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Bel Fuse
YNV05T10-0G Module DC-DC 1-OUT 1V 10A 36.3W 10-Pin SIP (Alt: YNV05T10-0G) YNV05T10-0G ECAD Model
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000
Avnet (2) YNV05T10-0G 0 20 Weeks 540 - - - $15.0514 $13.14103 More Info
YNV05T10-0G 0 22 Weeks 540 - - - €16.06328 €13.47243 More Info
Bel Power Solutions
YNV05T10-0G YNV05T10-0G ECAD Model
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000
Onlinecomponents.com YNV05T10-0G 0 - - - $13.92 $13.92 More Info
C&D Technologies Inc
YNV05T10-0G YNV05T10-0G ECAD Model
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000
Bristol Electronics YNV05T10-0G 108 - - - - - More Info

YNV05T10-0G datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
YNV05T10-0G YNV05T10-0G ECAD Model Power-One DC DC Converters, Power Supplies - Board Mount, DC/DC CONVERT 0.7525-3.63V 10A Original PDF

YNV05T10-0G Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
Not Available

Abstract: No abstract text available
Text: No file text available


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PDF YNV05T10 MCD10198 23-Jun-10
2010 - mosfet 3055

Abstract: No abstract text available
Text: No file text available


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PDF YNV05T10 MCD10198 23-Jun-10 mosfet 3055
2006 - Not Available

Abstract: No abstract text available
Text: No file text available


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PDF YNV05T10
2004 - 728g

Abstract: No abstract text available
Text: No file text available


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PDF YNV05T10 63Vdc 728g
2007 - AN3447

Abstract: Calibration Technique for Accelerometers accelerometer sensor MMA73XOL MMA73x0L AN1636 MMA7330L MMA7340L MMA7360L
Text: sampling the accelerometer voltage output value at 0g which is the zero reference. This reference value is , listed in Table 1 for 0g , +1g. Table 1. Offset Values for MMA73x0L for X, Y and Z Directions Device Sensitivity 0g -1g +1g MMA7360L 800mV/g 1.65V 0.85V 2.45V MMA7340L 440mV/g , . Voltage (V) S VOFF Acceleration (g's) 0g gMAX Figure 1. Transfer Function of the , OUT ­ V OFF ) / S Voltage (V) VOFF + V V g VOFF @ 0g Acceleration (g) g 0g g


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PDF AN3447 MMA73x0L AN3447 Calibration Technique for Accelerometers accelerometer sensor MMA73XOL AN1636 MMA7330L MMA7340L MMA7360L
153j100

Abstract: MSM8225-0-576NSP1.0G 182J5 102J100 682J100 ah 471k capacitor RPE110COG e122x 153M1 murata 113x
Text: No. ± 5 % Cap. COG (NPO) 50V 12pF i R P E110C 0G 120J50V 15 ! R P E110C 0G 150J50V 18 20 22 R P E110C 0G 560J50V RPE110COG680J50V R P E 1 10C 0G 820J50V R P E 1 10C 0G 101J50V R P E 1 10COG121J50V 150 180 220 270 330 R P E 1 10C 0G 15 1 J50V R P E 110C 0G 181J50V R P E 110C 0G 221J50V R PE110C 0G 271J50V R PE110C 0G 331J50V 390 470 560 680 820 R PE110C 0G 391J50V R P E 110C 0G 471J50V RPE110COG561J50V RPE110COG681J50V R P E 110C 0G 821J50V 1000 820 820 1000


OCR Scan
PDF PE110-XXX 30ppm 153j100 MSM8225-0-576NSP1.0G 182J5 102J100 682J100 ah 471k capacitor RPE110COG e122x 153M1 murata 113x
2007 - MMA73x0L

Abstract: schematic pedometer circuit diagram of pedometer MMA7330L MMA7340L MMA7360L laptop battery pinout
Text: ) Zero g Output (V) VDD Supply Voltage (V) IDD Current (µA) Rolloff Frequency (Hz) 0g , 2 SW 3 VSS 0g -Detect VDD N/C g-Select 4 7 Sleep 5 6 3.3 nF 0g , View 0g -Detect g-Select Self Test 10 11 12 13 N/C 9 Reserved 8 N/C Bottom , 2 8 13 12 11 10 @ +1g 9 8 X OUT Y @ 0g @ 0g OUT Bottom 7 OUT @ +1g OUT 1 Z OUT @ 0g Z 2 Y OUT @ 0g 14 X OUT Y 3 3


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PDF AN3376 MMA73x0L MMA7360L MMA7340L MMA7330L LGA-14 schematic pedometer circuit diagram of pedometer MMA7330L MMA7340L MMA7360L laptop battery pinout
223K100V

Abstract: 334K100V 333K100V AZ 393M 682K100V RPE117 103J100V RPE122X7R RPE114
Text: V R P E 110 C 0 G 3 3 0 J 5 0 V R P E 110 C O G 36 0J5 O V R P E 110C 0G 390J50V R P E 1 10C O G 47O J5O V 56 68 82 100 12 0 R P E 110C 0G 560J50V R P E 1 10 C 0 G 6 8 0 J 5 0 V R P E , 110C 0G 151J50V R P E 1 10 C O G 18 1J 5 0 V R P E 110C 0G 221J50V R P E 110C 0G 271J50V R P E 110C 0G 331J50V 390 470 560 680 820 R P E 110C 0G 391J50V R P E 1 10 C 0 G 4 7 1 J 5 0 V R P E 110C 0G 561J50V R P E 110C O G 681J50V R P E 110C 0G 821J50V 1000 820 820 10 0 0 10 00 R P


OCR Scan
PDF L94V-0 110-XXX 30ppm 223K100V 334K100V 333K100V AZ 393M 682K100V RPE117 103J100V RPE122X7R RPE114
2009 - for3g

Abstract: FOR3G 0-1 adxl312 DSA00678
Text: AZ AY AX XOUT = 1g YOUT = 0g ZOUT = 0g TOP GRAVITY XOUT = 0g YOUT = ­1g ZOUT = 0g XOUT = 0g YOUT = 1g ZOUT = 0g TOP TOP XOUT = ­1g YOUT = 0g ZOUT = 0g 08167-043 XOUT = 0g YOUT = 0g ZOUT = 1g 08167-042 TOP XOUT = 0g YOUT = 0g ZOUT = ­1g Pin 1 Indicator


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PDF ADXL312 ADXL312 ADXL346 for3g FOR3G 0-1 DSA00678
2007 - 491CM

Abstract: AN3151 3-axis spike AN3447 MMA7360L
Text: -axis solution, when horizontally oriented, the X-axis and Y-axis outputs are the same ( 0g ) regardless of , angular acceleration, the output acceleration will approach 0g . The distance of the fall and the time of , filter, temperature compensation, self test, 0g detect which detects linear freefall, and g-Select which , MMA7360L is the 0g detect digital logic output pin. In the 0g detect circuit there is a window comparator , the window comparator is multiplexed. When the 3 latch outputs are high at same time, the 0g detect


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PDF AN3459 MMA7360L MMA7360L 491CM AN3151 3-axis spike AN3447
2002 - Not Available

Abstract: No abstract text available
Text: SENSITRON SEMICONDUCTOR Technical Data Data Sheet 3387, Rev. 0-G Green Products 0-G , "0 1 !"!"#$ = 9 " () /)'0(. - Green Products 0 0 0-G 0-G / 7.5 )5 0-G 0-G ' $ %2°'%' 3%/)4 "!. . !6 . 7"8 "!.).9!TJ )%!-." :- , 5 , sales@sensitron.com · SENSITRON SEMICONDUCTOR Data Sheet 3387, Rev. " """ 0-G 0-G Green , SEMICONDUCTOR Data Sheet 3387, Rev. - Green Products 0-G 0-G DISCLAIMER: 1- The information


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2010 - AN3447

Abstract: AN3916 MMA8450Q
Text: of the leading sources of error in an accelerometer is attributed to the 0g -offset or bias error , Accelerometer, Calibration, 0g -offset, Bias Error, Trim, Offset Trim, Sensor, Sensitivity, Zero Reference Point, Tilt Application, AN3447, XYZ Registers, LSB. 1.2 Summary A. The 0g offset and sensitivity , , and when in the ideal zero (0) reference position, the accelerometer will read 0g . Regarding the sensor, it is important to understand what the (zero) 0g reading represents. Since the MMA8450Q is a


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PDF AN3916 MMA8450Q AN3447 AN3916 MMA8450Q
2007 - Not Available

Abstract: No abstract text available
Text: compensation, self test, 0g -Detect which detects linear freefall, and g-Select which allows for the selection , Diagnosis 0g -Detect for Freefall Protection Signal Conditioning with Low Pass Filter Robust Design, High , ZOUT 4 10 g-Select VSS 5 VDD ORDERING INFORMATION N/C 6 9 0g -Detect 8 N/C , Connections VDD 0g -Detect g-Select OSCILLATOR Sleep X-TEMP COMP XOUT C to V CONVERTER , , Unless otherwise noted: –20° < TA < 85° 2.2 V < VDD < 3.6 V, Acceleration = 0g , Loaded output(1) C


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PDF MMA7360L MMA7360L MMA7360L:
2010 - grx2

Abstract: NJG1672LK4 GSM1800 GSM1900 GSM900 HK1005
Text: ) fGSM1800 TX, fGSM1900 TX, Pin=10dBm LCR_TX to ANT ISL3(3) fLCR1.9G, fLCR2. 0G , Pin=10dBm Insertion , TX, Pin=10dBm LCR_TX to ANT ISL4(3) fLCR1.9G, fLCR2. 0G , Pin=10dBm TYP MAX 925 - 960 , ) fGSM1800 TX, fGSM1900 TX, Pin=10dBm LCR_TX to ANT ISL5(3) fLCR1.9G, fLCR2. 0G , Pin=10dBm Insertion , ) fGSM1800 TX, fGSM1900 TX, Pin=10dBm LCR_TX to ANT ISL6(2) fLCR1.9G, fLCR2. 0G , Pin=10dBm LOSS6(1) TYP , Frequency Range 10 fLCR2. 0G LCR 2.0G Band 2010 - 2025 MHz - 1.0 1.4 - -


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PDF NJG1672LK4 NJG1672LK4 grx2 GSM1800 GSM1900 GSM900 HK1005
2010 - MMA7361LCT

Abstract: MMA7361LC MMA7361LCR1 AN3447 AN3484 freescale MMA7361LC LGA-14 MMA7361LC FREESCALE 3
Text: filter, temperature compensation, self test, 0g -Detect which detects linear freefall, and g-Select , ms Enable Response Time) Self Test for Freefall Detect Diagnosis 0g -Detect for Freefall Protection , Top View VDD 13 1 2 12 N/C g-Select 0g -Detect N/C 7 ORDERING INFORMATION , , 2011. All rights reserved. Sleep Figure 1. Pin Connections VDD 0g -Detect g-Select , < 3.6 V, Acceleration = 0g , Loaded output(1) Characteristic Symbol Min Typ Max Unit


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PDF MMA7361LC MMA7361LC MMA7361LC: LGA-14 MMA7361LCT MMA7361LCR1 AN3447 AN3484 freescale MMA7361LC MMA7361LC FREESCALE 3
2010 - MMA7361LCR1

Abstract: No abstract text available
Text: pass filter, temperature compensation, self test, 0g -Detect which detects linear freefall, and , Turn On Time (0.5 ms Enable Response Time) Self Test for Freefall Detect Diagnosis 0g -Detect for , 1977-01 Typical Applications Top View 2 1 13 VDD N/C g-Select 0g -Detect N/C 7 , reserved. Sleep Figure 1. Pin Connections VDD 0g -Detect g-Select OSCILLATOR Sleep , , Acceleration = 0g , Loaded output(1) C Characteristic Symbol Min Typ Max Unit VDD IDD IDD


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PDF MMA7361LC MMA7361LC MMA7361LC: LGA-14 MMA7361LCR1
Not Available

Abstract: No abstract text available
Text: ) fGSM1800 TX, fGSM1900 TX, Pin=10dBm LCR_TX to ANT ISL3(3) fLCR1.9G, fLCR2. 0G , Pin=10dBm Insertion , TX, Pin=10dBm LCR_TX to ANT ISL4(3) fLCR1.9G, fLCR2. 0G , Pin=10dBm TYP MAX 925 - 960 , ISL5(2) fGSM1800 TX, fGSM1900 TX, Pin=10dBm LCR_TX to ANT ISL5(3) fLCR1.9G, fLCR2. 0G , Pin , ISL6(2) fGSM1800 TX, fGSM1900 TX, Pin=10dBm LCR_TX to ANT ISL6(2) fLCR1.9G, fLCR2. 0G , Pin , 1920 MHz Frequency Range 10 fLCR2. 0G LCR 2.0G Band 2010 - 2025 MHz - 1.0


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PDF NJG1672LK4 NJG1672LK4
2007 - MMA7360L

Abstract: MMA7360LR2 MMA7360LT AN3447 AN3484 circuit diagram of pedometer LGA-14
Text: compensation, self test, 0g -Detect which detects linear freefall, and g-Select which allows for the selection , Time (0.5 ms Enable Response Time) Self Test for Freefall Detect Diagnosis 0g -Detect for Freefall , g-Select 5 VDD Part Number 1 VSS ORDERING INFORMATION N/C 6 13 Self Test 9 0g -Detect 8 N/C 7 Sleep Figure 1. Pin Connections VDD 0g -Detect g-Select OSCILLATOR Sleep , , Acceleration = 0g , Loaded output(1) Characteristic Symbol Min Typ Max Unit VDD IDD IDD TA


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PDF MMA7360L MMA7360L MMA7360L: MMA7360LR2 MMA7360LT AN3447 AN3484 circuit diagram of pedometer LGA-14
2002 - Not Available

Abstract: No abstract text available
Text: 0-G 0-G !" !" , *( 6 6 6 6 : !"#$% & 0-G 0-G 0-G 0-G 0-G " - " 9 , 0-G 0-G 1404, A 6 5 Green Products 100 IF , Address - sales@sensitron.com · 1404, A SENSITRON 0-G 0-G


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2006 - AN3109

Abstract: aCCELEROMETER APPLICATION CIRCUIT KIT3109MMA6270QE KIT3109MMA6271QE KIT3109MMA6280QE KIT3109MMA6281QE KIT3109MMA7260QE KIT3109MMA7261QE
Text: @ 0g = 1.65 V YOUT @ -1g = 0.85 V ZOUT @ 0g = 1.65 V XOUT @ +1g = 2.45 V YOUT @ 0g = 1.65 V ZOUT @ 0g = 1.65 V XOUT @ 0g = 1.65 V YOUT @ 0g = 1.65 V ZOUT @ +1g = 2.45 V XOUT @ -1g = 0.85 V YOUT @ 0g = 1.65 V ZOUT @ 0g = 1.65 V XOUT @ 0g = 1.65 V YOUT @ 0g = 1.65 V ZOUT @ -1g = 0.85 V XOUT @ 0g = 1.65 V YOUT @ +1g = 2.45 V ZOUT @ 0g = 1.65 V * When positioned as shown, the Earth , View XOUT@ 0g = 1.65 V YOUT @ -1g = 1.17 V ZOUT @ 0g = 1.65 V XOUT @ +1g = 2.13 V YOUT @ 0g =


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PDF AN3109 MMA7260QT/R2 KIT3109MMA7260QE MMA7261QT/R2 KIT3109MMA7261QE AN3109 aCCELEROMETER APPLICATION CIRCUIT KIT3109MMA6270QE KIT3109MMA6271QE KIT3109MMA6280QE KIT3109MMA6281QE KIT3109MMA7260QE KIT3109MMA7261QE
2002 - 000000M

Abstract: No abstract text available
Text: 5.0 0 0 0 0 0 M H z 2: - 2 . 3 8 6 3 d B 1. 8 8 0 0 0G H z 3: - 3 6. 0 2 5 d B 1 .7 1 0 0 0G H z 4: - 2 6. 2 0 1 d B 1. 7 8 5 0 0G H z 5: - 4 1. 7 3 3 d B 1. 9 2 0 0 0G H z 4 3 5 C E N T E , 1. 0 0 0 0 0G H z 3:- 2 2. 3 4 4 d B 1. 3 5 5 0 0G H z 4:- 2 9. 0 0 1 d B 1. 9 8 0 0 0G H z 5:- 2 7. 3 3 0 d B 3 .7 6 0 0 0G H z 2 3 5 4 S T A R T .010 000 M H z S T O P 6 000 . 000 000 M H z , 0 dB 1 2 1: - 2 . 0 7 3 4 d B 1 9 3 0.0 0 0 0 0 0 M H z 2: - 2 . 1 7 5 6 d B 1. 9 9 0 0 0G


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PDF FAR-G6CS-1G9600-L251 91000GHz 01000GHz 000000MHz SPAN400 000000MHz 745pF 000000M
2007 - MMA7340L

Abstract: MMA7340LR2 MMA7340LT
Text: compensation, self test, 0g -Detect which detects linear freefall, and g-Select which allows for the selection , ) Self Test for Freefall Detect Diagnosis 0g -Detect for Freefall Protection Signal Conditioning with , ORDERING INFORMATION N/C 5 VDD 6 13 Self Test 9 0g -Detect 8 N/C 7 Sleep Figure 1. Pin Connections VDD 0g -Detect g-Select OSCILLATOR Sleep X-TEMP COMP XOUT C to V , otherwise noted: ­20°C < TA < 85°C, 2.2 V < VDD < 3.6 V, Acceleration = 0g , Loaded output(1) Characteristic


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PDF MMA7340L MMA7340L MMA7340L: LGA-14 MMA7340LR2 MMA7340LT
2010 - ADXL345

Abstract: UM10204 gravity sensor Self-Test AN-1077 AN-1025
Text: . Sensing Axes of ADXL345 XOUT = +1g YOUT = 0g ZOUT = 0g TOP TOP XOUT = 0g YOUT = +1g ZOUT = 0g XOUT = ­1g YOUT = 0g ZOUT = 0g XOUT = 0g YOUT = 0g ZOUT = +1g Figure 2. Output Response vs. Orientation to Gravity Rev. 0 | Page 1 of 8 XOUT = 0g YOUT = 0g ZOUT = ­1g 09119-002 TOP XOUT = 0g YOUT = ­1g ZOUT = 0g TOP GRAVITY 09119-001 AY AN , achieved if it is possible to rotate the ADXL345 at calibration. START PLACE SENSOR IN X = 0g , Y =


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PDF AN-1077 ADXL345 14-lead, AN09119-0-6/10 UM10204 gravity sensor Self-Test AN-1077 AN-1025
Not Available

Abstract: No abstract text available
Text: dduffin@netplane.com ýG G !'G uw SG ýG kGjG G !'G G 0'G . G 0'G G G - 'G ! ! G ( ÍG ''G z G G &G 'G ÍG ''G , SwuupSG mG y G G '!G +"G G /G +* G G G / G ' G "G G 0'G & G /G ( TÍ'G G G G 'ýUG uw'G s{jz OsG , / G 0 'G G G 'G '*G &G / G/ G G G G G ' G / ýUG 'G 0'G G uSG sG {SG hSG mSG uljSG zG G l'G G OE G /G í G G 0 G hsG uG G /G G 'G G 0'G 'ýUG /G G 'OE/G G /G uw'G 'G UUG G G ýUG G G G G G G G zGoG zGoG G G 'G "G X``\ï'G wG zG sG yG hG O !! PG G 'G " G G "G 'G íO 0'G ZG /G


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2010 - MMA845x

Abstract: AN4069 mma8452 MMA845 MMA8452Q AN4077 AN3447 AN4068 MMA8451 MMA8453Q
Text: within an application. One of the leading sources of error in an accelerometer is attributed to the 0g , , Calibration, 0g -offset, Bias Error, Trim, Offset Trim, Sensor, Sensitivity, Zero Reference Point, Tilt Application, AN3447, XYZ Registers, LSB. 1.2 Summary A. The 0g offset and sensitivity errors can be , position, the accelerometer will read 0g . Regarding the sensor, it is important to understand what the (zero) 0g reading represents. Since the MMA845 1, 2, 3Q is a digital part, the 0g reading will depend


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PDF AN4069 MMA8451, MMA845x AN4069 mma8452 MMA845 MMA8452Q AN4077 AN3447 AN4068 MMA8451 MMA8453Q
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