30MVP Search Results
30MVP Datasheets Context Search
Catalog Datasheet | Type | Document Tags | |
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datel converter
Abstract: datel
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30mVp-p 200kHz IEC950/EN60950/UL1950 datel converter datel | |
MAX685
Abstract: MAX685EEE MAX685ETG
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30mVp-p 24-Pin 220kHz/400kHz MAX685EEE MAX685ETG MAX685 MAX685EEE MAX685ETG | |
PM-500A
Abstract: 24VDC VOLTAGE REGULATORS
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PM-500A 500mA 20MHz 20mVp-p 30mVp-p LM78XX 40inch 24VDC VOLTAGE REGULATORS | |
Contextual Info: LSN2-T/30-D12 Series DOSA-SIP, 30A POL DC/DC Converters ORDERING GUIDE SUMMARY Model VOUT Range IOUT Range VIN Range Ripple/Noise Efficiency 0.8-5V 0-30A 6-14V 30mVp-p 94% LSN2-T/30-D12 PRELIMINARY DATA FEATURES INPUT CHARACTERISTICS Parameter Typ. @ 25°C, full load |
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LSN2-T/30-D12 30mVp-p DS-0562 | |
Contextual Info: ® INNOVATION and EXCELLENCE Single Output UNR Series Non-Isolated, 5V-to-2.5V 2 Amp, DC/DC Converters Features • Low cost! Complete! ■ No external I/O capacitors required ■ +4.75V to +5.5V input ■ +2.5V ±1.5% , 2 Amp output ■ Low output noise, 30mVp-p |
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30mVp-p 200kHz IEC950/EN60950/UL1950 20MHz 10-pin 11-pin | |
MOTOROLA MBR0520LT1Contextual Info: 19-1353; Rev 1; 6/03 L MANUA ION KIT HEET T A U L EVA TA S WS DA FOLLO Dual-Output Positive and Negative , DC-DC Converter for CCD and LCD Features ♦ Dual Output Using a Single Inductor ♦ Low-Noise Output, 30mVp-p Ripple ♦ Output Voltages up to 24V and down to -9V |
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30mVp-p 24-Pin 220kHz/400kHz MAX685 inde85C MAX685EEE-T MAX685EEE+ MAX685EEE MAX685ETG MAX685ETG-T MOTOROLA MBR0520LT1 | |
nbr0520
Abstract: LHQ4N220J04 480kHz NLC32522T-220K
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30mVp-p 220kHz/400kHz MAX685 MAX685 nbr0520 LHQ4N220J04 480kHz NLC32522T-220K | |
nbr0520
Abstract: MAX685 MAX685EEE
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30mVp-p 220kHz/400kHz MAX685EEE MAX685 nbr0520 MAX685 MAX685EEE | |
Contextual Info: MN4000 Lül MICRO NETWORKS 4 0 n se c 12-Bit LIN E / T/H A M P LIF IE R DESCRIPTION FEATURES • ± 0.024% FSR Maximum Gain Linearity Error • 40nsec Full Scale Acquisition Time to 0.01%FSR • Low 30mVp-p T/H Transient • Fast 25nsec T/H Transient Settling Time |
OCR Scan |
MN4000 12-Bit 40nsec 30mVp-p 25nsec 50MHz MIL-STD-1772 24-PIN MN4000 | |
transistor C5C
Abstract: b3p27 1X04
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OCR Scan |
30mVp-p 30usee 200kHz IEC950/EN60950/UL1950 20MHz 10-pin 11-pin transistor C5C b3p27 1X04 | |
Contextual Info: MN4000 ! I] \ _ J! ; 4 0 n s e c 1 2-B it L IN E A R T /H A M P L IF IE R MICRO NETWORKS DESCRIPTION FEATURES • ± 0.024% FSR Maximum Gain Linearity Error • 40nsec Full Scale Acquisition Time to 0.01°/oFSR • Low 30mVp-p T/H Transient • Fast 25nsec T/H |
OCR Scan |
MN4000 40nsec 30mVp-p 25nsec 50MHz 24-pin, | |
transistor C5C
Abstract: datel converter us DS-0414A C16A datel
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30mVp-p 200kHz IEC950/EN60950/UL1950 20MHz 10-pin 11-pin transistor C5C datel converter us DS-0414A C16A datel | |
GOLD CAP 2.5V 3.3FContextual Info: LSM-10A D3 Models Single Output, Non-Isolated, 3.3VIN, 0.8-2.5VOUT 10 Amp DC/DC’s in SMT Packages NOT RECOMMENDED FOR NEW DESIGNS Typical Unit Features N Step-down buck regulators with industry-standard SMT footprint N 3.3V input 3.0-3.6V range N 0.8/1/1.2/1.5/1.8/2/2.5VOUT @10A |
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LSM-10A 30mVp-p UL/IEC/EN60950 GOLD CAP 2.5V 3.3F | |
SY89228U
Abstract: SY89229U SY89230U
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SY89229U SY89229U 100mV 100mV 200mVPP) 325mV, 100Kcompatible M9999-080707-A SY89228U SY89230U | |
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VIPer12A circuit diagram
Abstract: CVP11 vip*12a viper12a 12v viper12a AN1734 Cramer coil transformer CVP11-021 Compostar cvp11-021 TL431
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AN1734 VIPer12A 60kHz. VIPer12A circuit diagram CVP11 vip*12a viper12a 12v AN1734 Cramer coil transformer CVP11-021 Compostar cvp11-021 TL431 | |
Contextual Info: User's Guide SNVA142A – December 2005 – Revised April 2013 AN-1431 LM25010 Evaluation Board 1 Introduction The LM25010EVAL evaluation board provides the design engineer with a fully functional buck regulator, employing the constant on-time COT operating principle. This evaluation board provides a 5 V output |
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SNVA142A AN-1431 LM25010 LM25010EVAL C9-C11. | |
RSX2Contextual Info: ONET8501PB www.ti.com . SLLS910 – JULY 2008 11.3-Gbps RATE-SELECTABLE LIMITING AMPLIFIER |
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ONET8501PB SLLS910 RSX2 | |
PHY2078
Abstract: PHY2078QT-RR PHY1095
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PHY2078 PHY2078 PHY1095 PHY1097 PHY2078-RD-1 PHY2078QT-RR | |
led 30w
Abstract: IEC320-C8 ES30B
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D-63069 MES30B IEC320-C8 MES30B-SPEC led 30w IEC320-C8 ES30B | |
7805 IC pin connections
Abstract: ic 78xx 7805 5v supply OF IC 7805 Regulated Power supply using 7805 7805 500mA 7805 application note 7805 12v to 5v 7805 resistor R7805
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LM78XX UL94V-0 LM79xx R-78xx-Series R-78xx-0 R-785 R-78-0 7805 IC pin connections ic 78xx 7805 5v supply OF IC 7805 Regulated Power supply using 7805 7805 500mA 7805 application note 7805 12v to 5v 7805 resistor R7805 | |
6 pin smd power control ic 18v
Abstract: 217F 78A3 DIODE SMD c3
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UL94V-0 R-78Axx1 R-78A1 R-78A2 R-78A3 R-78A5 10Pin R-78Axx-1 04-April-2007 6 pin smd power control ic 18v 217F 78A3 DIODE SMD c3 | |
LTC6909
Abstract: LTC6908 LTC6908-2 LTM4601 LTM4601-1 sine wave power inverter LTC6906 500KHz
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LTC6909 67MHz fOUT/16, fOUT/32 fOUT/64 sC6906 10kHz 100kHz LTC6907 40kHz LTC6909 LTC6908 LTC6908-2 LTM4601 LTM4601-1 sine wave power inverter LTC6906 500KHz | |
Transistor ge 718
Abstract: transistor number D 2498 S/transistor number D 2498
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OCR Scan |
LT1431 LT1431 PL1V221M PHILIPS-BAT85 BR330 CTX50-3-MP Transistor ge 718 transistor number D 2498 S/transistor number D 2498 | |
Contextual Info: HIGH SPEED DIFFERENTIAL ^ NJM360 The NJM360 is a very high speed differential input, complementaly TTL output voltage comparator. The device has been optimized for greater speed, input impedance and fan-out and lower input offset voltage. Applications involve high speed analog to digital convertors and zero-crossing detectors in disc file systems. |
OCR Scan |
NJM360 500mW 300mW |