CRCW06030R00F Search Results

lm3674

Contextual Info: User's Guide SNVA139K – January 2006 – Revised April 2013 AN-1427 LM3674 Evaluation Board 1 Introduction The LM3674 evaluation board is a working demonstration of a step down DC-DC converter. This document contains information about the evaluation board. For further information on buck converter

MIC2821

Contextual Info: MIC2811/2821 Digital Power Management IC 2MHz, 600mA DC/DC with Triple 300mA LDOs General Description The MIC2811/21 are high performance power management ICs, supporting four output voltage rails with maximum efficiency. The four rails are generated by a

Contextual Info: SMB214A/B/C Preliminary Information High-power, Three-channel Programmable DC-DC System Power Managers FEATURES & APPLICATIONS INTRODUCTION • Digital programming of all major parameters via I2C interface and non-volatile memory • Output voltage set point

LM3671

Abstract: AN-1395 LM3671-ADJ LM3671MF-ADJ AN201647 buck sot23-5
Contextual Info: National Semiconductor Application Note 1395 Netnarin Joy Taylor and Vera Tsang December 2005 Introduction fixed output voltage options available in a SOT 23-5 package are 1.2V, 1.25V, 1.375V, 1.5V, 1.6V, 1.8V, 1.875V, 2.5V, 2.8V, and 3.3V. The fixed output voltage options available in the

562 sot23

Abstract: SOT23-5 c4 tl 464 a3 sot23-5 AN-1395 LM3671 C2 SOT23-5 sot23-5 1.6V LM3671-ADJ LM3671MF-ADJ
Contextual Info: ঻ถ 1.5V, 1.6VLj1.8VLj1.875VLj2.5V, 2.8Vࢅ3.3Vă֑ᆩྲ āāLM3671ೠࠚӱ੗ᆩઠᄓኤইუ႙኱ୁ-኱ୁገ࣑ഗ ႙SMD-5‫ހ‬ጎ‫ۨࠦڦ‬๼‫ۉ؜‬უ჋ስ‫ݴ‬՚๟1.2VLj1.5VLj ‫߾ڦ‬ፕႠీăኄ߲ᆌᆩጀ๥Ԉࡤକᆶ࠲ೠࠚӱ‫ڦ‬႑တă

cell phone charger 3.7 V circuit diagram

Contextual Info: NCP1835B Integrated Li−Ion Charger NCP1835B is an integrated linear charger specifically designed to charge 1−cell Li−Ion batteries with a constant current, constant voltage CCCV profile. Its low input voltage capability, adjustable charge current, ability

Contextual Info: NCP1835 Integrated Li−Ion Charger NCP1835 is an integrated linear charger specifically designed to charge 1−cell Li−Ion batteries with a constant current, constant voltage CCCV profile. It can charge at currents of up to 1.0 A. Its low input voltage capability, adjustable charge current, ability

Contextual Info: User's Guide SNVA245A – May 2007 – Revised May 2013 AN-1641 LM2747-19A Demo Board 1 Introduction This user's guide describes the LM2747 printed circuit board PCB design and provides an example typical application circuit. The LM2747 is a voltage mode PWM buck controller that implements

LM36

Contextual Info: LM3674 Application Note 1427 LM3674 Evaluation Board Literature Number: SNVA139J National Semiconductor Application Note 1427 Jose Escobar October 14, 2008 Introduction topology. The device operates at a fixed-frequency of 2 MHz typ. providing high efficiency during PWM mode. The

lp2937

Abstract: mbrs0520 sanyo capacitor 6SVPC220M GRM319R71H104KA01 sl22-E3/2C lp293 IRF6609 IRF6633 LM2747 CRCW060310R0
Contextual Info: National Semiconductor Application Note 1641 Ricardo Capetillo May 2007 Introduction Note, increasing the switching frequency results in a lower inductor current ripple and input and output voltage ripple if the component values are kept the same . Monitor the MOSFET junction temperature since switching losses will increase, and do not exceed the maximum junction temperature of the MOSFET. Refer to the MOSFET manufacturer

lp2937

Abstract: capacitor 3.3nf 16v 10 0603 x7r vishay MBRS0520 lp293 IRF6609 IRF6633 LM2743 CRCW06032R21F AN1640
Contextual Info: National Semiconductor Application Note 1640 Ricardo Capetillo May 2007 Introduction cy is user adjustable; note increasing the switching frequency results in a lower inductor current ripple and input and output voltage ripple if the component values are the same . Monitor

Contextual Info: Evaluation Board for Step-Down DC-to-DC Controller ADP1877HC-EVALZ FEATURES controller with integrated drivers that drive N-channel synchronous power MOSFETs. The two PWM outputs are phase shifted 180°, which reduces the input rms current, thus minimizing required input capacitance.

cell phone charger 3.7 V circuit diagram

Contextual Info: NCP1835B Integrated Li−Ion Charger NCP1835B is an integrated linear charger specifically designed to charge 1−cell Li−Ion batteries with a constant current, constant voltage CCCV profile. Its low input voltage capability, adjustable charge current, ability

LQM21PN1R0M

Abstract: fdk vco vco fdk C1608X5R0J106 JMK107BJ475K LM3679
Contextual Info: National Semiconductor Application Note 1682 Jose Escobar October 14, 2008 Introduction The LM3679TL evaluation board is a working demonstration of a step down DC-DC converter. This application note contains information about the evaluation board. For further information on buck converter topology, device electrical

cell phone charger 3.7 V circuit diagram

Contextual Info: NCP1835B Integrated Li−Ion Charger NCP1835B is an integrated linear charger specifically designed to charge 1−cell Li−Ion batteries with a constant current, constant voltage CCCV profile. Its low input voltage capability, adjustable charge current, ability

AN-1427

Abstract: LM3674 LM3674MF-ADJ analog switch SOT23-5 c2 sot23-5
Contextual Info: National Semiconductor Application Note 1427 Jose Escobar March 2006 Introduction switching topology. The device operates at a fixed-frequency of 2 MHz typ. providing high efficiency during PWM mode. The LM3674 is available in both fixed and adjustable output

electrolytic capacitor filter

Abstract: ADP1621 GRM31CR60J476M IRF7470 M400 RB10 SSA33L equivalent smd mosfet CRCW0603150 IRF7470 equivalent
Contextual Info: Evaluation Board for Constant-Frequency, Current-Mode, Step-Up, DC/DC Controller EVAL-ADP1621 EVALUATION BOARD DESCRIPTION ADP1621 DEVICE DESCRIPTION This data sheet describes the design, operation and test results of the ADP1621 Evaluation Board. The input range for the

Contextual Info: NCP1835 Integrated Li-Ion Charger NCP1835 is an integrated linear charger specifically designed to charge 1−cell Li−Ion batteries with a constant current, constant voltage CCCV profile. It can charge at currents of up to 1.0 A. Its low input voltage capability, adjustable charge current, ability

Contextual Info: MIC2811/2821 Digital Power Management IC 2MHz, 600mA DC/DC with Triple 300mA LDOs General Description The MIC2811/21 are high performance power management ICs, supporting four output voltage rails with maximum efficiency. The four rails are generated by a

LPF2810BT-221M

Abstract: schematic power supply for el panel MIC4832 MIC4832YML MIC4832YMM hbridge driver vishay
Contextual Info: MIC4832 Evaluation Board Low Noise 220Vp-p EL Driver General Description The MIC4832 is a low audible noise 220Vp-p electroluminescent lamp EL driver. Using advanced Bipolar, CMOS, DMOS (BCD) technology, the MIC4832 integrates a high voltage boost converter

schematic power supply for el panel

Abstract: MIC4830 LPF2810BT-221M 180VP-P MIC4830YML MIC4830YMM k420 180Vp
Contextual Info: MIC4830 Evaluation Board Low Noise 180Vp-p EL Driver General Description The MIC4830 is a low audible noise 180Vp-p electroluminescent lamp EL driver. Using advanced Bipolar, CMOS, DMOS (BCD) technology, the MIC4830 integrates a high voltage boost converter

sot-89 marking d9

Abstract: marking diode SCHOTTKY SOD123 SMD QFN-32 Zener diode smd marking code C24 GRM1885C1H470JA01D SSOT6 FDS6675BZ sot 23 marking code c29 FDC6420C equivalent
Contextual Info: SMB113A/B/SMB117/A Preliminary Information High-power, Four-channel Programmable DC-DC System Power Managers FEATURES & APPLICATIONS INTRODUCTION • Digital programming of all major parameters via I2C interface and non-volatile memory • Output voltage set point

Contextual Info: User's Guide SNVA158D – August 2006 – Revised July 2013 AN-1465 LM3673 Evaluation Board 1 Introduction The LM3673 evaluation board is a working demonstration of a step down DC-DC converter. This document contains information about the evaluation board. For further information on buck converter

Contextual Info: Evaluation Board User Guide UG-334 One Technology Way • P.O. Box 9106 • Norwood, MA 02062-9106, U.S.A. • Tel: 781.329.4700 • Fax: 781.461.3113 • www.analog.com Evaluation Board for the ADP1876 Step-Down DC-to-DC Controller FEATURES ADP1876 DEVICE DESCRIPTION