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Part ECAD Model Manufacturer Description Datasheet Download Buy Part
1812SMS-47NG 1812SMS-47NG ECAD Model Coilcraft Inc General Purpose Inductor, 47uH, 2%, 1 Element, Air-Core, SMD, 1915, SMD Visit Coilcraft Inc Buy
1812SMS-68NG 1812SMS-68NG ECAD Model Coilcraft Inc General Purpose Inductor, 68uH, 2%, 1 Element, Air-Core, SMD, 1915, SMD Visit Coilcraft Inc Buy
5315TC-205XGBB 5315TC-205XGBB ECAD Model Coilcraft Inc General Purpose Inductor, 1970uH, 2%, 1 Element, SMD Visit Coilcraft Inc Buy
5315TC-415XGBB 5315TC-415XGBB ECAD Model Coilcraft Inc General Purpose Inductor, 4150uH, 2%, 1 Element, SMD Visit Coilcraft Inc Buy
5315TC-725XGBB 5315TC-725XGBB ECAD Model Coilcraft Inc General Purpose Inductor, 7200uH, 2%, 1 Element, SMD Visit Coilcraft Inc Buy
DH3316P-102 DH3316P-102 ECAD Model Coilcraft Inc General Purpose Inductor, 1uH, 20%, 1 Element, SMD Visit Coilcraft Inc Buy

51f smd Datasheets Context Search

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2002 - SMD A06 AMPLIFIER

Abstract: MAV-4 MMIC MAR-6 MMIC MAR-3 MAV11 MSA01104 MAV-3 MMIC MAR-1 MAV3 A04 monolithic amplifier
Text: / EQUIVALENT Model Plastic Mini-circuits Equivalent SMD Mini-Circuits Equivalent 83mil HP/Avantek Equivalent Plastic HP/Avantek Equivalent SMD HP/Avantek Other Known Equivalents Avantek , Mini-Circuits Equivalent SMD Mini-Circuits Possible Equivalent SOT-89 Mini-Circuits Marking , -4 Gali-4F Gali-5 Gali-5F Gali-51 Gali- 51F Gali-52 Gali-55 Gali-6 Gali-6F Gali-S66 E1 / 01 E2 / 02 21 E3 / 03 33 E4 / 04 4F E5 / 05 5F 50 51 51F 52 55 E6 / 06 6F 66 MSA0885


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PDF 10GHz 83mil MSA-0135 MSA-0235 MSA-0335 MSA-0735 MSA-0835 MSA0185 MSA0285 MSA0385 SMD A06 AMPLIFIER MAV-4 MMIC MAR-6 MMIC MAR-3 MAV11 MSA01104 MAV-3 MMIC MAR-1 MAV3 A04 monolithic amplifier
2008 - Not Available

Abstract: No abstract text available
Text: -0101F CLP2513-0101F CLP2514-0101F CLP2515-0101F Right-Angle Type W-P9102# 51F W-P9103# 51F W-P9104# 51F W-P9105# 51F W-P9106# 51F W-P9107# 51F W-P9108# 51F W-P9109# 51F W-P9110# 51F W-P9111# 51F W-P9112# 51F W-P9113# 51F W-P9114# 51F W-P9115# 51F A 2.5 5.0 7.5 10.0 12.5 15.0 17.5 20.0 22.5 25.0 27.5 30.0 32.5 35.0 B 4.7 7.2 9.7 12.2 , W-P91 11.5 # 51F No. of Pins Material and Plating Housing : Thermoplastic Resin, Plug Pin


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PDF 1000M Stru504-0101F CLP2505-0101F CLP2506-0101F CLP2507-0101F CLP2508-0101F CLP2509-0101F CLP2510-0101F CLP2511-0101F CLP2512-0101F
2008 - CSP1505-0301F

Abstract: No abstract text available
Text: -0301F CSP1511-0301F CSP1512-0301F CSP1513-0301F CSP1514-0301F CSP1515-0301F RightAngle Typ W-P5302# 51F W-P5303# 51F W-P5304# 51F W-P5305# 51F W-P5306# 51F W-P5307# 51F W-P5308# 51F W-P5309# 51F W-P5310# 51F W-P5311# 51F W-P5312# 51F W-P5313# 51F W-P5314# 51F W-P5315# 51F A 2.5 5.0 7.5 10.0 12.5 15.0 17.5 20.0 22.5 25.0 27.5 , ) 0.64 5.8 1.8 7.3 Pin No.1 RightAngle Type B A 3.5 W-P53 8.7 3.8 # 51F No. of Pins


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PDF 1000M O301F CSP1509-0301F CSP1510-0301F CSP1511-0301F CSP1512-0301F CSP1513-0301F CSP1514-0301F CSP1515-0301F -P5302 CSP1505-0301F
2008 - CSP1505-0301F

Abstract: 1N51
Text: -0301F CSP1513-0301F CSP1514-0301F CSP1515-0301F Right-Angle Typ W-P5302# 51F W-P5303# 51F W-P5304# 51F W-P5305# 51F W-P5306# 51F W-P5307# 51F W-P5308# 51F W-P5309# 51F W-P5310# 51F W-P5311# 51F W-P5312# 51F W-P5313# 51F W-P5314# 51F W-P5315# 51F A 2.5 5.0 7.5 10.0 12.5 15.0 17.5 20.0 22.5 25.0 27.5 30.0 32.5 35.0 B 7.5 10.0 12.5 , .1 Right-Angle Type B A 3.5 W-P53 8.7 3.8 # 51F No. of Pins Material and Plating Housing


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PDF 1000M Op01F CSP1509-0301F CSP1510-0301F CSP1511-0301F CSP1512-0301F CSP1513-0301F CSP1514-0301F CSP1515-0301F -P5302 CSP1505-0301F 1N51
2004 - CSP1503

Abstract: 1N51
Text: -0301F RightAngle Typ W-P5302# 51F W-P5303# 51F W-P5304# 51F W-P5305# 51F W-P5306# 51F W-P5307# 51F W-P5308# 51F W-P5309# 51F W-P5310# 51F W-P5311# 51F W-P5312# 51F W-P5313# 51F W-P5314# 51F W-P5315# 51F A 2.5 5.0 7.5 10.0 12.5 15.0 , 3.8 # 51F No. of Pins Material and Plating Housing : Polyamide (PA), Natural Color, 94V-0


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PDF -P5302 -P5303 -P5304 -P5305 -P5306 -P5307 -P5308 -P5309 -P5310 -P5311 CSP1503 1N51
2004 - WP911

Abstract: CLP2502-0101F W-A3204-2B CLP2506-0101F CLP2509-0101-F CLP2504-0101F W-P9104
Text: -0101F CLP2514-0101F CLP2515-0101F Right-Angle Type W-P9102# 51F W-P9103# 51F W-P9104# 51F W-P9105# 51F W-P9106# 51F W-P9107# 51F W-P9108# 51F W-P9109# 51F W-P9110# 51F W-P9111# 51F W-P9112# 51F W-P9113# 51F W-P9114# 51F W-P9115# 51F , 11.5 # 51F No. of Pins Material and Plating Housing : Polyamide (PA), Beige, 94V-0 Plug Pin


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PDF 1000M onW-P9104 -P9105 -P9106 -P9107 -P9108 -P9109 -P9110 -P9111 -P9112 WP911 CLP2502-0101F W-A3204-2B CLP2506-0101F CLP2509-0101-F CLP2504-0101F W-P9104
2008 - WT087311

Abstract: W-T0873-11#01F diagram 94v-0
Text: -0101F RightAngle Type W-P9102# 51F W-P9103# 51F W-P9104# 51F W-P9105# 51F W-P9106# 51F W-P9107# 51F W-P9108# 51F W-P9109# 51F W-P9110# 51F W-P9111# 51F W-P9112# 51F W-P9113# 51F W-P9114# 51F W-P9115# 51F 8.0 Pin No.1 5.5 2.0 3.5 RightAngle Type W-P91 11.5 # 51F No. of Pins Material and Plating Housing : Thermoplastic


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PDF 1000M -0101F CLP2502-0101F CLP2503-0101F CLP2504-0101F CLP2505-0101F CLP2506-0101F CLP2507-0101F CLP2508-0101F CLP2509-0101F WT087311 W-T0873-11#01F diagram 94v-0
2004 - CSP1505-0301F

Abstract: CSP-15 1N51 CSP1503-0301F W-P5308 W-A2503-1N CSP1503 W-P5303 W-P5306
Text: -0301F Right-Angle Typ W-P5302# 51F W-P5303# 51F W-P5304# 51F W-P5305# 51F W-P5306# 51F W-P5307# 51F W-P5308# 51F W-P5309# 51F W-P5310# 51F W-P5311# 51F W-P5312# 51F W-P5313# 51F W-P5314# 51F W-P5315# 51F A 2.5 5.0 7.5 10.0 12.5 15.0 , 3.8 # 51F No. of Pins Material and Plating Housing : Polyamide (PA), Natural Color, 94V-0 Plug


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PDF -P5302 -P5303 -P5304 -P5305 -P5306 -P5307 -P5308 -P5309 -P5310 -P5311 CSP1505-0301F CSP-15 1N51 CSP1503-0301F W-P5308 W-A2503-1N CSP1503 W-P5303 W-P5306
2004 - CLP2509-0101-F

Abstract: No abstract text available
Text: -0101F CLP2515-0101F RightAngle Type W-P9102# 51F W-P9103# 51F W-P9104# 51F W-P9105# 51F W-P9106# 51F W-P9107# 51F W-P9108# 51F W-P9109# 51F W-P9110# 51F W-P9111# 51F W-P9112# 51F W-P9113# 51F W-P9114# 51F W-P9115# 51F 8.0 Pin No.1 5.5 2.0 3.5 RightAngle Type W-P91 11.5 # 51F No. of Pins Material and


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PDF 1000M CLP2504-0101F CLP2505-0101F CLP2506-0101F CLP2507-0101F CLP2508-0101F CLP2509-0101F CLP2510-0101F CLP2511-0101F CLP2512-0101F CLP2509-0101-F
GALI-51F

Abstract: No abstract text available
Text: MMIC Amplifier GALI- 51F + Typical Performance Data NOTE: Use PDF Bookmarks to view DATA at , 3.74 Stability REV. X1 GALI- 51F + 070907 Page 1 of 11 MMIC Amplifier GALI- 51F , GALI- 51F + 070907 Page 2 of 11 MMIC Amplifier GALI- 51F + Typical Performance Data , 3.78 3.63 3.91 3.69 3.98 3.81 3.76 3.93 3.75 3.97 3.81 Stability REV. X1 GALI- 51F + 070907 Page 3 of 11 MMIC Amplifier GALI- 51F + Typical Performance Data Definitions: Input


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PDF GALI-51F+ 25degC GALI-51F
2007 - LT8023

Abstract: MO-222* LTM4602 LTM8023V
Text: 36, COUT = 51F VRUN/SS = 0.2V, RT = 174k VBIAS = 3V, Not Switching, RT = 174k VBIAS = 0V, Not , Switching, RT = 174k 5 VIN 36, IOUT = 1A, VOUT =3.3V, COUT = 51F VIN = 24V, 0 IOUT 2A, VOUT = 3.3V, COUT = 51F VIN = 24V, IOUT = 2A, VOUT = 3.3V, COUT = 51F RT = 60.4k, COUT = 51F VIN = 36V, VOUT = 0V COUT = 51F The denotes the specifications which apply over the full operating temperature range , A A A A A % % mV kHz A 0 < IOUT 2A, 43.2k < RADJ < , COUT = 51F (Note 3) 0.1 25 85 0.03 50 1


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PDF LTM8023 200kHz LTM4601/LTM4603 LTM4604 LTM8020 LTM8022 200mA, 8023p LT8023 MO-222* LTM4602 LTM8023V
2007 - LTM8023v

Abstract: 18v transformer 24v 12v 20A regulator 24v to 5v dc-dc h7 audio transformer LTM4600 marking E5 LTM8023 LTM8023EV SPP-020
Text: Voltage VOUT Output DC Voltage 0A < IOUT 2A, RADJ Open, COUT = 51F (Note 3) 0A < IOUT 2A, RADJ = 43.2k, COUT = 51F (Note 3) l TYP 3.6 MAX UNITS 36 V 0.8 10 V V , , COUT = 51F IQVIN VIN Quiescent Current VRUN/SS = 0.2V, RT = 174k VBIAS = 3V, Not Switching , VOUT/VOUT Line Regulation 5 VIN 36, IOUT = 1A, VOUT =3.3V, COUT = 51F 0.1 VOUT/VOUT Load Regulation VIN = 24V, 0 IOUT 2A, VOUT = 3.3V, COUT = 51F 0.4 % VIN = 24V, IOUT = 2A


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PDF LTM8023 LTM8023 200kHz LTM4601/LTM4603 LTM4604 LTM8020 200mA, LTM8022 8023fa LTM8023v 18v transformer 24v 12v 20A regulator 24v to 5v dc-dc h7 audio transformer LTM4600 marking E5 LTM8023EV SPP-020
2007 - 24V DC to 220V dC converter circuit diagram

Abstract: LTM8023IV PBF emi khz 0805 2A LTM8023v LTM8023 LTM8023EV LTM8023MP LTM8023MPV
Text: Voltage 0A < IOUT 2A, RADJ Open, COUT = 51F (Note 3) 0A < IOUT 2A, RADJ = 43.2k, COUT = 51F (Note 3 , , COUT = 51F IQVIN VIN Quiescent Current VRUN/SS = 0.2V, RT = 174k VBIAS = 3V, Not Switching , l VOUT/VOUT Line Regulation 5 VIN 36, IOUT = 1A, VOUT = 3.3V, COUT = 51F 0.1 VOUT/VOUT Load Regulation VIN = 24V, 0 IOUT 2A, VOUT = 3.3V, COUT = 51F 0.4 % VIN = 24V, IOUT = 2A, VOUT = 3.3V, COUT = 51F 10 mV VOUT(AC_RMS) Output Ripple (RMS) CONDITIONS MIN


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PDF LTM8023 LTM8023 200kHz LTM4601/LTM4603 LTM4604 LTM8020 200mA, LTM8022 8023fb 24V DC to 220V dC converter circuit diagram LTM8023IV PBF emi khz 0805 2A LTM8023v LTM8023EV LTM8023MP LTM8023MPV
2007 - 105k 250v ceramic

Abstract: LTM8023v LTM8023EV LTM8023 LTM8023MP LTM8023MPV Gold 5.5V 0.1F 105k 250v capacitor
Text: Voltage 0A < IOUT 2A, RADJ Open, COUT = 51F (Note 3) 0A < IOUT 2A, RADJ = 43.2k, COUT = 51F (Note 3 , , COUT = 51F IQVIN VIN Quiescent Current VRUN/SS = 0.2V, RT = 174k VBIAS = 3V, Not Switching , l VOUT/VOUT Line Regulation 5 VIN 36, IOUT = 1A, VOUT = 3.3V, COUT = 51F 0.1 VOUT/VOUT Load Regulation VIN = 24V, 0 IOUT 2A, VOUT = 3.3V, COUT = 51F 0.4 % VIN = 24V, IOUT = 2A, VOUT = 3.3V, COUT = 51F 10 mV RT = 113k, COUT = 51F 325 kHz VOUT(AC_RMS


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PDF LTM8023 LTM8023 200kHz LTM4601/LTM4603 LTM4604 LTM8020 200mA, LTM8022 8023fc 105k 250v ceramic LTM8023v LTM8023EV LTM8023MP LTM8023MPV Gold 5.5V 0.1F 105k 250v capacitor
2007 - LTM8023V

Abstract: 105k 250v ceramic LTM8023EV 105k 250v capacitor ceramic capacitor 324k 36v JESD51-9 LTM8023 LTM8023MPV TRANSFORMER 220v to 9V 079V
Text: Voltage 0A < IOUT 2A, RADJ Open, COUT = 51F (Note 3) 0A < IOUT 2A, RADJ = 43.2k, COUT = 51F (Note 3 , (Note 4) IOUT Continuous Output DC Current 4 VIN 36, COUT = 51F IQVIN VIN Quiescent , , IOUT = 1A, VOUT = 3.3V, COUT = 51F 0.1 VOUT/VOUT Load Regulation VIN = 24V, 0 IOUT 2A, VOUT = 3.3V, COUT = 51F 0.4 % VIN = 24V, IOUT = 2A, VOUT = 3.3V, COUT = 51F 10 mV RT = 113k, COUT = 51F 325 kHz VOUT(AC_RMS) Output Ripple (RMS) fSW Switching Frequency


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PDF LTM8023 LTM8023 200kHz LTM4601/LTM4603 LTM4604 LTM8020 200mA, LTM8022 8023fe LTM8023V 105k 250v ceramic LTM8023EV 105k 250v capacitor ceramic capacitor 324k 36v JESD51-9 LTM8023MPV TRANSFORMER 220v to 9V 079V
2007 - 105k 250v ceramic

Abstract: No abstract text available
Text: Continuous Output DC Current VIN Quiescent Current 0A < IOUT 2A, RADJ Open, COUT = 51F (Note 3) 0A < IOUT 2A, RADJ = 43.2k, COUT = 51F (Note 3) (Note 4) 4 VIN 36, COUT = 51F VRUN/SS = 0.2V, RT = 174k VBIAS , 51F VIN = 24V, 0 IOUT 2A, VOUT = 3.3V, COUT = 51F VIN = 24V, IOUT = 2A, VOUT = 3.3V, COUT = 51F RT = 113k, COUT = 51F VIN = 36V, VOUT = 0V COUT = 51F l l l The l denotes the specifications which apply , (AC_RMS) Output Ripple (RMS) ADJ = 1V, COUT = 51F VRUN/SS = 2.5V COUT = 51F COUT = 51F VOUT Rising VPG


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PDF LTM8023 200kHz profil602 LTM4601/LTM4603 LTM4604 LTM8020 LTM8022 200mA, 105k 250v ceramic
2010 - 51F-1201GYD2

Abstract: 51F-1203ND2 RJ45 modular jack 51F-1202ND2 12 pin rj45 with integrated LED 1204 transistor C5191 12 pin RJ45 LED X326 RJ45 jack
Text: Yuan Dean Scientific CO.,LTD 51F Series 180° RJ45 10/100 BASE-T JACK WITH MAGNETIC MODULE FEATURES · Magnetic designs to support every PHY · Meet or exceed IEEE 802.3 and ANSI X3.263 standards including 350uH min OCL with 8mA bias · Minimum 1500Vrms isolation per IEEE 802.3 requirement ELECTRICAL , 51F Series 1205 1203 Mechanicals Housing Material: MATERIAL:NYLON UL94V-0 STANDARD COLOR , Operating Life:750 Cycles MIN. 51F - 1201 GYD 2 NL Environmental A 1.Storage Temp:-40TO +85. 2


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PDF 350uH 1500Vrms 25-Operating 3u50u) C5191---0 C2680 -40TO 51F-1201GYD2 51F-1203ND2 RJ45 modular jack 51F-1202ND2 12 pin rj45 with integrated LED 1204 transistor C5191 12 pin RJ45 LED X326 RJ45 jack
2007 - TRANSFORMER 220v to 9V

Abstract: LTM8023IV JESD51-9 LTM8023 LTM8023EV LTM8023MPV LTM8023V 105k 250v ceramic
Text: Voltage 0A < IOUT 2A, RADJ Open, COUT = 51F (Note 3) 0A < IOUT 2A, RADJ = 43.2k, COUT = 51F (Note 3 , (Note 4) IOUT Continuous Output DC Current 4 VIN 36, COUT = 51F IQVIN VIN Quiescent , , IOUT = 1A, VOUT = 3.3V, COUT = 51F 0.1 VOUT/VOUT Load Regulation VIN = 24V, 0 IOUT 2A, VOUT = 3.3V, COUT = 51F 0.4 % VIN = 24V, IOUT = 2A, VOUT = 3.3V, COUT = 51F 10 mV RT = 113k, COUT = 51F 325 kHz VOUT(AC_RMS) Output Ripple (RMS) fSW Switching Frequency


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PDF LTM8023 LTM8023 200kHz LTM4601/LTM4603 LTM4604 LTM8020 200mA, LTM8022 8023ff TRANSFORMER 220v to 9V LTM8023IV JESD51-9 LTM8023EV LTM8023MPV LTM8023V 105k 250v ceramic
2008 - LTM8022

Abstract: MO-222 LGA 775 PIN diagram LTM4608 24v 12v 20A regulator diode lt 445 lga 775 pinout LGA Application Notes LTM8020 marking E5
Text: 4V < VIN < 36V, COUT = 51F (Note 3) IQVIN VIN Quiescent Current VRUN/SS = 0.2V, RT = 174k , VOUT/VOUT Load Regulation VIN = 24V, 0V < IOUT < 1A, VOUT = 3.3V, COUT = 51F 0.4 % VOUT(AC_RMS) Output Ripple (RMS) VIN = 24V, IOUT = 1A, VOUT = 3.3V, COUT = 51F 10 mV fSW Switching Frequency RT = 113k, COUT = 51F 325 kHz ISC(OUT) Output Short-Circuit Current VIN = 36V, VOUT = 0V VADJ Voltage at ADJ Pin COUT = 51F VBIAS(MIN) Minimum BIAS Voltage


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PDF LTM8022 LTM8022 200kHz LTM4604/LTM4608 LTM4604) LTM4608) LTM4605/LTM4607 LTM8020 200mA, MO-222 LGA 775 PIN diagram LTM4608 24v 12v 20A regulator diode lt 445 lga 775 pinout LGA Application Notes LTM8020 marking E5
2011 - LTM8023Y

Abstract: 105k 250v capacitor LGA-80 LGA-60 LTM8023IV-PBF ltm8023mpv#pbf lga60 AT8023 LTM8023V
Text: Continuous Output DC Current VIN Quiescent Current 0A < IOUT 2A, RADJ Open, COUT = 51F (Note 3) 0A < IOUT 2A, RADJ = 43.2k, COUT = 51F (Note 3) (Note 4) 4 VIN 36, COUT = 51F VRUN/SS = 0.2V, RT = 174k VBIAS , 51F VIN = 24V, 0 IOUT 2A, VOUT = 3.3V, COUT = 51F VIN = 24V, IOUT = 2A, VOUT = 3.3V, COUT = 51F RT = 113k, COUT = 51F VIN = 36V, VOUT = 0V (Note 5) COUT = 51F l l l The l denotes the specifications , High Threshold SYNC Pin Bias Current VOUT(AC_RMS) Output Ripple (RMS) ADJ = 1V, COUT = 51F VRUN


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PDF LTM8023 200kHz EN55022B 8023fg LTM8023Y 105k 250v capacitor LGA-80 LGA-60 LTM8023IV-PBF ltm8023mpv#pbf lga60 AT8023 LTM8023V
2008 - LGA 775 diagram

Abstract: pinout lga 775 LTM4608 transformers 8022 LTM8022 LTM8022MP LTM8022MPV LTM8022V LTM8022E ltm8022ev
Text: Allowable RADJ (Note 3) IOUT(MAX) Continuous Output DC Current 4V < VIN < 36V, COUT = 51F (Note , VIN = 24V, 0V < IOUT < 1A, VOUT = 3.3V, COUT = 51F 0.4 % VOUT(AC_RMS) Output Ripple (RMS) VIN = 24V, IOUT = 1A, VOUT = 3.3V, COUT = 51F 10 mV fSW Switching Frequency RT = 113k, COUT = 51F 325 kHz ISC(OUT) Output Short-Circuit Current VIN = 36V, VOUT = 0V l TYP 3.6 MAX 36 0.8 10 COUT = 51F V V V 42.2 k 0 1 A 0.1 25 25


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PDF LTM8022 LTM8022 200kHz LTM4604/LTM4608 LTM4604) LTM4608) LTM4605/LTM4607 LTM8020 200mA, LGA 775 diagram pinout lga 775 LTM4608 transformers 8022 LTM8022MP LTM8022MPV LTM8022V LTM8022E ltm8022ev
2007 - step down transformer 220v to 9v

Abstract: step down transformer 220v to 28v, 15v, 5v LTM8023V 105k 250v ceramic LTM8023 LTM8023EV TRANSFORMER 220v to 9V ceramic capacitor 324k 36v
Text: 36, COUT = 51F IQVIN VIN Quiescent Current VRUN/SS = 0.2V, RT = 174k VBIAS = 3V, Not , VOUT/VOUT Line Regulation 5 VIN 36, IOUT = 1A, VOUT =3.3V, COUT = 51F 0.1 % VOUT/VOUT Load Regulation VIN = 24V, 0 IOUT 2A, VOUT = 3.3V, COUT = 51F 0.4 % VOUT(AC_RMS) Output Ripple (RMS) 0 < IOUT 2A, 43.2k < RADJ < , COUT = 51F (Note 3) 3.6 UNITS 42.2 V k 0 , 24V, IOUT = 2A, VOUT = 3.3V, COUT = 51F 10 mV fSW Switching Frequency RT = 113k, COUT =


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PDF LTM8023 200kHz LTM8023 LTM4601/LTM4603 LTM4604 LTM8020 200mA, LTM8022 8023f step down transformer 220v to 9v step down transformer 220v to 28v, 15v, 5v LTM8023V 105k 250v ceramic LTM8023EV TRANSFORMER 220v to 9V ceramic capacitor 324k 36v
2008 - LGA 775 PIN diagram

Abstract: LTM4607 LTM8022V LGA 775 diagram LTM4608 JESD51-9 LTM8022 LTM8022MPV pinout lga 775 LTM4605
Text: ) Continuous Output DC Current 4V < VIN < 36V, COUT = 51F (Note 4) IQVIN VIN Quiescent Current VRUN , 3.3V, COUT = 51F 0.4 % VOUT(AC_RMS) Output Ripple (RMS) VIN = 24V, IOUT = 1A, VOUT = 3.3V, COUT = 51F 10 mV fSW Switching Frequency RT = 113k, COUT = 51F 325 kHz , 10 COUT = 51F V V V 42.2 k 0 1 A 0.1 25 25 85 0.5 60 350 120 A , Current Out of ADJ Pin ADJ = 1V, COUT = 51F 2 IRUN/SS RUN/SS Pin Current VRUN/SS = 2.5V


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PDF LTM8022 LTM8022 200kHz LTM4604/LTM4608 LTM4604) LTM4608) LTM4605/LTM4607 LTM8020 200mA, LGA 775 PIN diagram LTM4607 LTM8022V LGA 775 diagram LTM4608 JESD51-9 LTM8022MPV pinout lga 775 LTM4605
Not Available

Abstract: No abstract text available
Text: ELL TO THE MATING CONNECTOR IS ASSURED B Y A LATCHED C O A X IA L SPRING CLIP © = 51F 8 2 0 -2 1 8 51F 8 2 0 -2 1 5 V IE W 4 2 0 [ 1 0 .6 7 ] (J ) = ENGAGEMENT #4-40U N C (2 HOLES


OCR Scan
PDF 1000pF
2008 - LTM8022V

Abstract: LTM8022IVPBF LTM4608 ltm8022 8022f LTM4607 LTM4605
Text: < VIN < 36V, COUT = 51F (Note 4) IQVIN VIN Quiescent Current VRUN/SS = 0.2V, RT = 174k VBIAS = , VOUT/VOUT Load Regulation VIN = 24V, 0V < IOUT < 1A, VOUT = 3.3V, COUT = 51F 0.4 % VOUT(AC_RMS) Output Ripple (RMS) VIN = 24V, IOUT = 1A, VOUT = 3.3V, COUT = 51F 10 mV fSW Switching Frequency RT = 113k, COUT = 51F 325 kHz ISC(OUT) Output Short-Circuit Current VIN = 36V, VOUT = 0V l TYP 3.6 MAX 36 0.8 10 COUT = 51F V V V 42.2 k


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PDF LTM8022 LTM8022 200kHz LTM4604/LTM4608 LTM4604) LTM4608) LTM4605/LTM4607 LTM8020 200mA, LTM8022V LTM8022IVPBF LTM4608 8022f LTM4607 LTM4605
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