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TIPD147 Texas Instruments Noise Measurement Post-Amp for Oscilloscope or Spectrum Analyzer

oscilloscope MTBF Datasheets Context Search

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2002 - oscilloscope MTBF

Abstract: HN-333 HN-331 HN-332 HN-342 HN-344
Text: % MTBF Notes 1: This standard shows the simple substance characteristic. Notes 2: In principle, after , with the oscilloscope of a 100MHz zo Output Ripple & Noise Vo(p-p) Notes 6: Input voltage change , FIT 340 Ta=40 Degree H 2941176.471 Load ratio : under 50% MTBF Notes 1: This , oscilloscope of a 100MHz zone. Output Ripple & Noise Vo(p-p) Notes 6: Input voltage change examination , =40 Degree H 2941176.471 Load ratio : under 50% MTBF Notes 1: This standard shows the simple


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PDF HN-331 100MHz oscilloscope MTBF HN-333 HN-331 HN-332 HN-342 HN-344
TN1055

Abstract: oscilloscope MTBF LC4128 11801B HFS9003 6410VC
Text: Metastability in Lattice Devices Mean Time Between Failures ( MTBF ) The Metastability Failure Rate may be , correctly. This failure rate is often converted to Mean Time Between Failure ( MTBF ). MTBF = 1 / Metastability Failure Rate MTBF = 1/ Failure Rate = 1/ (W * fC * fD * e-tr/) = etr// (W * fC * fD) (7 , expression to decades form, etr/ = 10tr/ (8) MTBF = 10tr/ / (W * Fc * Fd) (9) where: = / log(e , Trigger In Signal Generator Digitizing Oscilloscope Mask Counting The logic level plots


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PDF TN1055 ORT82G5-3BM680C pp120-131. 1-800-LATTICE TN1055 oscilloscope MTBF LC4128 11801B HFS9003 6410VC
2001 - RTSX32

Abstract: oscilloscope MTBF
Text: transition) = aperture / Tc Mean Time Between Failures ( MTBF ) is defined as the operation time (230 cycles in , / Tc = N We can now write an equation for MTBF as follows: MTBF = 1 / (aperture * fd * fc) = 1 /(To , time:. MTBF = (e ( Ts / ) ) / (To * fd * fc ) Ts = Tco + Tmet Tco = clock-to-out time Tmet = additional , measure the clock-to-out delay of a flip-flop. MTBF = e C2 * Tmet / C1 * fd * fc where Tmet, fd, and fc , the MTBF number is calculated. This design was selected because Tmin + Tmet was easily and accurately


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PDF RTSX32 1240XL RTSX32 oscilloscope MTBF
calculating rectifier circuits MTBF

Abstract: 3032AT ussr Sprague 150D
Text: with little high frequency content. This can be readily measured on a low bandwidth oscilloscope for , must be employed so that correct measurements are obtained. First, a 20 MHz bandwidth oscilloscope is , . Therefore the conventional ground clip on an oscilloscope probe should never be used in this type of , directly to the oscilloscope ; a ground plane is also used between the power converter and the scope. Since , terminal and looking for noise on the oscilloscope . SCOPE 0 TO DC SOURCE son » 1h -V W - f l -


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Not Available

Abstract: No abstract text available
Text: .5 4.1 å¹³å‡æ— æ•…éšœé—´éš”æ—¶é—´ MTBF , input voltage conditions as specified Section 2.1, Measurements will be made with an oscilloscope set , •…障间隔时间 MTBF 25â„ƒçŽ¯å¢ƒæ¸©åº¦ï¼Œæ»¡è½½æ¡ä»¶ï¼Œé¢å®šç”µåŽ‹è¾“å…¥æ¡ä»¶ï¼Œå¹³å‡æ— æ•…éšœé—´éš”æ—¶é—´ ≥ 10000 小时(MIL-HDBK-217F)。 MTBF no less than 10000 hours (25 degrees C, Full load and rated voltage , 电源功率计/ POWER METER 9-3 电子负载/ ELECTRONIC LOAD 9-4 示波器/ OSCILLOSCOPE 9-5 万用è


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PDF YCZX-00058 MIL-STD-105E
YCZX-1258

Abstract: No abstract text available
Text: .6 4.1 å¹³å‡æ— æ•…éšœé—´éš”æ—¶é—´ MTBF , input voltage conditions as specified Section 2.1, Measurements will be made with an oscilloscope set , •…障间隔时间 MTBF 25â„ƒçŽ¯å¢ƒæ¸©åº¦ï¼Œæ»¡è½½æ¡ä»¶ï¼Œé¢å®šç”µåŽ‹è¾“å…¥æ¡ä»¶ï¼Œå¹³å‡æ— æ•…éšœé—´éš”æ—¶é—´ ≥ 10000 小时(MIL-HDBK-217F)。 MTBF no less than 10000 hours (25 degrees C, Full load and rated voltage , 电源功率计/ POWER METER 9-3 电子负载/ ELECTRONIC LOAD 9-4 示波器/ OSCILLOSCOPE 9-5 万用è


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PDF YCZX-1258 MIL-STD-105E
C 3205

Abstract: NV100 NV-100
Text: 20MHz bandwidth oscilloscope . Measurements are taken at the end of a 150mm length of a twisted pair , earth wire of the oscilloscope probe should be as short as possible, winding a link wire around the , 0.567 0.240 To calculate MTBF , sum the FPMH for all component parts at the required temperature. This gives total failures per million hours (FPMH). Convert this to MTBF by dividing 1000000 by the FPMH. For example: Require the MTBF for NVA1-453TT at 30° C Main Assembly Channel 2 Channel 3


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PDF NV100 NV-100 C 3205 NV-100
YCZX-1258

Abstract: No abstract text available
Text: .5 4.1 å¹³å‡æ— æ•…éšœé—´éš”æ—¶é—´ MTBF , input voltage conditions as specified Section 2.1, Measurements will be made with an oscilloscope set , •…障间隔时间 MTBF 25â„ƒçŽ¯å¢ƒæ¸©åº¦ï¼Œæ»¡è½½æ¡ä»¶ï¼Œé¢å®šç”µåŽ‹è¾“å…¥æ¡ä»¶ï¼Œå¹³å‡æ— æ•…éšœé—´éš”æ—¶é—´ ≥ 10000 小时(MIL-HDBK-217F)。 MTBF no less than 10000 hours (25 degrees C, Full load and rated voltage , 电源功率计/ POWER METER 9-3 电子负载/ ELECTRONIC LOAD 9-4 示波器/ OSCILLOSCOPE 9-5 万用è


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PDF YCZX-1258 MIL-STD-105E
220VAC to 12VDC 2A circuit diagram

Abstract: 12VDC to 240VAC inverter full sine wave
Text: measured on a low bandwidth oscilloscope for peak-topeak value or with a true RMS voltm eter for RMS value , . First, a 20MHz bandwidth oscilloscope is normally used for the measurement so that all significant harm , ground clip on an oscilloscope probe should never be used in this type of measurement. This clip, when , the probe and be as short as possible. The oscilloscope bandwidth should be 50 MHz or greater and the oscilloscope should be con nected to AC ground. REFLECTED RIPPLE CURRENT Reflected ripple current was


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LEDWC150

Abstract: LEDWC-150S070ST 90V, 350mA LED driver LEDWC-150S035ST
Text: ¾Very High MTBF & Life Time SPECIFICATION Model Rated Current (1) Current Range (Min - Max) mA Rated , Withstand Voltage EMI Conduction & Radiation Harmonic Current EMS Immunity MTBF (3) Others Life Time (3 , Safety & EMC Others EMI Conduction & Radiation Harmonic Current EMS Immunity MTBF (3) Life Time (3 , of bandwidth oscilloscope and the output paralleled a 0.1uf ceramic capacitor & 10 uf electrolytic


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PDF LEDWC150 UL8750 EN61347 230Vac CA93065 100Vac 450mA) 277Vac LEDWC150 LEDWC-150S070ST 90V, 350mA LED driver LEDWC-150S035ST
2004 - s007 celestica

Abstract: s007
Text: Output Trim up to 5.0V (12V input only) High Efficiency to 84% Short Circuit Protection MTBF 4.1 million , Operating Temperature * Storage Temperature Weight MTBF See efficiency curves on pg 4 Fixed Unit is , frequency band of 10Hz to 20MHz. Measurements are made with an oscilloscope set to 20MHz bandwidth limit , measurements with the outputs at specified maximum output current. Oscilloscope 20MHz BW setting


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PDF 300LFM) 084-S007-00 Feb27-2004 s007 celestica s007
350mA 220vac driver

Abstract: 223-M91 dimming 12v 1-10V LED EN61000-4-8 UL-8750 90V, 350mA LED driver
Text: High MTBF & Life Time Optional DImming RoHS Compliant SPECIFICATIONS Model Rated Current Current , Others CE Withstand Voltage EMI Cond. & Rad. Harmonic Current EMS Immunity MTBF (2) Life Time (2 , Radiation Harmonic Current EMS Immunity MTBF (2) Life Time (2) Dimension (L*W*H) Weight NOTES: 1. Measured with a 20MHz bandwidth oscilloscope and the output paralleled with a 0.1uf ceramic capacitor and a


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PDF LEDWCx096 90-305VAC) UL8750 EN61347 LEDWCx096S035ST 350mA LEDWCx096S045ST 450mA LEDWCx096S070ST 700mA 350mA 220vac driver 223-M91 dimming 12v 1-10V LED EN61000-4-8 UL-8750 90V, 350mA LED driver
LEDWC-200S105ST

Abstract: No abstract text available
Text: ¾Very High MTBF & Life Time SPECIFICATION Model Rated Current (1) Current Range (Min - Max) mA , Withstand Voltage EMI Conduction & Radiation Harmonic Current EMS Immunity MTBF (3) Life Time (3) Dimension , Immunity MTBF (3) Life Time (3) Dimension (L*W*H) Weight Autec Power Systems 667 E Cochran St, Simi , of bandwidth oscilloscope and the output paralleled a 0.1uf ceramic capacitor & 10 uf electrolytic


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PDF LEDWC200 UL8750 EN61347 230Vac LEDWC-200S045ST 450ge CA93065 100Vac 450mA) LEDWC-200S105ST
UL-8750

Abstract: autec
Text: 2/11/2010 50W Constant Voltage LED Driver LEDWV050 series FEATURES ¾High Efficiency (Up to 87%) ¾Active Power Factor Correction ¾Waterproof (IP67) ¾Over Voltage, Short Circuit & Over current Protection ¾Comply UL8750 & EN61347 Safety Regulations ¾Very High MTBF & Life Time , Conduction & Radiation CE EMS Immunity MTBF (3) Life Time (3) Dimension (L*W*H) Weight Autec Power Systems , of bandwidth oscilloscope and the output paralleled a 0.1uf ceramic capacitor & 10 uf electrolytic


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PDF LEDWV050 UL8750 EN61347 230Vac LEDWV-050S012ST 110VAC 220VAC CA93065 UL-8750 autec
7-18VDC

Abstract: 220vac LED driver
Text: 2/8/2010 40W Constant Voltage LED Driver LEDWV040 series FEATURES ¾High Efficiency (Up to 86%) ¾Active Power Factor Correction ¾Waterproof (IP66) ¾Over Voltage, Short Circuit & Over current Protection ¾Comply UL8750 & EN61347 Safety Regulations ¾Very High MTBF & Life Time , No load Power Dissipation Withstand Voltage EMI Conduction & Radiation CE EMS Immunity MTBF (3) Life , oscilloscope and the output paralleled a 0.1uf ceramic capacitor & 10 uf electrolytic capacitor. 3. For 12V


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PDF LEDWV040 UL8750 EN61347 230Vac LEDWV-040S012PS 110VAC 220VAC CA93065 7-18VDC 220vac LED driver
LEDWV150S024ST

Abstract: No abstract text available
Text: & EN61347 Safety Regulations ¾Very High MTBF & Life Time SPECIFICATION Model Voltage Max , No load Power Dissipation Withstand Voltage EMI Conduction & Radiation CE EMS Immunity MTBF (3) Life , measured at 20MHz of bandwidth oscilloscope and the output paralleled a 0.1uf ceramic capacitor & 10 uf


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PDF LEDWV150 UL8750 EN61347 230Vac 110VAC 220VAC CA93065 LEDWV150S024ST
Not Available

Abstract: No abstract text available
Text: FEATURES Ultra High Efficiency (Up to 91%) Active Power Factor Correction Waterproof (IP67) Lightining Protection Wide Operating Temperature Range Over Voltage, Over Temperature & Short Circuit Protection Comply UL8750 & EN61347 Safety Regulations UL 1310 Class 2 Very High MTBF & Life Time RoHS , Standards Safety & EMC Withstand Voltage Isolation Resistance EMI Conducted & Radiated CE EMS Immunity MTBF , oscilloscope and the output paralleled with a 0.1uf ceramic capacitor & 10uf electrolytic capacitor. 3. Using


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PDF UL8750 EN61347 LEDWV76 LEDWV-076S054Sx CA93065 LEDWV-076SxxxST LEDWV-076SxxxSS EUV-076SxxxSS
230v AC to 30V dC converter circuit diagram

Abstract: 230v AC to 30V AC converter circuit diagram 230v to convert 12v power supply circuit diagram NV700 st series psu optocoupler MTBF 110v dc fan NV-350 NV350 230V ac to 110V dc converter circuit
Text: . Measurements are to be made according to EIAJ methods. This is done with an 20MHz bandwidth oscilloscope with , oscilloscope probe should be as short as possible, winding a link wire around the earth collar of the probe is , 12.096 24.192 To calculate MTBF , sum the FPMH for all component parts at the required temperature. This gives total failures per million hours (FPMH). Convert this to MTBF by dividing 1000000 by the FPMH. For example:Require the MTBF for NV3SSS 5B 12/12DB at 30° C 350W Converter B module DB


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PDF NV700 230v AC to 30V dC converter circuit diagram 230v AC to 30V AC converter circuit diagram 230v to convert 12v power supply circuit diagram st series psu optocoupler MTBF 110v dc fan NV-350 NV350 230V ac to 110V dc converter circuit
230v AC to 30V dC converter circuit diagram

Abstract: NV350 NV700 NV-350 230v to convert 12v power supply circuit diagram oscilloscope MTBF optocoupler MTBF NV70 230V ac to 110V dc converter circuit
Text: . Measurements are to be made according to EIAJ methods. This is done with an 20MHz bandwidth oscilloscope with , oscilloscope probe should be as short as possible, winding a link wire around the earth collar of the probe is , 1.837 12.096 24.192 To calculate MTBF , sum the FPMH for all component parts at the required temperature. This gives total failures per million hours (FPMH). Convert this to MTBF by dividing 1000000 by the FPMH. For example:Require the MTBF for NV3SSS 5B 12/12DB at 30° C 350W Converter B module DB


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PDF NV700 NV-350 NV-700 230v AC to 30V dC converter circuit diagram NV350 230v to convert 12v power supply circuit diagram oscilloscope MTBF optocoupler MTBF NV70 230V ac to 110V dc converter circuit
2013 - PSA05A-050QA

Abstract: No abstract text available
Text: output connector terminal and oscilloscope set at 20MHz. Phihong is not responsible for any error and , Time MTBF 10mS min. @ 120VAC and max. load Short Circuit Protection Output may be shorted


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PDF PSA05A-050QA-H PSA05A-050QW-H 200mV EN61000-4-2. EN61000-4-5. EN61000-3-2 EN61000-3-3 EN55022 3000VAC, PSA05A-050QA
2011 - EN61000-4-2 level 4

Abstract: No abstract text available
Text: oscilloscope set at 20MHz. Phihong is not responsible for any error and change. Content is subject to change , ohm 500VDC MTBF 200K hours minimum at 120VAC, max load (measured at ambient 25°C) No-Load Power


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PDF PSM03A-050Q IEEE1725 100mV 20MHzent EN61000-4-2. EN61000-4-5. EN61000-3-2 EN61000-3-3 230VAC EN55022 EN61000-4-2 level 4
2009 - TRANSISTOR SMD MARKING CODE LF

Abstract: bsr14 NXP TRANSISTOR SMD MARKING CODE SOT23 smd marking NXP date code marking TRANSISTOR SMD letter CODE PACKAGE SOT23 nxp transistors Standard Marking semiconductors replacement guide LF marking code smd transistor NXP SMD ic MARKING CODE
Text: NPN switching transistors BSR13; BSR14 handbook, full pagewidth VBB VCC RB oscilloscope Vi R1 (probe) 450 R2 RC Vo (probe) 450 DUT oscilloscope MLB826 Vi = 9.5 V; T = 500 µs; tp , . Oscilloscope : input impedance Zi = 100 . Fig.2 Test circuit for switching times. 2004 Jan 13 5 , date week 34, 2003 RHF IFR (FIT) MTBF (hours) MSL 1 Hide MSL LF 1 The variants in the table , Orderable part number Chemical content BSR14 RoHS Leadfree conversion date Always Pb-free RHF IFR (FIT) MTBF


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PDF BSR13; BSR14 BSR15 BSR16. BSR13 BSR14 TRANSISTOR SMD MARKING CODE LF NXP TRANSISTOR SMD MARKING CODE SOT23 smd marking NXP date code marking TRANSISTOR SMD letter CODE PACKAGE SOT23 nxp transistors Standard Marking semiconductors replacement guide LF marking code smd transistor NXP SMD ic MARKING CODE
220vac LED driver

Abstract: capacitor 220vac 1A 220vac driver UL1310 autec
Text: Temperature & Short Circuit Protection Comply with UL8750 & EN61347 Safety Regulations Very High MTBF & Life , Current EMS Immunity MTBF (3) Life Time (4) Weight & Dimension (L*W*H) Autec Power Systems 667 E Cochran , measured on a 20MHz bandwidth oscilloscope with the output paralleled using a 0.1uf ceramic capacitor and


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PDF LEDWV096 UL1310 UL8750 EN61347 2002/95/EC) LEDWV-096S024ST LEDWV-096S036ST LEDWV-096S048ST LEDWV-096S054ST 110VAC 220vac LED driver capacitor 220vac 1A 220vac driver autec
90V, 350mA LED driver

Abstract: No abstract text available
Text: 60W Constant Current LED Driver LEDWC060 series FEATURES High Efficiency (Up to 91%) Active Power Factor Correction (Up to 0.99) Waterproof (IP67) Over Voltage, Over Temp. & Short Circuit Protection Comply UL8750 & EN61347 Safety Regulations Very High MTBF & Life Time SPECIFICATION Model , Radiation Harmonic Current Leakage Current (Max.) EMS Immunity MTBF (3) Others Life Time (3) Dimension (L*W , of bandwidth oscilloscope and the output paralleled a 0.1uf ceramic capacitor & 10 uf electrolytic


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PDF LEDWC060 UL8750 EN61347 230Vac 220VAC 20MHz 2300mA 110VAC CA93065 90V, 350mA LED driver
NAD-20D

Abstract: 8673-05N2
Text: recovery Safety Approval: UL/CUL UL60950 TUV EN60950 CB IEC950 Weight: 180g(5.3Oz) MTBF : 100 , with a 20MHz bandwidth oscilloscope directly. ¬ Please refer the safety approval status on appendix 1


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PDF 20Watts NAD-20D 264Vac 264Vac 115Vac 230Vac 115Vac 3000Vac NAD-20D 8673-05N2
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