350VDC Search Results

IEC60417-5019

Abstract: t3.15ah 250v T3.15AH t3.15 250v 3355 bourns coutant power supply 5V xl401 xl601 XL-501 T1 2A 250V
Contextual Info: � NV175 Handbook Input Parameters Part Number 17159 Output Channel NOMINAL INPUT VOLTAGE RANGE MAX. INPUT VOLTAGE RANGE INPUT FREQUENCY MAXIMUM INPUT CURRENT 100 - 240V AC or 133 - 318VDC* 90 - 264V AC or 120 - 350VDC* 47- 63Hz 3A AC or 2.2Adc INRUSH CURRENT

gravity sensor

Abstract: float type level sensor ul1332 FLOAT SENSOR temperature sensor PIC 10VA SUS304 pic 4525 PLS-080x-xVAL
Contextual Info: Stainless Steel Levelsensors PLS-080x-xVAL L = bent VA = stainless steel 3 = 10 W, 6 = 50 W A = norm. open, B = norm. closed 080 = 80 mm dimension PLS = PIC Level Sensor Technical Data: Variants: Electrical: 3: 10W, 200VDC, 0,5A 10VA, 140VAC wire AWG 24 6: 50W, 350VDC, 0,5A

Contextual Info: TUSONIX CERAMIC TRIMMER CAPACITORS A P P L IC A T IO N Small, rugged trimmers offering wide capacitance range and environmental stability. featuring the LOW PROFILE SUBM INIATURE Style 528 Type Value pF Volts 528 538 1 -3 to 6-22 2-8 to 15-60 1OOVdC 100-350Vdc

RBS 6301

Abstract: reed relay 2a05 clare relay mercury mercury wetted contact relay REED RELAY clare 20003 diode 2a05 REED RELAY clare clare reed relays 78VDC relay mercury wetted clare
Contextual Info: Clare Special Application Relays HRM MRBS Low power, high isolation electrom agnetic shielding, & fully encapsulated assembly D irect couple to TTL & CMOS outputs— P15mW input power required 1A, 2A 1A 50VA 350VDC or Peak AC 1.00 A 3.00 A 5VA 75VDC or Peak AC

AWG22

Abstract: ul1332 10VA SUS304 SW179
Contextual Info: Edelstahl Levelsensoren PLS-080x-xVAL L = gebogen VA = Edelstahl 3 = 10 W, 6 = 50 W A = Schließer, B = Öffner 080 = 80 mm Abmessung PLS = PIC Level Sensor Technische Daten: Varianten: Elektrisch: 3: 10W, 200VDC, 0,5A 10VA, 140VAC Litze AWG24 6: 50W, 350VDC, 0,5A

clare MRB

Abstract: b1a12 MRB 154 clare MRB 1a 24
Contextual Info: Clare 1 x 0.1 Inch Grid Relays E ngineering S p ec ific atio n s HRB M M RB MRB C o n tac t Form 1A, 2A, 3A, 4A, 5A, 6A 1A, 2A, 3A, 4A, 5A, 6A 1A, 2A, 3A, 4A, 5A. 6A, 1 B, 2B 50VA 350VDC or Peak AC 0.75A 3.00 A 50VA 350VDC or Peak AC 1.00A 2.00A 10VA 200VDC or

s41b

Abstract: relay tec 1400 S41A
Contextual Info: SIP Single-ln-Line Packages E ngineering S p ecificatio ns DSS4 M SS4 C on tact Form 1A, 1B 1A 10 VA 100VDC o r Peak AC 0.5 0 A 1.00A 50VA 350VDC o r Peak AC 1.00 A 2.00 A C on tact Rating M a x im u m M a x im u m M a x im u m M a x im u m s w itc h in g p o w e r

km 1667

Abstract: F10AH f10ah250v F10AH fuse marking code h4 capacitor IEC60417-5019 earth leakage diagram 42963
Contextual Info: EFE400 Handbook Part Number 17333 Input Parameters NOMINAL INPUT VOLTAGE RANGE 100 - 240V AC or 133 - 318VDC 90* - 264V AC or 120 - 350VDC MAXIMUM INPUT VOLTAGE RANGE INPUT FREQUENCY 45- 440Hz MAXIMUM or DC MAXIMUM INPUT CURRENT 6.1A rms or 4.2A DC MAXIMUM INPUT CURRENT at 530W

JS-2416-XX

Contextual Info: 1 2 3 4 5 6 7 8 SPECIFICATIONS Voltage rating: Current rating: Body material: Contact resistance: Insulation resistance: Withstanding: Temperature range: A B 250VAC, 350VDC 5 amps AC/DC Nylon 66, UL94V-0 10 milliohms max. 1,000 megohms min. 1,500VAC for 1 min.

Contextual Info: FEATURES Multiple case sizes - High voltage – High Current APPLICATIONS Filtering – Switching Power Supplies -40°C to +85°C 10VDC to 250VDC -25°C to +85°C (350VDC to 500VDC) +20% at 120 Hz, 20°C Operating Temperature Range Capacitance Tolerance

Contextual Info: FEATURES Multiple case sizes - High voltage – High Current APPLICATIONS Filtering – Switching Power Supplies -40°C to +85°C 10VDC to 250VDC -25°C to +85°C (350VDC to 500VDC) +20% at 120 Hz, 20°C Operating Temperature Range Capacitance Tolerance

IEC60417-5019

Abstract: XU602 FUSE 5X20MM 2.0A F8AH earth leakage diagram EFE300M EN60601-1 IEC60601-1 300WRMS 163-09
Contextual Info: EFE300M Handbook Part Number 17342 Input Parameters Nominal Input Voltage Range 100 - 240V AC or 133 - 318VDC* 90* - 264V AC or 120 - 350VDC* Maximum Input Voltage Range Input Frequency 45- 440Hz maximum or DC Maximum Input Current 4.9A rms or 3.5A DC Maximum Input Current 400W peak

IEC60417-5019

Abstract: ic 17358 42963 FUSE 5X20MM 2.0A FET H2 41054 earth leakage diagram EFE300 EFE-300 F8AH
Contextual Info: EFE300 Handbook Part Number 17358 Input Parameters Nominal Input Voltage Range 100 - 240V AC or 133 - 318VDC 90* - 264V AC or 120 - 350VDC Maximum Input Voltage Range Input Frequency 45- 440Hz maximum or DC Maximum Input Current 4.7A rms or 3.8A DC Maximum Input Current 400W peak

Contextual Info: KEMET Part Number: PEH200UO4220MB2 Capacitor, aluminum, 2200 uF, +/-20% Tol, -40/+85C, 350VDC@85C General Information Supplier: Style: KEMET Screw Terminal Aluminum Electrolytic Screw Terminal Lead Type: Oval Threaded Inserts- M5 Part Type Description: Weight:

JS-CH-2416-XX

Contextual Info: 1 2 3 4 5 6 7 8 SPECIFICATIONS Voltage rating: Current rating: Body material: Contact resistance: Insulation resistance: Withstanding: Temperature range: A B 250VAC, 350VDC 5 amps AC/DC Nylon 66, UL94V-0 10 milliohms max. 1,000 megohms min. 1,500VAC for 1 min.

PS30 Type 18

Abstract: PU15-05 PU1005 Toko 7mm PU15-24 PU30-05
Contextual Info: PU Series TOKO ^1 OVERVIEW The PU series of 10, 15, 3C and 50W single output switchers are duplicates of the PS series except for the input voltages. The PU models have higher input ranges of 170'264VAC or 220-350VDC designed for end usage in the European market.

Contextual Info: KEMET Part Number: ESK106M350AH2AA Capacitor, aluminum, 10 uF, +/-20% Tol, -25/+85C, 350VDC@85C General Information L Supplier: LL+ D Application: LL- Part Type Description: Style: S Lead Type: F d KEMET General Purpose Single Ended Aluminum Electrolytic

Contextual Info: PST26 Standard product Features 490-264Vac or 100-350Vdc input voltage ranges 41 to 3 isolated outputs 4Output power up to 300W 4Power Factor Correc�on EN61000-3-2 4Surge and transient protec�on 4Many output configura�ons available 43U x 8TE x 160mm

clare 15005 B

Abstract: prme 15005 SS71A REED RELAY 15005 clare prme 15005 prme 15002 CLARE REED RELAY PRMA clare 25005 prme 15005 A 15005 clare
Contextual Info: DIP-14 14 Pin Dual-in-Lirte Packages E ngineering S p ec ific atio n s MSS2 MSS7 PRMA Form A and B PRMA (Form C) DSS7 PRME C o n tac t Form 1A 1A 1A , 2A, 1 B 1C 1A 1A 50VA 350VD C or Peak AC 1.00 A 2.00 A 50VA 350VDC or Peak AC 1.00A 2.00A 10VA 100VDC or

lm44e00

Abstract: 62a48 lm44b00 mss6 relay LX200E00 Clare RELAY HGZM LM 7680
Contextual Info: DIP-16 16 Pin Dual-lln-Line Packages Engineering Specifications HGZM MSS6 LM Contact Form 1 C .2C 2A 2C 2C sw itch in g p o w sr s w itch in g vo ltsg e sw itch in g c u rren t ca rry cu rre n t 50VA 350VD C o r Peak AC 1.00A 3.00A 50VA 350VDC or Peak AC 1.00A

s14k275

Contextual Info: Data sheet. S14K275 275Vrms 350Vdc Scheiben VDR Weidmüller Interface GmbH & Co. KG Klingenbergstraße 16 D-32758 Detmold Germany Fon: +49 5231 14-0 Fax: +49 5231 14-292083 www.weidmueller.com Overvoltage protection with individual components

capacitor 47nf

Abstract: cfl ballast crest factor bridge rectifier 1A IR2520D irf ballast cfl ballast 14w cfl circuit transistor Electronic ballast 10uF 450v 1uF 400V capacitor 10 ELECTRONIC
Contextual Info: Application Note AN-1073 Analysis of Different Solutions and Trade-off Cost vs. Power Factor Performance for Electronic Ballasts By Cecilia Contenti Table of Contents Page I. Introduction II. Low Power Factor

Contextual Info: The “A” Series of non-inductive, ceramic composite resistors are designed for a variety of applications where high energy handling capabilities are crucial. These resistors are ideal for any application which is subject to surges, high peak power or impulse energy.

18w cfl circuit

Abstract: OSRAM cfl OSRAM CFL transistor Electronic ballast electronic ballast 32w cfl lamp osram transistor Electronic ballast vogt inductors osram ballast circuit OSRAM DULUX el 18w OSRAM DULUX el electronic ballast 18w cfl lamp
Contextual Info: Application Note AN-1066 Procedures to Design 220VAC CFL Solutions with the IR2520D By Cecilia Contenti Table of Contents Page Typical Circuit for 220VAC CFL Applications .1