69057
Abstract: CA400 5B MF 131bb MFE 409 CA400 MTBF calculation 162k alpha 400 alpha 600 mtbf
Text: Alpha Customer Application Manual Section 6 - MTBF MTBF The following table shows calculated MTBF Mean Time Between Failure values in failures per million hours (fpmh) in accordance with MIL-HDBK-217F Notice 1 for Alpha converters, modules, and options at 25°C and 50°C ambient
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MIL-HDBK-217F
CA400
12fpmh
25DegC)
50DegC)
69057
CA400 5B MF
131bb
MFE 409
MTBF calculation
162k
alpha 400
alpha 600
mtbf
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432E-3
Abstract: 57E6 Transistor 65e8 65e9 transistor 606E6 464E-5 65e9 968e 270E7 160E4
Text: Application Note Calculating Mean Time Between Failure for Discrete LEDs and Photodiodes MTBF FOR DISCRETE LEDS AND PHOTODIODES The calculation of Mean Time Between Failure MTBF is often required as an aid in predicting the reliability of electronic equipment under different operating conditions.
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MIL-HDBK-217E.
432E-3
57E6
Transistor 65e8
65e9 transistor
606E6
464E-5
65e9
968e
270E7
160E4
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65e7
Abstract: 74306 05-E7 715E6 69107 23e7 432E-3 421E-5 b-1 bomber 107E
Text: Application Note Calculating Mean Time Between Failure for Discrete LEDs and Photodiodes MTBF FOR DISCRETE LEDS AND PHOTODIODES The calculation of Mean Time Between Failure MTBF is often required as an aid in predicting the reliability of electronic equipment under different operating conditions.
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MIL-HDBK-217E.
65e7
74306
05-E7
715E6
69107
23e7
432E-3
421E-5
b-1 bomber
107E
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EMI filter ferrite bead mtbf
Abstract: transformer mtbf generic failure rate electronic device TL431 zener ferrite TRANSFORMER calculation Zener Diode tl431 TL431 transistor transformer calculation MIL-HDBK-217F transistor MTBF
Text: Switching Power Supply/Adaptor MTBF Report CSS150 SERIES Part No. : Description : 12Vdc/12.5Amp Sample Date : 2009.09.21 MTBF Model The calculation is based on MIL-HDBK-217F, Notice 1, Appendix A: Parts Count Reliability. The prediction were performed with the power supply operating in a Ground Benign (Gb) controlled environment
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CSS150
12Vdc/12
MIL-HDBK-217F,
MIL-HDBK-217F
TL431/Zener
EMI filter ferrite bead mtbf
transformer mtbf
generic failure rate electronic device
TL431 zener
ferrite TRANSFORMER calculation
Zener Diode tl431
TL431 transistor
transformer calculation
MIL-HDBK-217F
transistor MTBF
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FT3120-E4S40
Abstract: FT3150 P20 FT3150-P20 PL3150-L10 FT3120-E4P40 PL3120-E4T10 mercury 845 MOTHERBOARD SERVICE MANUAL FTT-10 echelon 55020-10 ft3120 PL3120
Text: @ECHELON LONWORKS® Control Products Environmental Specifications and MTBF Guide @ 0 0 5 - 0 0 4 2 - 0 1G ® ® ® LONWORKS Control Products Environmental Specifications and MTBF Guide @ November 2005 LONWORKS Engineering Bulletin Contents Abstract .3
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TL431 zener
Abstract: ferrite TRANSFORMER calculation transformer mtbf Zener Diode tl431 generic failure rate electronic equipment generic failure rate electronic device transistor MTBF MIL-HDBK-217F generic failure rate regulator mtbf
Text: Switching Power Supply/Adaptor MTBF Report CSS65 Part No. : Description : 2 X 4 Medical series Date : 2009.04.02 MTBF Model The calculation is based on MIL-HDBK-217F, Notice 1, Appendix A: Parts Count Reliability. The prediction were performed with the power supply operating in a Ground Benign Gb controlled environment
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CSS65
MIL-HDBK-217F,
MIL-HDBK-217F
TL431/Zener
TL431 zener
ferrite TRANSFORMER calculation
transformer mtbf
Zener Diode tl431
generic failure rate electronic equipment
generic failure rate electronic device
transistor MTBF
MIL-HDBK-217F
generic failure rate
regulator mtbf
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68581
Abstract: sirius MTBF calculation mtbf F350 CSF250 Sirius F250 F250 failure rate
Text: Sirius Customer Application Manual Section 3 - MTBF The following table shows calculated MTBF Mean Time Between Failure values in failures per million hours (fpmh) in accordance with MIL-HDBK-217F Notice 1 for Sirius converters and modules at 25DegC and 50DegC
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MIL-HDBK-217F
25DegC
50DegC
CSF250
25DegC)
50DegC)
68581
sirius
MTBF calculation
mtbf
F350
Sirius F250
F250
failure rate
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MIL217F
Abstract: VEGA 650w VEGA 650 MIL-217F VEGA650 MTBF
Text: Vega Customer Applications Manual Section 7 - MTBF to MIL217F MTBF's have been calculated using MIL-HDBK-217F Ground benign. The modular nature of the product makes it difficult to determine the MTBF for every combination of output voltages and load, the numbers given are therefore typical.
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MIL217F
MIL-HDBK-217F
MIL217F
VEGA
650w
VEGA 650
MIL-217F
VEGA650
MTBF
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Telcordia SR-332
Abstract: VEGA 450 MIL-HDBK-217F SR332 SR-332 Telcordia VEGA MIL217F VEGA450 MTBF
Text: Vega Customer Applications Manual Section 7 - MTBF MTBF's have been calculated using Telcordia SR-332 and MIL-HDBK-217F Ground benign. The modular nature of the product makes it difficult to determine the MTBF for every combination of output voltages and load, the numbers given are therefore typical.
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SR-332
MIL-HDBK-217F
SR-332:
100mA
300mA)
MIL-HDBK-217F
SR-332
MIL217F
Telcordia SR-332
VEGA 450
SR332
Telcordia
VEGA
VEGA450
MTBF
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MIP0224SY
Abstract: 2SK1937 t201 transformer M51995AFP mip0224 ZUP-200 Nemic-Lambda CN d1fl20u 0134G ZUP20
Text: ZUP-200 SERIES RELIABILITY DATA DWG: 1A548-79-01 QA APPD APPD CHK DWG ç> ^ ^ A WR/llMAQciifltfi,Do^ovv PeUl c.y. ’hi/ ji j ci ‘I &3. S/ ÜOV-l-Lô<i fjn/~ &NEMIC-LAMBDA LTD. INDEX 1.MTBF; Calculated Value of MTBF R-1 2.Component Derating R-2-12 3.Main Components Temperature Rise
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ZUP-200
1A548-79-01
R-2-12
R-13-14
R-15-16
R-17-30
ZUP-200
RCR-9102)
MIL-HDBK-217F.
GENRAD-2503.
MIP0224SY
2SK1937
t201 transformer
M51995AFP
mip0224
Nemic-Lambda CN
d1fl20u
0134G
ZUP20
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miteq AFD
Abstract: No abstract text available
Text: TABLE OF CONTENTS CONTENTS INTRODUCTION Corporate Overview Technology Overview Specification Definitions Thermal Considerations Quality Assurance MTBF Calculations Manufacturing Flow Diagrams MITEQ Series 883 Screening General Specifications Space-Qualified Amplifiers
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fuse BJE 147
Abstract: fuse 9 BJE 147 SHINDENGEN TR 222 7431u ZD205 zd106 R-33 ZUP-400 mip0224 d1fl20u
Text: ZUP-400 SERIES RELIABILITY DATA DWG: JA549-79-01 Q A APPD APPD PorôK' Ptlii. CHK O c ^ /a o /q ^ ^ A DWG ^ nJ n e m ic - l a m b d a l t d . <*• s<7. /& & & INDEX 1 .MTBF; Calculated Value of MTBF R-1 2.Component Derating R -2-12 3.Main Components Temperature Rise
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ZUP-400
JA549-79-01
R-2-12
R-13-14
R-15-16
R-17-32
ZUP-400
RCR-9102)
MIL-HDBK-217F.
GENRAD-2503.
fuse BJE 147
fuse 9 BJE 147
SHINDENGEN TR 222
7431u
ZD205
zd106
R-33
mip0224
d1fl20u
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miteq AFD
Abstract: No abstract text available
Text: TABLE OF CONTENTS CONTENTS INTRODUCTION Corporate Overview Technology Overview Specification Definitions Thermal Considerations Quality Assurance MTBF Calculations Manufacturing Flow Diagrams MITEQ Series 883 Screening General Specifications Space-Qualified Amplifiers
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miteq AFD
Abstract: No abstract text available
Text: TABLE OF CONTENTS CONTENTS INTRODUCTION Corporate Overview Technology Overview Specification Definitions Thermal Considerations Quality Assurance MTBF Calculations Manufacturing Flow Diagrams MITEQ Series 883 Screening General Specifications Space-Qualified Amplifiers
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Untitled
Abstract: No abstract text available
Text: { TABLE OF COMTE NTS CONTENTS PAGE INTRODUCTION Corporate Overview Technology Overview Specification Definitions Thermal Considerations Quality Assurance MTBF Calculations Manufacturing Flow Diagrams MITEQ Series 883 Screening Space Qualified Information I
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voltage acceleration
Abstract: billion failure
Text: Failure Rate Calculation Failure rate predictions are typically expressed in either FITS = Failures per billion device hours MTBF = Mean Time between Failures years = 1E9/FITS converted to years The Arrhenius relationship is used to extrapolate failure rates at highly accelerated
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calculating rectifier circuits MTBF
Abstract: bimetal transformer mtbf MIL-HDBK-217F CAPACITOR chip mtbf 217F MIL-HDBK-217E ART2815T AN-1078 MIL-HDBK217F
Text: Application Note AN-1078 An Examination of Changes Imposed by Revised Hybrid Models When Calculating MTBF Values using MIL-HDBK 217F, Notice 1 & 2 By Richard Miller, Director Space Products Table of Contents Page Resistors .1
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AN-1078
calculating rectifier circuits MTBF
bimetal
transformer mtbf
MIL-HDBK-217F
CAPACITOR chip mtbf
217F
MIL-HDBK-217E
ART2815T
AN-1078
MIL-HDBK217F
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an 17830
Abstract: C0603X7R500 MLCC 0805 MTBF C0603C0G500-100JNE C0603X7R500-102KNE C0603Y5V250-104ZNE AHA0236 C0805X7R500-102KNE 63E06 an 17830 a
Text: DOCUMENT NO. MLB-AK-K77 DATE 02.02.2007 WRITTEN CHECKED APPROVED / / / QUALITY REPORT FAILURE RATE AND MTBF DATA 0603 AND 0805 MULTI LAYER CERAMIC CHIP CAPACITOR NP0, X7R & Y5V TESTED PRODUCT: –NP0: –X7R: –Y5V: C0603C0G500-100JNE C0603X7R500-102KNE
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MLB-AK-K77
C0603C0G500-100JNE
C0603X7R500-102KNE
C0603Y5V250-104ZNE
C0805C0G500-100JNE
C0805X7R500-102KNE
C0805Y5V500-104ZNE
an 17830
C0603X7R500
MLCC 0805 MTBF
C0603C0G500-100JNE
C0603X7R500-102KNE
C0603Y5V250-104ZNE
AHA0236
C0805X7R500-102KNE
63E06
an 17830 a
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X7R 335
Abstract: 19E-04 c1206x7r C1206X7R500-104KNE
Text: DOCUMENT NO. MLB-AL-D27 DATE 04.29.2007 WRITTEN CHECKED APPROVED / / / QUALITY REPORT FAILURE RATE AND MTBF DATA 1206 MULTI LAYER CERAMIC CHIP CAPACITOR NP0, X7R & Y5V TESTED PRODUCT: –NP0: –X7R: –Y5V: C1206C0G500-102JNE C1206X7R500-104KNE C1206Y5V160-105ZNE
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MLB-AL-D27
C1206C0G500-102JNE
C1206X7R500-104KNE
C1206Y5V160-105ZNE
X7R 335
19E-04
c1206x7r
C1206X7R500-104KNE
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Model 429B
Abstract: 429B
Text: Accurate, Wideband Multiplier, Divider, Square Rooter Model 429 FEATURES: 1.0%10.5% Accuracy Without Trimming 429A/B Low Drift to 1.0mV/°C max Wideband - 10MHz 0.2% Nonlinearity max (429B) External Amplifiers Not Required MTBF: 169, 268 Hours APPLICATIONS:
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29A/B)
10MHz
Model 429B
429B
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ionograph
Abstract: 32256LK KM681001AJ SYS32128LK-020 ANH004 KM641001AJ
Text: Hybrid Memory Products Ltd SRAM Module Mean Time Between Failure Analysis MTBF Introduction In general terms, the reliability of any plastic module assembly can be assessed by dividing the assembly into 4 critical areas - active devices, passive devices,
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SYS32128LK-020
ionograph
32256LK
KM681001AJ
ANH004
KM641001AJ
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Untitled
Abstract: No abstract text available
Text: Environmental Stress Screening & MTBF Every military module undergoes extensive post-production environmental stress screening ESS before shipment to verify compliance with Vicor's high quality and performance standards and to eliminate early life failures. To ensure the most effective
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MI-200
MI-J00
MI-J60-MY
MI-260-MW
V300C12M150AL
V300B15M250AL
V300A28M500AL
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MLCC 0402 MTBF
Abstract: C0402C0G500-101JNE C0402X7R160 47E-04 87E04 c0402c0g500 39E-04 C0402X
Text: DOCUMENT NO. MLB-0101-07 DATE 01.02.2007 WRITTEN CHECKED APPROVED / / / QUALITY REPORT FAILURE RATE AND MTBF DATA 0402 MULTI LAYER CERAMIC CHIP CAPACITOR NP0, X7R & Y5V TESTED PRODUCT: –NP0: –X7R: –Y5V: C0402C0G500-101JNE C0402X7R160-103KNE C0402Y5V250-104ZNE
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MLB-0101-07
C0402C0G500-101JNE
C0402X7R160-103KNE
C0402Y5V250-104ZNE
MLCC 0402 MTBF
C0402C0G500-101JNE
C0402X7R160
47E-04
87E04
c0402c0g500
39E-04
C0402X
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Resolver-to-Digital Converter
Abstract: Activation Energy ACT5028 AN5028-3
Text: Application Note Reliability MTBF Assessment for the ACT5028 16 Bit Monolithic Tracking RAD HARD Resolver-To-Digital Converter with the Arrhenius Solution Application Note AN5028-3 7/31/06 Rev B ABSTRACT TIME-TEMPERATURE RELATIONSHIP * ARRHENIUS EQUATION
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ACT5028
AN5028-3
ACT5028
AN5028-3
Resolver-to-Digital Converter
Activation Energy
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