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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
DC1160A Linear Technology BOARD EVAL LED DRIVER LT3518
DC1319B-A Linear Technology BOARD EVAL LED DRIVER LT3756
DC1205A Linear Technology BOARD EVAL LED DRIVER LT3592
LTC4358IDE#PBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: -40°C to 85°C
LTC4358IDE#TRPBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: -40°C to 85°C
LTC4358CDE#PBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: 0°C to 70°C

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2003 - Power Transformer EE-16

Abstract: TNY266PN EEL16 core EEL16 transformer EE16 transformer EEL16 transformer TNY266P EE16 ee16 transformer specification NC-2H eel16
Text: of Zener diode (VR7) and optocoupler diode ( U2 ) set the output voltage. Resistor R7 biases VR7 , , D5, R3, and R4). Diode D5 is a Glass Passivated (GP) general purpose diode , allowing partial , U2 PC817A R7 150 PI-3326-051303 Figure 1. TinySwitch-II ­ TNY266P, 5 V, 1 A, 5 W


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PDF DI-34 TNY266P Power Transformer EE-16 TNY266PN EEL16 core EEL16 transformer EE16 transformer EEL16 transformer TNY266P EE16 ee16 transformer specification NC-2H eel16
2001 - kp1010 optocoupler

Abstract: KP1010 TNY264 Buck Converter Optocoupler KP1010 tny2* buck TNY264 TNY268 tny266 transformer non-isolated buck converter design TNY264 buck
Text: freewheeling diode D2, the inductance L2 and the output capacitor C4 form the buck stage. Zener diode VR1 and the forward drop of the optocoupler diode U2 determine the output voltage. (see Table 1 , .) Diode D2 must be an ultrafast type tr r 35 ns. U2 KP1010 U1 TNY264P R1 D1 8.2 , 2 W 1N4007 , requirements. Optocoupler U2 provides level shifting only and therefore doesn't need to be safety rated , C4 100 µF 16 V U2 RTN Figure 1. TinySwitch-II 12 V, 1.2 W Buck Converter. DI


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PDF DI-11 TNY264P EN55022B/CISPR22 kp1010 optocoupler KP1010 TNY264 Buck Converter Optocoupler KP1010 tny2* buck TNY264 TNY268 tny266 transformer non-isolated buck converter design TNY264 buck
2002 - TNY254P

Abstract: non-isolated buck converter design TNY254 nonisolated flyback converter TinySwitch DI-42 CHARACTERISTICS DIODE 1N4007 SFH615-2 optocoupler SFH615 EN61000-4-5 DI-42
Text: household appliances and industrial applications. The combined voltage drops of Zener diode (VR1) and optocoupler diode ( U2 ) set the output voltage. Due to the digital nature of the TinySwitch output voltage , D2 UF4005 U2 VR1 1N5342B C3 220 uF 25 V L C1 6.8 uF 400 V 85 - 265 VAC D3 1N4007 , D BP EN U2 SFH615-2 PI-3280-090502 Figure 1. TinySwitch ­ TNY254P, 1.2 W, 12 V 100 mA. . , capacitors to meet ripple current requirements. · Diode D2 must be an ultra-fast type, with reverse


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PDF DI-42 TNY254P EN61000-4-5 TNY254P non-isolated buck converter design TNY254 nonisolated flyback converter TinySwitch DI-42 CHARACTERISTICS DIODE 1N4007 SFH615-2 optocoupler SFH615 EN61000-4-5 DI-42
2002 - TNY254PN

Abstract: Optocoupler with triac circuits diode u2 topswitch StackFET StackFET TNY254P TinySwitch DI-42 Optocoupler with triac SFH615-2 nonisolated flyback converter
Text: household appliances and industrial applications. The combined voltage drops of Zener diode (VR1) and optocoupler diode ( U2 ) set the output voltage. Due to the digital nature of the TinySwitch output voltage , +12 VDC + D2 UF4005 U2 VR1 1N5342B L L1 1.5 mH C1 6.8 uF 400 V 85 - 265 VAC , N D BP EN U2 SFH615-2 Figure 1. www.powerint.com C3 220 uF 25 V PI , minimize EMI. · Select input and output capacitors to meet ripple current requirements. · Diode D2 must


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PDF DI-42 TNY254PN EN61000-4-5 DI-42 TNY254PN Optocoupler with triac circuits diode u2 topswitch StackFET StackFET TNY254P TinySwitch DI-42 Optocoupler with triac SFH615-2 nonisolated flyback converter
2003 - TNY266PN

Abstract: TNY266PN equivalent EE16 10 pin vertical bobbin EE16 transformer EEL16 core EEL16 transformer Power Transformer EE-16 EEL16 transformer 101408 EE16
Text: VR7 is required. T1 EE-16 L 85 - 265 VAC The combined voltage drops of Zener diode (VR7) and optocoupler diode ( U2 ) set the output voltage. Resistor R7 biases VR7 according to its , cost RCD clamp (C7, D5, R3, and R4). Diode D5 is a Glass Passivated (GP) general purpose diode , EN BP D3 1N4005 D4 1N4005 S L2 Bead C3 0.1 F 50 V U2 PC817A R7 150 PI


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PDF DI-34 TNY266PN EN55022 DI-34 TNY266PN TNY266PN equivalent EE16 10 pin vertical bobbin EE16 transformer EEL16 core EEL16 transformer Power Transformer EE-16 EEL16 transformer 101408 EE16
30v analog switch DPDT

Abstract: IH6201 2N4391 MAXIMUM ANALOG SWITCH DPDT 30V complementary JFET dual P-Channel JFET IH401 IH401A 4000 series cmos logic IH6201MDE
Text: the inadequate charge area curve for isolation diode i.e. if C vs. V plot for diode ¿2 [C vs. V plot


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PDF IH6201 IH401 22Vpp 20MHz 200ns 20Vpp 30v analog switch DPDT 2N4391 MAXIMUM ANALOG SWITCH DPDT 30V complementary JFET dual P-Channel JFET IH401A 4000 series cmos logic IH6201MDE
2005 - Kenwood PA18

Abstract: Kenwood pa18-3 DSX321G 24MHZ PA18-3 M66591 kenwood USB connector M66591GP Kenwood circuit diagram DSX321G hzm62z
Text: diode ( U2 ) : HZM6.2Z4MFA / HZM6.8Z4MFA (RENESAS) Note: Though the influence on the eye diagram of , Measures against EMI and measures against surge - Deleted ESD protection diode ( U2 ): SRV05-4 SEMTECH


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PDF M66591 M66591 M3A-0037 REJ05F0004-0101Z/Rev Kenwood PA18 Kenwood pa18-3 DSX321G 24MHZ PA18-3 kenwood USB connector M66591GP Kenwood circuit diagram DSX321G hzm62z
2005 - M66592FP

Abstract: DSX321G 24MHZ REJ05F0005-0100Z HZM6.2Z4MFA M66592WG
Text: is mounted, the wire for L2 foot pattern should be cut. ESD protection diode ( U2 ) : HZM6


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PDF M66592 M66592 M3A-0038G01 REJ05F0005-0100Z/Rev M66592FP DSX321G 24MHZ REJ05F0005-0100Z HZM6.2Z4MFA M66592WG
2006 - 1P SMD

Abstract: mac8 hk SEMTECH* diode GRM2162C GRM219F11H104ZA01D GRM219F11E105ZA01D smd resistor 01d smd jst 64 M66591GP diode c24 06 6D
Text: Symbol on Board R15 R17 SW1 U1 21 22 23 24 Chip Chip Slide USB 25 TVS Diode U2 , pattern (symbol name U2 ) is prepared on the USB signal line for ESD protection device, it is possible to , 2 U2 5 3 2 3 1 1 4 JP5 1 R19 0.00 C14 CN1 L2 1 4 DHM DHP , "MSD" to "RJJ". Parts List Added Renesas diode to #25. Parts List Deleted #21 SRV05-4 SEMTECH diode . Circuit Diagram Deleted the parts name of U2 . Circuit Diagram Changed pin number of U2 . Addition


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PDF REJ11F0002-0108Z M66591GP M3A-0037G01 M3A-0033 SRV05-4 1P SMD mac8 hk SEMTECH* diode GRM2162C GRM219F11H104ZA01D GRM219F11E105ZA01D smd resistor 01d smd jst 64 diode c24 06 6D
2006 - GRM188F11E104ZA01D

Abstract: M66592FP MAC8 ST-1-1 mac8 hk GRM1882C1H8R0DZ01D smd diode 8D UBB-4R-D14T-1 1P SMD M66592 GRM2162C1H
Text: solder pattern (symbol name U2 ) is prepared on the USB signal line for ESD protection device (Renesas , Daishinku 24.0000MHz HK-5-G (Purple) Mac8 HK-5-G (Red) Mac8 HK-5-G (Orange) Mac8 21 TVS Diode U2 22 1.5V VDD U3 23 Crystal Oscillator X1 24 25 26 Test Pin 1P (SMD) Test , 2 1 2 3 4 2 2 3 Vbus DD+ GND FRAME K2 5 A K3 2 U2 4 3 2 3 , Modified : Connection of pin #1 of U3 (Regurator) ; JP2-1 JP2-2 Deleted : Parts No. of U2 (SRV05


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PDF REJ11F0001-0102Z M66592FP M3A-0038G01 M3A-0038G01 SRV05-4 SRV05-4) GRM188F11E104ZA01D MAC8 ST-1-1 mac8 hk GRM1882C1H8R0DZ01D smd diode 8D UBB-4R-D14T-1 1P SMD M66592 GRM2162C1H
AD7470

Abstract: OP07 OPamp c45 printer power supply circuit diagram MM74HC04M AD797 AD780 OP07 siemens c45 AD711 Moving Display Board circuit
Text: MM74HC08M MM74HC161M DM74LS08M DM74ALS112M 25MHz TTL Output crystal 1N4148 Signal Diode SD103C Schottky Diode U2 U3 U5 U4 U6 U7 U8 U9 U10 U11 Y1 D1 D2 D3 D4 D5 D6 AD7472ARU AD7470ARU


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PDF 12-/10-Bit EVAL-AD7470/72CB AD7470/72CB AD7470/72 AD7470/72 AD7470 OP07 OPamp c45 printer power supply circuit diagram MM74HC04M AD797 AD780 OP07 siemens c45 AD711 Moving Display Board circuit
2007 - J117 MOSFET

Abstract: Mosfet J49 IRF 2807 equivalent WM6436-ND 6c2 diode some application of IRF2807 AN1335 IRF 511 MOSfet 6C3 diode MC9S08QC8
Text: ISL9216Z SDAOHV U1 DIODE U2 ISL88694 (Optional) WKUP invert J51 JMP3 1 R15 39 9216 , Th1 10k Therm R10 1M ~2.5mA D7 LED R40 511 U3 100 VMON D4 DIODE 3 2 1 , DIODE CFET D5 4.7V C9 4.7uF R37 511 1 R36 1 1 1 2 D3 B3 C22 4.7uF , J69 7VS/6C5 6C4 6C3 6C2 6C1 C21 4.7uF J43 JMP3 D8 LED J65 R14 39 5 DIODE , input SOD-123 Digikey: BZT52C4V7-FDICT-ND 43 4 DIODE D1, D2, D3, D4 SOD


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PDF ISL9216EVAL1 ISL9216, ISL9217 AN1335 ISL9216 J117 MOSFET Mosfet J49 IRF 2807 equivalent WM6436-ND 6c2 diode some application of IRF2807 IRF 511 MOSfet 6C3 diode MC9S08QC8
2001 - PLD-6

Abstract: TLV2462d PLD-5
Text: reference diode ( U2 ) as its primary source, and allows adjustment of the REFT and REFB signals to the ADC , U1 U2 U3 U4, U6 U5 U7 U8 Physical Description 2-7 Chapter 3 Circuit Description This , TLV2464CD TLV2464CD 11 C42 0.1uF + E U2 LT1004-1.2 R22 1.5K + 5 7 R25 432 B Q1 MMBT3906


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PDF THS1040/41 THS1040/THS1041 10Bit SLAU079 THS1040 THS1040/41 8-Nov-2001 PLD-6 TLV2462d PLD-5
2003 - EVAL6235N

Abstract: AN1625 schematic inductive speed sensor using LM358 L6235N dc motor speed control lm358 L6235 R123VSB amp 9935 LM motor driver l6235 Power
Text: high-side on) the load current starts flowing in the low-side freewheeling diode and the SENSE pin sees a , freewheeling diode and the forward voltage drop across it. Typical duration of this spike is 30 ns. At the , above VS, due to voltage drop across the high-side (integrated) freewheeling diode , as the current , half bridge PCB Parasitic Inductance VS ESL RSENSE*I+ V F( Diode ) RSENSE*I PCB , the supply voltage to exceed the maximum rating. The diode shown in Figure 6 prevents the


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PDF AN1625 L6235 EVAL6235N AN1625 schematic inductive speed sensor using LM358 L6235N dc motor speed control lm358 R123VSB amp 9935 LM motor driver l6235 Power
ECONO2-6PACK IGBT module

Abstract: IGBT DRIVER SCHEMATIC 3 PHASE IGBT DRIVER SCHEMATIC IRF igbt gate driver 3 phase IGBT gate driver 3 phase igbt driver schematic IGBT desaturation Motor Driver Circuit schematic 10 ampere high power igbt controller high side IGBT driver
Text: Driver U1 - DSH Driver U1 - gate to supply diode Cgc_H Driver U2 - DSL Driver U2 - gate to supply diode Cgc_L Driver U2 - Bootstrap Driver U2 - VS undershoot Driver U2 - DSH Driver U2 - gate to , .11 Clamping Diode for Vs below ground , .12 Fast diode between gate and supply pin .13 Zener diode to preserve the IGBT gate


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PDF IRMD22141SS IRMD22141SS IR22141SS 200V/50A. ECONO2-6PACK IGBT module IGBT DRIVER SCHEMATIC 3 PHASE IGBT DRIVER SCHEMATIC IRF igbt gate driver 3 phase IGBT gate driver 3 phase igbt driver schematic IGBT desaturation Motor Driver Circuit schematic 10 ampere high power igbt controller high side IGBT driver
ECONO2-6PACK IGBT module

Abstract: igbt desaturation driver schematic
Text: Driver U1 - VS undershoot Driver U1 - DSH Driver U1 - gate to supply diode Cgc_H Driver U2 - DSL Driver U2 - gate to supply diode Cgc_L Driver U2 - Bootstrap Driver U2 - VS undershoot Driver U2 - DSH Driver U2 - gate to supply diode Cgc_H Driver U3 - DSL Driver U3 - gate to supply diode Cgc_L Driver , .11 Clamping Diode for Vs below ground , .12 Fast diode between gate and supply pin


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PDF IRMD22141SS IRMD22141SS IR22141SS ECONO2-6PACK IGBT module igbt desaturation driver schematic
IGBT DRIVER SCHEMATIC 3 PHASE

Abstract: Motor Driver Circuit schematic 10 ampere igbt driver ECONO2-6PACK IGBT module IRF igbt gate driver IGBT desaturation IR2214SS IGBT DRIVER SCHEMATIC Motor Driver Circuit schematic 20 ampere IRMD2214SS
Text: Driver U1 - DSH Driver U1 - gate to supply diode Cgc_H Driver U2 - DSL Driver U2 - gate to supply diode Cgc_L Driver U2 - Bootstrap Driver U2 - VS undershoot Driver U2 - DSH Driver U2 - gate to , .11 Clamping Diode for Vs below ground , .12 Fast diode between gate and supply pin .13 Zener diode to preserve the IGBT gate


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PDF IRMD2214SS IRMD2214SS IR2214SS 200V/50A. IGBT DRIVER SCHEMATIC 3 PHASE Motor Driver Circuit schematic 10 ampere igbt driver ECONO2-6PACK IGBT module IRF igbt gate driver IGBT desaturation IGBT DRIVER SCHEMATIC Motor Driver Circuit schematic 20 ampere
2000 - SONAR alarm

Abstract: DIODE S4 66 sonar transmitter and receiver 40 khz sonar transmitter 40 khz d6 taster DIODE S4 56 diode u2 a 24 TP10 diode s4 53 AS8412
Text: (SEL40K='On' to select 40 kHz or SEL 40K='Off' to select 400 kHz at OSCIN) for U2 . S4.2 ALEN S4.3 MODE Alarm enable input (when ALEN ='Off', the outputs ALARM, WARN and LED are disabled) for U2 , with delayed sync for U2 . S4.4 SENS0 Sensitivity selection (least significant bit) for U2 . S4.5 SENS1 Sensitivity selection (most significant bit) for U2 . S4.6 SAS SAS enable input ( SAS='On' activates Self-Adjusting Sensitivity, SAS='Off' keeps sens itivity fixed) for U2


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PDF AS8413 AS8413 AS8412 need8413 SONAR alarm DIODE S4 66 sonar transmitter and receiver 40 khz sonar transmitter 40 khz d6 taster DIODE S4 56 diode u2 a 24 TP10 diode s4 53
2004 - si3054

Abstract: Si3052 MIL-C-8 Si3019 Application Note rj11 pcb mount ON MARKING R59 sot89 Si3019 AN67 C100 Si3050
Text: CNR, and Si3054 MDC. Note the placement of U1 (the Si305x digital-side chip) and U2 (the Si3018/Si3019 line-side chip). U1, U2 , C1, and C2 should be placed so that the distance from U1 to U2 through , © 2004 by Silicon Laboratories AN67 AN67 R11 R7 C5 R8 R4 U2 Q2 C10 C7 R9 , U2 JP1 U1 C1 C2 Q5 RV1 Q4 C8 C9 C52 JP2 Figure 5. Si3054 MDC Side 2 , formed from U2 pin 13 to the base of Q4 and from U2 pin 12 to the emitter of Q4 is minimized. Place Q5


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PDF Si3050/52/54/56 Si305x Si305x, si3054 Si3052 MIL-C-8 Si3019 Application Note rj11 pcb mount ON MARKING R59 sot89 Si3019 AN67 C100 Si3050
2000 - sonar

Abstract: sonar transmitter 40 khz Application of dsp in sonar diode u2 40 diode u2 a 24 dsp in sonar Automotive ULTRASONIC transducers SONAR alarm DIODE S4 74 sonar transmitter
Text: ) for U2 . S4.2 ALEN S4.3 MODE Alarm enable input (when ALEN ='Off', the outputs ALARM, WARN and LED are disabled) for U2 . Master/slave configuration pin (MODE='Off' to configure slave IC, MODE='On' To configure master IC with delayed sync for U2 . S4.4 SENS0 Sensitivity selection (least significant bit) for U2 . S4.5 SENS1 Sensitivity selection (most significant bit) for U2 , sensitivity fixed) for U2 . S5 Reset U2 Reset button for the AS8413 on the bottom of the evaluation


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PDF AS8413 AS8413 AS8412 sonar sonar transmitter 40 khz Application of dsp in sonar diode u2 40 diode u2 a 24 dsp in sonar Automotive ULTRASONIC transducers SONAR alarm DIODE S4 74 sonar transmitter
1996 - 1N4001 zener diode

Abstract: LM2575-ADJ Car Battery 12V pulse charger diode 1n5819 1N4001 general diode sample schematic diagram 12v battery charger LM2575 step up converter 12V DC to 19V dC converter schematic diagram schematic diagram 24V NiMh charge controller 12V cell phone charger circuit diagram
Text: MC33341 output current to this voltage. The diode D2 protects the batteries against discharge through U2 , U2 7 + 6 R2 39k 5 MC33341 1 2 3 3 Battery Cells Under Charge - 4 , S1 in position "2") in the range of 0 V to 200 mV with respect to pin 4 of U2 . When the switch S1 is , outputs are shorted and the diode D2 is not used. The resistor value should be chosen to limit the input current of the internal Vcc clamp diode to less than 20 mA. Excessively large values for R3 will degrade


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PDF AN1593/D AN1593 LM2575-ADJ MC33341 MC33341 1N4001 zener diode Car Battery 12V pulse charger diode 1n5819 1N4001 general diode sample schematic diagram 12v battery charger LM2575 step up converter 12V DC to 19V dC converter schematic diagram schematic diagram 24V NiMh charge controller 12V cell phone charger circuit diagram
1997 - LM2575-ADJ

Abstract: LM2575 step up converter diode 1N4001 specifications universal cell phone charger circuit diagram car battery charger circuit diagram 77458bv diode u2 LM2575 MC33341 trickle battery charger circuit based on zener an
Text: discharge through U2 when the power source U1 is switched off. For the 1N4001 diode , used in this design , Pin 4 of U2 . When the switch S1 is in position "1", the current regulation threshold level is set , the source outputs are shorted and the diode D2 is not used. The resistor value should be chosen to limit the input current of the internal VCC clamp diode to less than 20 mA. Excessively large values , Pin 5 of U2 , the Figure 2. Low Cost Switching Regulator Performs Constant­Current/Constant­Voltage


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PDF AN1593/D AN1593 LM2575 MC33341 LM2575-ADJ LM2575 step up converter diode 1N4001 specifications universal cell phone charger circuit diagram car battery charger circuit diagram 77458bv diode u2 trickle battery charger circuit based on zener an
2001 - B0530

Abstract: 22uF/16V CRCW08051003FRT1 CRCW08052003FRT1 CRCW08052102FRT1 MBR0530 MIC2141 MIC2141-BM5
Text: Diode Diode Inc. / Lite On 500mA, 30V 1 U1 MIC2141-BM5 Micrel 1 U2 LM4041DIM3 , Diode Selection A thorough discussion on the boost inductor and the diode can be found in the data , Voltage For the evaluation board we have added a 1.25V reference voltage using Micrel's LM4041-1.2 ( U2 ). , input to the MIC2141. R1 provides the bias current for the U2 reference. The gain from the control , . J1 VIN 2.7V to 12V C1 22µF 16V J3 VC C2 0.1µF U1 MIC2141-BM5 U2 LM4041DIM3 1.2V


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PDF MIC2141 MIC2141. B0530 22uF/16V CRCW08051003FRT1 CRCW08052003FRT1 CRCW08052102FRT1 MBR0530 MIC2141-BM5
2005 - 25W led driver circuit diagram

Abstract: capacitor 100nf 100v zener diode 4.7V philips zener diode ZXSC400 BZX84C47 ZXSC400EV2 schematic diagram PWM 24V tv schematic diagram PHILIPS 100uf electrolytic capacitor at 25v
Text: . Q1 U2 + C1 ZXMN10A09K D2 ZXT D6717E6 BZX84C47 + 100uF/25V ZXSC400 VCC C2 , ZXMN10A09K U2 + C1 D2 ZXT D6717E6 BZX84C47 + 100uF/25V ZXSC400 VCC SENSE C3 , List Ref Value Package Part Number Manufacturer Notes U1 U2 Q1 D1 D2 D3 D4 L1 , Schottky diode 47V Zener diode 47V Zener diode 7V5 Zener diode 68uH/3.5A SMT Inductor 1206 5 , VIN LED ANODE D1 U2 VCC C2 + + R3 R4 Q1 R5 LK1 PWM D3 U1


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PDF ZXSC400EV2 ZXSC400EV2 ZXSC400 OT23-6 350mA 68uH/3 10BQ100 25W led driver circuit diagram capacitor 100nf 100v zener diode 4.7V philips zener diode BZX84C47 schematic diagram PWM 24V tv schematic diagram PHILIPS 100uf electrolytic capacitor at 25v
2010 - PACUSB-U3R

Abstract: diode marking u3 MO-178 MO-203 SC70-6 Marking D1c PACUSB-U2Y6R diode u3 08 sot23 marking HE SOT23-6
Text: Upstream USB Port Terminator PACUSB-U1/ U2 /U3 Features Product Description · The , PACUSB-U1/ U2 /U3 integrate EMI/RFI filter components R1 and C1, as recommended by the USB specification , ±30kV. The PACUSB-U1/ U2 /U3 is housed in either a 6-pin SC70 or 6-pin SOT23 package and is available , reserved. June 2010 ­ Rev. 2 Publication Order Number: PACUSB-U1/ U2 /U3/D PACUSB-U1/ U2 /U3 , differential pair defined by USB standards. 2 GND The ground reference for the PACUSB-U1/ U2 /U3 device


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