Q007L Search Results

K3009U

Contextual Info: mm HAMMOND /U4NUE4CTURING,. i l l w Transformers COPPER WOUND — SINGLE PHASE Pri V Sec V 240 x 480 120/240 kVA Mfr No. Wiring Dlag. Mfr. No. Wiring Dlag. Mfr. No. Wiring Diag. 3 5 7.5 10 15t 251 37.5 50 75 100 150 167 250 333 Q003LECF Q005LECF Q007LECF Q010LECF

Contextual Info: BRIDGE RECTIFIERS » A i m If PLASTIC MATERIAL USED C A R R IE S UL 94V-0 OPERATING AND STO RA GE T EM PER A T U R E RANGE : -55°C to+150°C M-k. S u p e rim p o s e d lFM S urge M a x im u m F o rw a rd V o lta g e @ 25 °C T a Ir ^A dc Ifm A pk V fm *75

toshiba lcd inverter pinout

Abstract: lm- ch 53 -22ntk NEC plasma tv schematic diagram LM-CK53-22NEZ LM64C031 NEC J330 LCM-5327-24NAK schematic diagram crt tv sharp LCD 640X200 OPTREX color tv pattern generator ep 485 schematic diagram
Contextual Info: Introduction 65535 High Performance Flat Panel / CRT VGA Controller • Highly Integrated Design Flat Panel/CRT Controller, RAMDAC, Clock Synthesizer, non­ multiplexed bus, direct panel drive ■ Integrated Interface for Multiple Bus Architec­ tures • Local Bus (32-bit 386/486 or 16-bit 386SX)

Contextual Info: ZENER DIODES 1 W ATT Z E N E R DIODE/DO-41 C A SE 7 O PERATIN G AND STO RA G E T EM PERA T U R E -65°Cto +175°C _ f g : _ fft.tlEB.fe &&&&% >% •& Maximum Zener PART Dynamic Impedances Maximum Reverse Current Forward Voltage

Contextual Info: SURFACE MOUNT DEVICES FOR HYBRID APPLICATIONS PLASTIC MATERIAL USED CARRIES UL 94V-0 OPERATING TEMPERATURE RANGE 20V to 45V : -65 °C to +125 °C 50V to 60V : -65 "C to + 150°C STORAGE TEMPERATURE-65 °C to+150°C TYPE Maximum Peak Reverse Voltage PRV FM220

M/AC/220

Contextual Info: SURFACE MOUNT DEVICES FOR HYBRID APPLICATIONS T§7 — ^ fê k fa PLASTIC M ATERIAL USED C AR R IES UL 94V-0 O PER A TIN G AND STO RAGE T E M P E R A T U R E -65 "C t o +175 "C TYPE M axim um Peak Reverse Voltage M axim um Average Rectified Current @ Half-W ave

sr540 diode

Contextual Info: SCHOTTKY BARRIER RECTIFIERS PLASTIC M ATERIAL USED CAR R IES UL 94V-0 O PERATING TEM PE R A TU R E RANGE 20V to 4 5V : -65 °C to +125 "C 50V to 6 0V : -65 °C to +150 °C & AiàLfo'feïÆ.'iÆ TYPE M a xim u m Peak R everse V o lta g e PRV VpK jt&'Krêmfcffr'&aii

Contextual Info: TRANSIENT VOLTAGE SUPPRESSORS 0# % i t l ' i i &n *^5^ 1500W SURFACE MOUNT TVS DIODES / /]V;Tsr"ta5 Breakdown Voltage V br TYPE TFMCJ5.0 TFMCJ5.0A TFMCJ6.0 TFMCJ6.0A TFMCJ6.5 TFMCJ6.5A TFMCJ7.0 TFMCJ7.0A TFMCJ7.5 TFMCJ7.5A TFMCJ8.0 TFMCJ8.0A TFMCJ8.5 TFMCJ8.5A

Contextual Info: SUPER FAST RECTIFIERS PLASTIC MATERIAL USED CARRIES UL 94V-0 OPERATING AND STORAGE TEMPERATURE -65 ”C to +150 °C M axim um Average Rectified Current @ Half-W ave Resistive Load 60Hz Maxim um Forward Peak Surge Current @ 8.3ms Maxim um Reverse Current @ PRV

Contextual Info: BRIDGE RECTIFIERS PLASTIC M ATERIAL USED CAR R IES UL 94V-0 O PERATING TEM PER A TU R E R ANGE : -55 °C t o +125 "C STO RA GE TEM PE R A TU R E RANGE : -55 "C t o + 1 5 0 ”C T YPE M axim um Peak Reverse Voltage M axim um Average Rectified Current @ Half W ave

Contextual Info: SILICON RECTIFIERS m -— f e f l i P L A S T IC M A T E R IA L U S E D C A R R IE S U L 9 4 V -0 O P E R A T IN G A N D S T O R A G E T E M P E R A T U R E -6 5 ‘ C to + 1 7 5 °C fi&iifo-stm_ Maximum Peak Reverse Voltage TYPE Maximum Average Rectified Current

Contextual Info: SCHOTTKY BARRIER RECTIFIERS i t 4 ^ .3 1 -— f e f l PLASTIC MATERIAL USED C AR R IES UL 94V -0 OPER A TIN G TE M P E R A TU R E RANGE 20V to 4 5 V : -65 "C to +125 “C 50V to 6 0V : -65 "C to +150 °C STO RA GE TE M P E R A TU R E -65 °C t o +150 "C M axim um

RM2507M

Contextual Info: BRIDGE RECTIFIERS » Ä Ä iä L S PLASTIC MATERIAL USED CARRIES UL 94V-0 OPERATING AND STORAGE TEMPERATURE RANGE : -55 °C to + 1 7 5 ”C jjiiu&friftlgSit._ TYPE M axim um Average Rectified Current @ Half W ave Resistive Load 60Hz lo@ Tc Maxim um Peak

Contextual Info: HIGH EFFICIENCY RECTIFIERS r§ j f i PLASTIC MATERIAL USED CARRIES UL 94V-0 OPERATING AND STORAGE TEMPERATURE -65 ”C to +150 °C ik k .iSifaifo iliil M a x im u m A ve ra g e R e c tifie d C u rre n t @ H alf-W ave R e s is tiv e Load M axim u m F o rw a rd Peak