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DC1319B-A Linear Technology BOARD EVAL LED DRIVER LT3756 visit Linear Technology - Now Part of Analog Devices
DC1205A Linear Technology BOARD EVAL LED DRIVER LT3592 visit Linear Technology - Now Part of Analog Devices
DC1160A Linear Technology BOARD EVAL LED DRIVER LT3518 visit Linear Technology - Now Part of Analog Devices
DC1319A-B Linear Technology BOARD EVAL LED DRIVER LT3756-1 visit Linear Technology - Now Part of Analog Devices
LTC4358IDE#TRPBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC4358IDE#PBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy

SMD zener diode 7.5 b C4

Catalog Datasheet MFG & Type PDF Document Tags

EF16 TRANSFORMER

Abstract: diode D7 SOD-123 transistor pair (Q1), and zener diode (Z1) is utilized for low cost yet effective output regulation for , fast recov Schottky diode Signal diode Zener diode Zener diode Dual NPN matched xstr Programmable , channel ( , appropriate transformer turns ratio changes and alterations to voltage setting zener Z1 and resistor R6 , chip is derived via diode D9 directly from the slave output. Since the control IC needs a minimum of
ON Semiconductor
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DIODE zener H5 SMD

Abstract: smd zener diode code k2 Formosa MS SMD Zener Diode MMSZ5221 THRU MMSZ5267 List List , . DS-221715 2008/02/10 2010/03/10 C 9 Formosa MS SMD Zener Diode MMSZ5221 THRU , C 9 Formosa MS SMD Zener Diode MMSZ5229A THRU MMSZ5262A Electrical characteristics (at , /02/10 2010/03/10 C 9 Formosa MS SMD Zener Diode MMSZ5221B THRU MMSZ5267B , Revision Page. DS-221715 2008/02/10 2010/03/10 C 9 Formosa MS SMD Zener Diode
Formosa MS
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DIODE zener H5 SMD smd zener diode code k2 SMD F1 zener DIODE MIL-STD-750D METHOD-2031 MIL-STD-202F METHOD-208 JESD22-A102 METHOD-1051
Abstract: Formosa MS SMD Zener Diode MMSZ5221 THRU MMSZ5267 List List , . DS-221715 2008/02/10 2010/03/10 C 9 Formosa MS SMD Zener Diode MMSZ5221 THRU , 2010/03/10 C 9 Formosa MS SMD Zener Diode MMSZ5229A THRU MMSZ5262A Electrical , Revision Page. DS-221715 2008/02/10 2010/03/10 C 9 Formosa MS SMD Zener Diode , 2010/03/10 C 9 Formosa MS SMD Zener Diode MMSZ5221 THRU MMSZ5267 Pinning information Formosa MS
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METHOD-1038 METHOD-1056 METHOD-1021 METHOD-1031
Abstract: Formosa MS SMD Zener Diode MMSZ5221B THRU MMSZ5267B List List , Date Revision Page. 2010/03/10 C 9 Formosa MS SMD Zener Diode MMSZ5221B THRU , Revision Page. 2010/03/10 C 9 Formosa MS SMD Zener Diode MMSZ5221B THRU MMSZ5267B , Page. 2010/03/10 C 9 Formosa MS SMD Zener Diode MMSZ5221B THRU MMSZ5267B Pinning , Date Revision Page. 2010/03/10 C 9 Formosa MS SMD Zener Diode MMSZ5221B THRU Formosa MS
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TNY255 equivalent

Abstract: TNY255P exceeds the target regulation voltage level (optocoupler diode voltage drop plus Zener voltage), the optocoupler diode will start to conduct, pulling the ENABLE pin low. The Zener could be replaced by a TL431 , optocoupler U2 LED forward drop (~ 1 V) and Zener diode VR1 voltage. The resistor R2, maintains a bias current through the Zener to improve its voltage tolerance. B 2/99 5 TNY253/254/255 1 + , (~ 1V) and Zener diode VR1 voltage. The resistor R2, maintains a bias current through the Zener to
Power Integrations
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TNY255 equivalent TNY255P EE16 core transformer 36-source TNY255G TNY254G equivalent TNY253/4

EE16 transformer tny255

Abstract: 1N5294B the target regulation voltage level (optocoupler diode voltage drop plus Zener voltage), the optocoupler diode will start to conduct, pulling the ENABLE pin low. The Zener could be replaced by a TL431 , determined by the sum of the optocoupler U2 LED forward drop (~ 1 V) and Zener diode VR1 voltage. The , sum of the optocoupler U2 LED forward drop (~ 1 V) and Zener diode VR1 voltage. The resistor R2 , with a single Y1-capacitor C8 to meet worldwide conducted EMI standards. The diode D6, capacitor C4 and
Power Integrations
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EE16 transformer tny255 1N5294B transformer tm 1343 TM 1343 transformer tny2* 7 pin ac adapter circuit

TNY255P

Abstract: TNY254G equivalent exceeds the target regulation voltage level (optocoupler diode voltage drop plus Zener voltage), the optocoupler diode will start to conduct, pulling the ENABLE pin low. The Zener could be replaced by a TL431 , optocoupler U2 LED forward drop (~ 1 V) and Zener diode VR1 voltage. The resistor R2, maintains a bias , (~ 1V) and Zener diode VR1 voltage. The resistor R2, maintains a bias current through the Zener to , (~ 1V) and Zener diode VR1 voltage. The resistor R8, maintains a bias current through the Zener to
Power Integrations
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TNY254 equivalent TNY254G TNY254 TNY254P zener 9v 1w TNY253P 17F-3

1n4007 sod-123

Abstract: 1N4007 sod123 % SMD 1206 D1 1 SMD resistor 0 W / 0.25 W 5% SMD 1206 D2 0 Zener diode - , conditions thanks to the split configuration: Two 330 kW resistors in series with a 60 V zener diode , a 17 V zener diode (D9) connected to the auxiliary VCC. When the voltage on this rail exceeds 17 V , Qty Description Value Tol. Footprint C1, C4, C15, C18, C21 5 SMD capacitor 100 , rectifier MBR20100CT 20 A / 100 V - TO-220 D9 1 Zener diode 17 V / 0.5 W 5% SOD
ON Semiconductor
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NCP1351 1n4007 sod-123 1N4007 sod123 optocoupler SFH615 SMD DIODE 1N4007 DATASHEET TL431 SMD 1n4007 smd 1206 AND8278/D

kjd1

Abstract: EE-16 6 pin bobbin the target regulation voltage level (optocoupler diode voltage drop plus Zener voltage), the optocoupler diode will start to conduct, pulling the ENABLE pin low. The Zener could be replaced by a TL431 , the optocoupler U2 LED forward drop (~ 1 V) and Zener diode VR1 voltage. The resistor R2, maintains a bias current through the Zener to improve its voltage tolerance. B 2/99 5 TNY253/254/255 + , determined by the sum of the optocoupler U2 LED forward drop (~ 1 V) and Zener diode VR1 voltage. The
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OCR Scan
kjd1 EE-16 6 pin bobbin EE-16 core LDS100a LDS-100 INS125 Y253/254/255

optocoupler IC PC817

Abstract: optocoupler PC817 Turns Vo = Optocoupler voltage VF = Fly-back voltage Ns = Secondary Winding Turns Vz1 = Zener diode , limits power dissipation of zener diode inside the MOSFET. The selection process is expressed as V DC , diode voltage IZD = Zener diode current Note: If a 20V external zener diode is used and the maximum current of the zener diode is 10mA, the value of R10 is: R10 = 1.5K R12 limits current Ie of PC817, so , Resistor 1% R22 1K 0805 SMD Resistor 1% D1 1N4007 DO-41 Diode D2 1N4007
STMicroelectronics
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AN2228 optocoupler IC PC817 optocoupler PC817 SMD optocoupler IC PC817 P817 optocoupler 702 TRANSISTOR smd PC817 footprint STD1LNK60Z- STD1LNK60Z

r61505

Abstract: R63400 rights reserved. Renesas Diodes General Presentation Zener Diode (Surge Absorption) Application ! Example of Zener diode application for surge absorption Absorption of ESD surge coming from interfaces of , Miscellaneous signals Zener diode Interface Interface Baseband unit Signals for processing , and EFP packages External Zener Diodes connected to the LED Zener Diode for LED Surge Absorption , bidirectional zener diode is recommended in order to protect LEDs from the surge in both forward and reverse
Renesas Technology
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r61505 R63400 R61506 R61504 R61501 NS953 Niigata Seimitsu MFP12 RKP400KS HVL355C/381C/358C/ 396C/397C RKV600KP/601KP/602KP/ 603KP/650KP/652KP

df05m

Abstract: resistors in series with a 60 V zener diode ensure a clean start-up sequence with the 4.7 mF capacitor (C3 , Allowed Lead Free C1, C4, C15, C18, C21 5 SMD Capacitor 100 nF/50 V 5% SODâ , '220 ON Semiconductor MBR20100CTG No Yes D9 1 Zener Diode 17 V/0.5 W 5% SODâ'123 ON Semiconductor MMSZ5247BT1G No Yes D10 1 Zener Diode 60 V/0.5 W 5% SODâ , ' SODâ'123 ON Semiconductor MMSD4148T1G No Yes D12 1 Zener Diode 6.2 V/0.5 W
ON Semiconductor
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df05m NCP1351PRINTGEVB EVBUM2150/D

jrc 3860

Abstract: 3860 jrc Zener (for 5 V output) MMSD4148T1 SOD-123 1 D4 100 mA Signal Diode SOT-23 1 Q1 , Switching Diode Data sheet MURS160/D: 1 A, 600 V Ultrafast Rectifier Data sheet MMSZ5229B/D: 500 mW Zener , (Level B) http://onsemi.com 6 TND329 5 Circuit Operation Referring to the schematic in Figure 2 , MURS160 R4 Is 0.62 1W C4 1000 uF 6.3V C7 0.1 50V _ 5,6 Output 4 3 Q1 , details 4. U1 is 100 kHz version 5. D7 zener sets Vout: Vout = Vz + 0.85V C6 1 nf 68 3 opto
ON Semiconductor
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jrc 3860 3860 jrc 8 pin flyback transformer 13-1296 EF16 transformer 8pin cell phone charger 250 watt smps schematic TND329/D

Atmel

Abstract: ACT8865 Diode, B340A,40V/3A, SMA Diodes Diodes D2 Switch Diode,1N4148WS, 0.2W, SOD323 ZD1 Zener Zener Diode,BZT52C5V1S, 5.1V, 0.2W, SOD323 , 32V Zener Diode, Optional Diodes EC1 Electrolytic capacitor, 47uF/35V, 5x7mm Koshin EC2 , Diodes F1 3A Fuse(Replace by Resistor, 0Ω, 1/8W, 5%, 0805) ZD1 32V Zener Diode, Optional , ZD1 Open ZD2 Zener Diode, 6.2V/0.2W C1 Capacitor, Electrolytic, 47uF/35V, Î
Active-Semi
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ACT2801 ACT2802 Atmel ACT8865 ACT8945A Automobile Black Box ACT2801C ACT2802B ACT2802C ACT4501

TNY255

Abstract: 1N4004 smd equivalent output voltage exceeds the target regulation voltage level (optocoupler diode voltage drop plus Zener voltage), the optocoupler diode will start to conduct, pulling the ENABLE pin low. The Zener could be , optocoupler U2 LED forward drop (~ 1 V) and Zener diode VR1 voltage. The resistor R2, maintains a bias , (~ 1 V) and Zener diode VR1 voltage. The resistor R2, maintains a bias current through the Zener to , determined by the sum of the optocoupler U2 LED forward drop (~ 1 V) and Zener diode VR1 voltage. The
Power Integrations
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TNY255 1N4004 smd equivalent TNY253G TNY253 1N5239B SMD PI-2048-033001 D-80336
Abstract: drop plus Zener voltage), the optocoupler diode will start to conduct, pulling the ENABLE pin low , optocoupler U2 LED forward drop (~ 1 V) and Zener diode VR1 voltage. The resistor R2, maintains a bias , optocoupler U2 LED forward drop (~ 1 V) and Zener diode VR1 voltage. The resistor R2, maintains a bias , diode VR1 voltage. The resistor R8, maintains a bias current through the Zener to improve its voltage , voltage is determined by the voltage drop across Zener diode VR1. The primary inductance of the Power Integrations
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EE16 core transformer

Abstract: EE16 transformer tny255 exceeds the target regulation voltage level (optocoupler diode voltage drop plus Zener voltage), the optocoupler diode will start to conduct, pulling the ENABLE pin low. The Zener could be replaced by a TL431 , optocoupler U2 LED forward drop (~ 1 V) and Zener diode VR1 voltage. The resistor R2, maintains a bias , diode VR1 voltage. The resistor R2, maintains a bias current through the Zener to improve its voltage , (~ 1 V) and Zener diode VR1 voltage. The resistor R8, maintains a bias current through the Zener to
Power Integrations
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ee13 bobbin equivalent components of zener diode 1n5229b core EE16 transformer transformer for TNY253 bsc flyback transformer tv EE16 10 pin bobbin transformers

MMSD914LT1

Abstract: 2A 5v ZENER DIODE recommended that a CMHZ5236B zener diode is used in D4 when VOUT = 12V and the junction temperature is hot , , 200mA, 100V, SOD123 D3 DIODE, 200mA, 100V, SOD123 D4 DIODE ZENER, SMA-DIODE E1-E6 TP, TURRET , output voltages below 3V, the boost diode should be moved from D2 to D3 to provide the minimum boost , rating greater than or equal to the output voltage for applications where the boost diode is placed in , whenever the boost diode is placed in position D3. D4 is an optional boost voltage blocking diode. For
Linear Technology
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C-THCR60 EMK212BJ105ZG MMSD914LT1 2A 5v ZENER DIODE MMSD914LT electrolytic capacitor 1uF 25v POLY AVX smd inductors .33uH 20A 48V to 12V buck boost converter 200KHZ LT3430 MMBT2222A LT3430EFE TSSOPFE16

transistor smd R11

Abstract: TRANSISTOR SMD 1 KW MBRS140LT3G ON Semiconductor SMB SMD 1 D2 Switching Diode MMSD4148T1G ON Semiconductor , MBRS240LT3G ON Semiconductor SMB SMD 1 D2 Switching Diode MMSD4148T1G ON Semiconductor , MBRS240LT3G ON Semiconductor SMB SMD 1 D2 Switching Diode MMSD4148T1G ON Semiconductor , sense (eq. 10) The maximum output voltage is clamped with an external zener diode, D2 with a , charge the output capacitor causing the output voltage to rise. An external zener diode is used to clamp
ON Semiconductor
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transistor smd R11 TRANSISTOR SMD 1 KW EEEVFK1H221P transistor SOT23 J5 MBRS540LT3G 27 smd transistor NCP30653ABCKGEVB NCP3065SOBCKGEVB NCP3065SOBSTGEVB NCP3065/NCV3065 NCP3065 NCV3065

RK3026

Abstract: SAMA5 Diodes short and wide path. ZD1 Zener Zener Diode,BZT52C5V1S, 5.1V, 0.2W , , SMA Diodes F1 3A Fuse(Replace by Resistor, 0Ω, 1/8W, 5%, 0805) ZD1 32V Zener Diode , Diodes F1 3A Fuse(Replace by Resistor, 0Ω, 1/8W, 5%, 0805) ZD1 32V Zener Diode, Optional , that consists of CIN, IN pin, SW pin the Schottky diode. ZD2 Zener Diode, 6.2V/0.2W Diodes
Active-Semi
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RK3026 SAMA5 SC053 10w led diode charger pad wide REGULATOR sw 13003 ACT4523 ACT4523A ACT4533A ACT4533B ACT4503 ACT4455
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