TYPICAL DEGRADATION OF RADIANT POWER AFTER 4000 h OPERATION DEVICE AGING AND DEVICE

APPLICATION CIRCUIT OF TSAL4400

Abstract: smd 0306 package TSKS5400S TSMF3700 TSAL5100 "Photo Interrupter" Application Note TSAL4400 TSHA4400 TSKS5400 TSML3710
Contextual Info: V I S H A Y I N T E R T E C H N O L O G Y, I N C . AGING OF INFRARED EMITTER COMPONENTS TECHNICAL INFORMATION w w w. v i s h a y. c o m Aging of Infrared Emitter Components INTRODUCTION TYPICAL DEGRADATION OF RADIANT POWER AFTER 4000 h OPERATION DEVICE AGING AND DEVICE

MV100

Contextual Info: LOW AGING ULTRA PRECISION OCXO MV100 • • • • • Multiplied Frequency High frequency stability Excellent aging performance Low phase noise Excellent Short-term stability Frequency range 4.096-20.0 MHz No multiplication by default Standard frequencies

Saronix Oscillator

Abstract: 10GigE
Contextual Info: SaRonix Crystal Clock Oscillator 3.3V, PECL, FR4 Technical Data SEL393x Series Frequency Range: 19.44 MHz to 200 MHz Frequency Stability: *Aging: ±20, ±25, ±50 or ±100 ppm over all conditions: calibration tolerance, operating temperature, rated input supply voltage, load, *aging,

soj20 Package

Abstract: S1568 S1569
Contextual Info: SaRonix Voltage Controlled Crystal Oscillator 3.3V, LVPECL Technical Data S1569 Series Frequency Range: 65 MHz to 168 MHz Frequency Stability: *Aging ±20, ±25, or ±50ppm over all conditions: operating temperature, supply voltage change within rating, load change, *aging, shock

DS236

Abstract: DS-236 Saronix Oscillator
Contextual Info: SaRonix Voltage Controlled Crystal Oscillator 3.3V, LVPECL Technical Data S1569 Series Frequency Range: 65 MHz to 168 MHz Frequency Stability: *Aging ±20, ±25, or ±50ppm over all conditions: operating temperature, supply voltage change within rating, load change, *aging, shock

Infrared emitter

Abstract: "Photo Interrupter" TSAL4400 "Photo Interrupter" Application Note APPLICATION CIRCUIT OF TSAL4400 smd diode DH TSHA4400 TSKS5400 TSMF3700 TSML3710
Contextual Info: VISHAY Vishay Semiconductors Aging of Infrared Emitter Components Typical degradation of radiant power after 4000 h operation Relative Radiant Power Introduction Over its lifetime, an infrared emitter gradually loses its radiant power. This type of aging or degradation has

Contextual Info: TUSONK DESIGN SPECIFICATIONS HiK TEMPERATURE CHARACTERISTICS AGING EIA C ode Z5 Y5 X5 *X7 All hi-dielectric constant barium titanate based ceramics have a predictable capacitance aging effect. The effect is a loss of capacitance with time. The loss is an inverse

MIL-STD-833

Contextual Info: SaRonix Voltage Controlled Crystal Oscillator 3.3V PECL Technical Data S1577 Series Frequency Range: 77.76 MHz to 670 MHz Frequency Stability: *Aging inquire for ±20ppm : ±20, ±25 or ±50ppm over all conditions: operating temperature, rated input (supply) voltage changes, load changes, *aging, shock and

study of alloy

Abstract: Cu6Sn5 63Sn37Pn 63Sn37Pb
Contextual Info: Aging and Creep Behavior of Sn3.9Ag0.6Cu Solder Alloy Qiang Xiao*, Luu Nguyen*, William D. Armstrong* * Department of Mechanical Engineering, University of Wyoming, Laramie, WY 82071 * National Semiconductor Corporation, Santa Clara, CA 95052 Abstract Aging effects and creep behavior along with

Saronix Oscillator

Abstract: Saronix CRYSTAL oscillator saronix crystal SDS3811 SEL393
Contextual Info: SaRonix Crystal Clock Oscillator 3.3V, PECL, FR4 Technical Data SEL393x Series Frequency Range: 19.44 MHz to 200 MHz Frequency Stability: *Aging: ±20, ±25, ±50 or ±100 ppm over all conditions: calibration tolerance, operating temperature, rated input supply voltage, load, *aging,

Contextual Info: MQBC & MQBT Series 8 Pin DIP Oscillator  Same Day Shipping Available  Tri-state Function  Tape and Reel Package Available Frequency 1.000MHZ to 150.000MHZ Frequency Stability Inclusive of Temperature, Load, Voltage, and Aging Aging @ +25°C

Saronix Oscillator

Contextual Info: SaRonix Crystal Clock Oscillator 3.3V, PECL, FR4 Technical Data SEL393x Series Frequency Range: 19.44 MHz to 200 MHz Frequency Stability: *Aging: ±20, ±25, ±50 or ±100 ppm over all conditions: calibration tolerance, operating temperature, rated input supply voltage, load, *aging,

Contextual Info: SaRonix Voltage Controlled Crystal Oscillator 3.3V PECL Technical Data S1577 Series Frequency Range: 77.76 MHz to 670 MHz Frequency Stability: *Aging inquire for ±20ppm : ±20, ±25 or ±50ppm over all conditions: operating temperature, rated input (supply) voltage changes, load changes, *aging, shock and

Contextual Info: ¡¡pi Com Iinear ÏÜUJCorporation Dual Supply, 12-Bit, 10MSPS A/D Converter CLC922 APPLICATIONS: FEATURES typical : • • • • • • • • • • radar processing FLIR processing/electronic im aging instrum entation medical im aging transient signal recorders

OVEN

Contextual Info: XO5019 Series OCXO Features Low Aging High Stability SC-cut or AT-cut Low Phase Noise External or Voltage Control Typical Specifications Model XO5019 SC-cut AT-cut Options Frequency MHz 10 10 3 to 50 Additional Specifications Aging daily Turn on Current

S1577

Abstract: DS234
Contextual Info: SaRonix Voltage Controlled Crystal Oscillator 3.3V PECL Technical Data S1577 Series Frequency Range: 77.76 MHz to 670 MHz Frequency Stability: *Aging inquire for ±20ppm : ±20, ±25 or ±50ppm over all conditions: operating temperature, rated input (supply) voltage changes, load changes, *aging, shock and

DS234

Contextual Info: SaRonix Voltage Controlled Crystal Oscillator 3.3V PECL Technical Data S1577 Series Frequency Range: 77.76 MHz to 670 MHz Frequency Stability: *Aging inquire for ±20ppm : ±20, ±25 or ±50ppm over all conditions: operating temperature, rated input (supply) voltage changes, load changes, *aging, shock and

EIA-521

Abstract: EIA-198-1-F EIA-198-1F dielectric EIA-198 dielectric test standard EIA-198-1 EIA-521 standard
Contextual Info: 0408_R2 www.NICcomp.com Tech Support: tpmg@NICcomp.com AGING CHARACTERISTIC PRODUCTS: CERAMIC CAPACITORS SERIES: NCA, NCD, NCM, NCMA, NMC, NMC-H, NMC-L, NMC-M AND NMC-P Reference: EIA-521 & EIA-198-1F Section 1.1.2- see below EIA-198-1F TYPICAL AGING RATE OF

Contextual Info: TUSONIX DESIGN SPECIFICATIONS HiK TEMPERATURE CHARACTERISTICS AGING Temperature Range EIA Code Z5 Y5 X5 *X7 All hi-dielectric constant barium titanate based ceramics have a predictable capacitance aging effect. The effect is a loss of capacitance with time. The loss is an inverse

Crystals

Abstract: MIL-PRF-3098 Quartz crystals General Introduction
Contextual Info: October, 2008 Author: Jeff Cartright Crystals Product Manager The Connor-Winfield Corporation Aging Performance in Crystals Introduction Mass transfer Aging is the change in crystal frequency over time. This frequency change over the life of the part has to be accounted for in the