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    N4 SOT23 Search Results

    N4 SOT23 Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    TBAW56 Toshiba Electronic Devices & Storage Corporation Switching Diode, 80 V, 0.215 A, SOT23 Visit Toshiba Electronic Devices & Storage Corporation
    ISL54103IHZ-T7A Renesas Electronics Corporation DDC Accelerator (DDCA), SOT23, /Reel Visit Renesas Electronics Corporation
    EL6204CWZ-T7A Renesas Electronics Corporation Laser Driver Oscillator, SOT23, /Reel Visit Renesas Electronics Corporation
    ISL54103IHZ-T7 Renesas Electronics Corporation DDC Accelerator (DDCA), SOT23, /Reel Visit Renesas Electronics Corporation
    ISL21070CIH320Z-TK Renesas Electronics Corporation 25µA Micropower Voltage References, SOT23, /Reel Visit Renesas Electronics Corporation

    N4 SOT23 Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    N4 SOT23

    Abstract: N4 marking KRC117S marking n4 N4 SOT-23
    Text: SEMICONDUCTOR KRC117S MARKING SPECIFICATION SOT-23 PACKAGE 1. Marking method Laser Marking 2. Marking N4 No. 1 Item Marking Device Mark N4 KRC117S hFE Grade - - * Lot No. 01 2 Description 1998. 1st Week [ 0: 1st Character, 1: 2nd Character] [Note] * Lot No. marking method


    Original     		PDF KRC117S OT-23 N4 SOT23 N4 marking KRC117S marking n4 N4 SOT-23

    RS468

    Abstract: transistor dg sot-23 BENT LEAD transistor TO-92 Outline Dimensions P005 n7 transistor P012 B W4 Transistor GP007 transistor W4 sot-23
    Text: Package Options TO-39 N2, B TO-52 (N9) TO-92 (N3, L, LL) DIP Plastic (N4, N6, NA, J, P) DIP Ceramic (NC, N7, P, C) Side Braze (NC, N7) TO-220 (N5) 7-Pin TO-220 (K2) TO-243 AA (SOT-89) (N8) SOT-23 (K1) TO-3 (N1) Die in Wafer Form (NW, XW) Die on adhesive


    Original     		PDF O-220 O-243 OT-89) OT-23 RS468 transistor dg sot-23 BENT LEAD transistor TO-92 Outline Dimensions P005 n7 transistor P012 B W4 Transistor GP007 transistor W4 sot-23

    SOT23 W1P

    Abstract: MARKING W1P transistor w1P MARKING W2 SOT23 marking code R2 sot23 marking code w2 sot23 marking code W1p marking code P2p SOT23 marking W1 sot23 marking code w2 sot323
    Text: DISCRETE SEMICONDUCTORS Marking codes RF Wideband Transistors Supersedes data of 1997 Nov 21 1999 Jul 21 Philips Semiconductors RF Wideband Transistors Marking codes TYPE NUMBER TO PACKAGE AND MARKING CODE TYPE NUMBER PACKAGE BF547 BF547W BF747 BFC505 SOT23


    Original     		PDF BF547 BF547W BF747 BFC505 OT323 OT353 OT143 SOT23 W1P MARKING W1P transistor w1P MARKING W2 SOT23 marking code R2 sot23 marking code w2 sot23 marking code W1p marking code P2p SOT23 marking W1 sot23 marking code w2 sot323

    BFG540 N43

    Abstract: w1p 22 SOT23 W1P sot143 Marking code V12 "W1P" f763 SOT89 MARKING CODE marking code V3 SOT89 N5 MARKING CODE V3 marking code
    Text: DISCRETE SEMICONDUCTORS DATA SHEET Marking codes RF Wideband Transistors 1997 Nov 22 File under Discrete Semiconductors, SC14 Philips Semiconductors RF Wideband Transistors Marking codes TYPE NUMBER TO PACKAGE AND MARKING CODE TYPE NUMBER PACKAGE MARKING CODE


    Original     		PDF BF547 BF547W BF689K BF747 OT323 OT353 OT143 BFG540 N43 w1p 22 SOT23 W1P sot143 Marking code V12 "W1P" f763 SOT89 MARKING CODE marking code V3 SOT89 N5 MARKING CODE V3 marking code

    MMSZ5243

    Abstract: N4 SOT23
    Text: 500mW ZENER DIODES MMSZ52 SERIES • New Product SOT23 Pkg. TA = 25˚C The latest comprehensive data to fully support these parts is readily available. TAPE & REEL SPECIFICATIONS SOT23 Tape Width Reel Diameter Quantity 8mm 178mm 3,000 8mm 330mm 10,000 Nom.


    Original     		PDF 500mW MMSZ52 MMSZ5225 MMSZ5226 MMSZ5227 MMSZ5228 MMSZ5229 MMSZ5230 MMSZ5231 MMSZ5232 MMSZ5243 N4 SOT23

    4.85W

    Abstract: EL817B equivalent JNK09E102MY02N
    Text: EV110-P-00A 85VAC/60Hz~420VAC/60Hz, 13.5V/300mA;8V/50mA;8V/50mA Off-line SWITCHING Regulator Evaluation Board PRELIMINARY SPECIFICATIONS SUBJECT TO CHANGE Evaluation Board Report Triple output 4.85W ACDC power supply Design Specs Input Voltage Output 1 Output 2


    Original     		PDF EV110-P-00A 85VAC/60Hz 420VAC/60Hz, V/300mA V/50mA V/50mA 300mA MP110GPR EV110-P-00A 4.85W EL817B equivalent JNK09E102MY02N

    resistor 2010

    Abstract: 47 Ohm to 100 Ohm resistor VP2-0083 Transformer 9v 2a EC21 51 ohm 5w 12k resistor MAX1856EUB resistor 100k ohm 25MV390AX
    Text: D1 EC21 QS03L VIN 9V to 14V C3 390uF 25V MV-AX 2x 10 SHDN 9 VCC 4 R9 4,9 15 0.5W 1 C9 100pF 3,5 2 D2 EC21 QS03L N1 IRLL 2705 CS+ 6 PGND 2 7 6 12 EXT 8 U1 MAX1856 C1 1uF R10 47 8,10 C8 680pF 1 LDO R1 100k (500kHz) 11 T1 16.4uH VP2 -0083 7 R3 100 C7 1nF R2


    Original     		PDF QS03L 390uF 100pF MAX1856 680pF 500kHz) resistor 2010 47 Ohm to 100 Ohm resistor VP2-0083 Transformer 9v 2a EC21 51 ohm 5w 12k resistor MAX1856EUB resistor 100k ohm 25MV390AX

    FDV0603-R20M

    Abstract: 561K CAPACITOR FDV0603 diode c24 06 6D
    Text: 19-0796; Rev 0; 4/07 Low-Cost, Dual-Output, Step-Down Controller with Fast Transient Response The MAX8664 dual-output PWM controller is a low-cost, high-performance solution for systems requiring dual power supplies. It provides two individual outputs that


    Original     		PDF MAX8664 MAX8664 FDV0603-R20M 561K CAPACITOR FDV0603 diode c24 06 6D

    2R5TPD470M6

    Abstract: FDV0603 FDV0603-R20M 2N7002-SOT23 2N7002 FDV0630-1R0M MAX8664 RESISTOR 0603 1uF 561K CAPACITOR mosfet 2n7002
    Text: 19-0796; Rev 0; 4/07 Low-Cost, Dual-Output, Step-Down Controller with Fast Transient Response The MAX8664 dual-output PWM controller is a low-cost, high-performance solution for systems requiring dual power supplies. It provides two individual outputs that


    Original     		PDF MAX8664 MAX8664 2R5TPD470M6 FDV0603 FDV0603-R20M 2N7002-SOT23 2N7002 FDV0630-1R0M RESISTOR 0603 1uF 561K CAPACITOR mosfet 2n7002

    FDV0603

    Abstract: ceramic capacitor 820pF 2N7002-SOT23 irf7821 2N7002 FDV0630-1R0M MAX8664 RESISTOR 0603 1uF FDV0603-R20M
    Text: 19-0796; Rev 0; 4/07 KIT ATION EVALU E L B AVAILA Low-Cost, Dual-Output, Step-Down Controller with Fast Transient Response The MAX8664 dual-output PWM controller is a low-cost, high-performance solution for systems requiring dual power supplies. It provides two individual outputs that


    Original     		PDF MAX8664 MAX8664 FDV0603 ceramic capacitor 820pF 2N7002-SOT23 irf7821 2N7002 FDV0630-1R0M RESISTOR 0603 1uF FDV0603-R20M

    Untitled

    Abstract: No abstract text available
    Text: 19-0796; Rev 0; 4/07 KIT ATION EVALU E L B AVAILA Low-Cost, Dual-Output, Step-Down Controller with Fast Transient Response The MAX8664 dual-output PWM controller is a low-cost, high-performance solution for systems requiring dual power supplies. It provides two individual outputs that


    Original     		PDF MAX8664 MAX8664

    CTX03-18774

    Abstract: CTX03-18775 TRANSISTOR N3 CTX03 transformer EP10 GRM1885C1H100H CTX031 MAX5974A MAX5974AETE 0826-1X1T-GH-F
    Text: 19-5880; Rev 0; 5/11 MAX5974A Evaluation Kit The EV kit features a galvanically isolated 25W, 600kHz switching frequency forward DC-DC converter using the IC. The circuit achieves high efficiency up to 92% VIN = +42V using a coupled-inductor forward DC-DC


    Original     		PDF MAX5974A 600kHz MAX5969B Figure10. MAX5974A CTX03-18774 CTX03-18775 TRANSISTOR N3 CTX03 transformer EP10 GRM1885C1H100H CTX031 MAX5974AETE 0826-1X1T-GH-F

    CTX03-18842-R

    Abstract: MAX5974C B2100-13-F MAGJACK rj45 connector GA355QR7GF222KW awp top mark MAX5974CETE CTX0318842
    Text: 19-5262; Rev 0; 11/11 MAX5974C Evaluation Kit Evaluates: MAX5974C General Description The EV kit features a galvanically isolated 25W, 250kHz switching-frequency, active-clamped, synchronous-rectified forward DC-DC converter using the IC. The device circuit achieves high efficiency up to 93.5% using a


    Original     		PDF MAX5974C MAX5974C 250kHz MAX5969B Products10 CTX03-18842-R B2100-13-F MAGJACK rj45 connector GA355QR7GF222KW awp top mark MAX5974CETE CTX0318842

    LMK212BJ105KG

    Abstract: CRS02 4TPC220M 6TPC150M C3225X7R1E106M GRM188R71H104K MAX8716 MAX8716EVKIT MAX8716E
    Text: 19-3841; Rev 0; 10/05 MAX8716 Evaluation Kit The MAX8716 evaluation kit EV kit demonstrates the MAX8716’s standard application circuit. This dual-PWM synchronous DC-DC converter steps down high-voltage batteries and/or AC adapters, generating main supplies for notebook computers.


    Original     		PDF MAX8716 300kHz MAX8716 LMK212BJ105KG CRS02 4TPC220M 6TPC150M C3225X7R1E106M GRM188R71H104K MAX8716EVKIT MAX8716E

    C3216X7R1E105K

    Abstract: ECJ2FB0J106M GRP155R71E103K GRP155R71E682K GRP155R71H102K GRP155R71H332K LMK325BJ106MN MAX1565 MAX1801 sot23 6333 5v
    Text: 19-2810; Rev 1; 8/05 MAX1565 Evaluation Kit The MAX1565 evaluation kit EV kit is a fully assembled and tested circuit board that accepts 1.5V to 3.6V input voltages and provides all the output voltages required for a typical digital still camera. The outputs consist of


    Original     		PDF MAX1565 MAX1801 C3216X7R1E105K ECJ2FB0J106M GRP155R71E103K GRP155R71E682K GRP155R71H102K GRP155R71H332K LMK325BJ106MN MAX1801 sot23 6333 5v

    6TPE220M

    Abstract: sma DH3 diode 6TPE150M C4532X7R1E106K MAX1533 MAX1533EVKIT T520D157M006ASE025 T520V227M006ASE025 58uH LRC-LRF2010-01-R010-F
    Text: 19-3528; Rev 0; 3/05 MAX1533 Evaluation Kit The MAX1533 evaluation kit EV kit demonstrates the MAX1533’s standard application circuit. This dual-PWM synchronous DC-DC converter steps down high-voltage batteries and/or AC adapters, generating main supplies for notebook computers. The MAX1533 EV kit


    Original     		PDF MAX1533 300kHz 100mA. MAX1533 6TPE220M sma DH3 diode 6TPE150M C4532X7R1E106K MAX1533EVKIT T520D157M006ASE025 T520V227M006ASE025 58uH LRC-LRF2010-01-R010-F

    led driver SOT23 6pin boost

    Abstract: MAX16821B GRM319R71H104K PCB 545 resistor 5w 1kOhm SI3458DV-E3 B360A-13-F GRM188R71E102K GRM188R71H104K UMK325BJHI06K
    Text: 19-1967; Rev 0; 11/07 MAX16821B Evaluation Kit The MAX16821B evaluation kit EV kit is a fully assembled and tested surface-mount printed-circuit board (PCB) designed to evaluate the MAX16821B pulsewidth-modulation (PWM) LED driver controller in a boost configuration.


    Original     		PDF MAX16821B 660mA MAX16821B led driver SOT23 6pin boost GRM319R71H104K PCB 545 resistor 5w 1kOhm SI3458DV-E3 B360A-13-F GRM188R71E102K GRM188R71H104K UMK325BJHI06K

    Untitled

    Abstract: No abstract text available
    Text: 19-3323; Rev 0; 6/04 MAX5058 Evaluation Kit The MAX5058 evaluation kit EV kit is a fully assembled and tested circuit board that contains a high-efficiency, 50W, isolated, synchronously rectified forward converter in the industry-standard 1/8th brick pinout. The circuit is configured for a +3.3V output voltage and provides up to 15A of output current. The circuit can be


    Original     		PDF MAX5058 MAX5051/MAX5058

    R027F

    Abstract: NEC B1100 b1100 nec Payton planar transformer layout MAX5051 MAX5058 MAX5058EVKIT DRV_B era3eeb1912v
    Text: 19-3323; Rev 0; 6/04 MAX5058 Evaluation Kit The MAX5058 evaluation kit EV kit is a fully assembled and tested circuit board that contains a high-efficiency, 50W, isolated, synchronously rectified forward converter in the industry-standard 1/8th brick pinout. The circuit is configured for a +3.3V output voltage and provides up to 15A of output current. The circuit can be


    Original     		PDF MAX5058 MAX5051/MAX5058 R027F NEC B1100 b1100 nec Payton planar transformer layout MAX5051 MAX5058EVKIT DRV_B era3eeb1912v

    strain gauge sensor interface

    Abstract: CTS109 LED backlight schematic laptop LMV321M5 BKLT100 COL10 alps backlight strain gauge n6 N860 fujitsu keyboard N860
    Text: SH2165 PixiKey Programmable Keyboard Encoder & Force Stick Encoder HID & SYSTEM MANAGEMENT PRODUCTS, KEYCODER FAMILY The SH2165 PixiKey™ is a costeffective, high-functionality combination keyboard and mouse encoder which offers a programmable keyboard matrix and


    Original     		PDF SH2165 18-column strain gauge sensor interface CTS109 LED backlight schematic laptop LMV321M5 BKLT100 COL10 alps backlight strain gauge n6 N860 fujitsu keyboard N860

    SOT23 W1P

    Abstract: BFG540 N43 SOT89 MARKING CODE "W1P" MARKING W1P sot143 Marking code p1 PSH10 sot143 sot343 marking code V3 w1p code
    Text: Philips Semiconductors RF Wideband Transistors Marking codes TYPE NUMBER TO PACKAGE AND MARKING CODE TYPE NUMBER PACKAGE BF547 SOT23 BF547W BF689K SOT323 SOT54 BF747 SOT23 SOT54 BF763 BFC505 BFC520 BFE505 BFE520 BFG10 BFG10/X BFG10W/X BFG11 BFG11/X BFG11W/X


    OCR Scan     		PDF BF547 BF547W BF689K BF747 BF763 BFC505 BFC520 BFE505 BFE520 BFG10 SOT23 W1P BFG540 N43 SOT89 MARKING CODE "W1P" MARKING W1P sot143 Marking code p1 PSH10 sot143 sot343 marking code V3 w1p code

    sot-23 MARKING CODE ZA

    Abstract: b0808 BCB47B BCB17-16 marking za sot89 2SB0151K marking k5 sot89 SOT 86 MARKING E4 n33 SOT-23 10Y sot-23
    Text: SURFACE-MOUNTED DEVICE MARKINGS Because of their smali size, it's not possible to show types/ values on most surface-mounted components. The following tables show the code markings used to identify most common surface-mounted transistors and diodes. Note that the same


    OCR Scan     		PDF OT-23, OT-89 OT-143 BZV49 OT-23 2SC2059K sot-23 MARKING CODE ZA b0808 BCB47B BCB17-16 marking za sot89 2SB0151K marking k5 sot89 SOT 86 MARKING E4 n33 SOT-23 10Y sot-23

    PXTA14

    Abstract: mark a7 sot23 PMBZ52227B marking CODE M10 SOT89 dc/SOT89 MARKING CODE 3D 2PB710AR BST60 PMBTA14 PMBT4401
    Text: Philips Semiconductors Surface Mounted Semiconductors Marking MARKING LIST Types in SOT23, SOT89, SOT143, SOT323, SOD123 and SOD323 envelopes are marked with a code as listed in the following tables. The actual type number and data code are on the packing.


    OCR Scan     		PDF OT143, OT323, OD123 OD323 BZV49 BAW56W BSR40 2PB709AR BAW56 BSR41 PXTA14 mark a7 sot23 PMBZ52227B marking CODE M10 SOT89 dc/SOT89 MARKING CODE 3D 2PB710AR BST60 PMBTA14 PMBT4401

    sot-23 Marking G1

    Abstract: marking 1U sot-23 MMBC1653N4 MMBC1654N5 N3 SOT-23 MMBC1653 MMBC1653N2 MMBC1653N3 G1 marking sot23 sot23 MARKING 1l
    Text: SURFACE MOUNT PRODUCTS — SOT 23 continued Low-Noise SOT-23 Transistors Pinout: 1-Base, 2-Emitter, 3-C ollector NPN NF dB Device MMBT5088 MMBT5089 MMBT2484 MMBT6428 MMBT6429 fT hfe Max @'C (mA) Min (MHz) Marking (Typ) Vb R(CEO) Min 1Q 1R 1U 1K 1L 1.0 1.0


    OCR Scan     		PDF OT-23 MMBT5088 MMBT5089 MMBT2484 MMBT6428 MMBT6429 MMBT5087 MMBT5086 MMBTA42 sot-23 Marking G1 marking 1U sot-23 MMBC1653N4 MMBC1654N5 N3 SOT-23 MMBC1653 MMBC1653N2 MMBC1653N3 G1 marking sot23 sot23 MARKING 1l