CRCW0603200KJNEA Search Results

DC1613

Contextual Info: DEMO MANUAL DC2028A 8-Channel Power Supply System Featuring the LTC2977 PMBus Power System Manager Description The DC2028A is a demonstration system that showcases the LTC 2977, an 8-channel I2C/SMBus/PMBus Power System Manager with EEPROM. The LTC2977 monitors

PJ 1199 diode

Abstract: PJ+1199+diode PJ 1196
Contextual Info: DEMO MANUAL DC1145B LTC4267 Power over Ethernet Powered Device With 12V Isolated Supply DESCRIPTION Demonstration circuit 1145B, featuring the LTC 4267, provides a complete IEEE 802.3af Powered Device PD interface and isolated 12V at 0.9A power supply solution

Contextual Info: User's Guide SNVA413C – October 2009 – Revised May 2013 AN-2000 LM5060EVAL Evaluation Board 1 Introduction The LM5060 evaluation board is designed to demonstrate the capabilities of the LM5060 high side protection controller with low quiescent current. It is intended for evaluation of the functions of the

Contextual Info: DEMO MANUAL DC2009A LT3791-1 60V Four-Switch Synchronous Buck-Boost Controller DESCRIPTION Demonstration circuit 2009A is a 60V four-switch synchronous buck-boost controller that demonstrates the high power capability of the LT3791-1. The output is 24V and the maximum output current is 5A. The switching

Contextual Info: User's Guide SNVA360B – August 2008 – Revised April 2013 AN-1884 LM26003 Evaluation Board 1 Introduction The LM26003 evaluation board is designed to demonstrate the capabilities of the LM26003 switching regulator. The LM26003 board schematic, shown in Figure 1, is configured to provide an output of 3.3V at

WIMA FKP1 C6

Abstract: RC20G RC20GF Osram ballast schematic
Contextual Info: UM10359 UBA2016AT HFTL demo board with boost and dimming Rev. 1.1 — 1 July 2011 User manual Document information Info Content Keywords UBA2016AT, ballast, 28 W 2D lamp, dimming, boost Abstract This User manual describes a demonstration demo board using the

Led driver 100W schematic

Abstract: BAT46WJ 60v to 57.6V battery charger ULR-G-1-1206-R003-1-LF-SLT CRCW040254K9FKED DC1666A WSL2010R0500FEA 50w LED driver CRCW06031M00FKED 0402YD104KAT
Contextual Info: DEMO MANUAL DC1666A LT3791 Four-Switch Buck-Boost LED Driver Controller Description Demonstration circuit DC1666A is a synchronous fourswitch buck-boost LED driver controller. It accepts an input voltage from 4.7V to 60V, and drives up to 25V of LEDs at 2A. DC1666A features both PWM and analog

National Electronics

Abstract: 600w audio amplifier circuit diagram 600w mosfet audio amplifier circuit diagram AN-2000 600w power amplifier circuit diagram PANASONIC- SMT Aluminium electrolytic capacitors SKM22GD101D C1608X7R1H104K C2012X7R2A104K LM5060EVAL
Contextual Info: National Semiconductor Application Note 2000 Frederik Dostal November 3, 2009 Introduction Make sure that the external power supply input voltage power source is capable of providing enough current to the output load so that the output voltage can be obtained.

WE-PD XL

Abstract: C3216X5R1A106M 540D1 C1608X7R1H104K C4532X7R1H685M CRCW0603200KJNEA TSSOP-20 eeefk1j101p C1608X7R1H104 ceramic capacitor 2,2 nF 63V
Contextual Info: National Semiconductor Application Note 1884 Frederik Dostal August 28, 2008 Introduction The LM26003 evaluation board is designed to demonstrate the capabilities of the LM26003 switching regulator. The LM26003 board, schematic shown in Figure 1, is configured

RC0603FR-071K5L

Contextual Info: DEMO MANUAL DC1962C 14-Channel Power Supply System Employing LTC3880/LTC2974/LTC2977 Power System Managers with EEPROM Description The DC1962C is a demonstration system that showcases three different Linear Technology devices—the LTC 3880, LTC2974, and LTC2977. The LTC2974 and LTC2977 devices are I2C/

SKM22GD101D

Abstract: AN-2000 C1608X7R1H104K C2012X7R2A104K LM5060EVAL LM5060Q1MM SMBJ51A-13-F SUM40N10-30-E3 mosfet TRANSISTOR ECG
Contextual Info: National Semiconductor Application Note 2000 Frederik Dostal October 26, 2010 Introduction Make sure that the external power supply input voltage power source is capable of providing enough current to the output load so that the output voltage can be obtained.