MBR0530 VISHAY Search Results

Contextual Info: MBR0530 VISHAY Vishay Semiconductors Small Surface Mount Schottky Rectifier Features • • • • • For surface mounted applications Low profile package Ideal for automated placement Low power loss, high efficiency High temperature soldering: 250 °C/10 seconds at terminals

MBR0530

Contextual Info: MBR0530 Vishay Semiconductors New Product formerly General Semiconductor Small Surface Mount Schottky Rectifier SOD-123 Reverse Voltage 30V Forward Current 0.5A .022 0.55 Top View Mounting Pad Layout Dimensions in inches and (millimeters) 0.055 (1.40) .006 (0.15)

MBR0530 VISHAY

Abstract: MBR0530
Contextual Info: MBR0530 VISHAY Vishay Semiconductors Small Surface Mount Schottky Rectifier Features • • • • For surface mounted applications Low profile package Ideal for automated placement Low power loss, high efficiency 17431 • High temperature soldering: 250 °C/10 seconds at terminals

Contextual Info: MBR0530 Vishay High Power Products Schottky Diode, 0.5 A FEATURES • Surface mountable • Very low forward voltage drop A 1 2 • Extremely fast switching (K) • Negligible switching losses • Guard ring for enhanced ruggedness and long term reliability

MBR0530-GS18

Abstract: MBR0530 MBR0530-GS08
Contextual Info: MBR0530 VISHAY Vishay Semiconductors Small Surface Mount Schottky Rectifier Features • • • • • For surface mounted applications Low profile package Ideal for automated placement Low power loss, high efficiency High temperature soldering: 250 °C/10 seconds at terminals

Contextual Info: MBR0530 VISHAY Vishay Semiconductors Small Surface Mount Schottky Rectifier Features • • • • • For surface mounted applications Low profile package Ideal for automated placement Low power loss, high efficiency High temperature soldering: 250 °C/10 seconds at terminals

MBR0530

Abstract: DIODE B-10
Contextual Info: Bulletin PD-20202 rev. B 10/06 MBR0530 SCHOTTKY DIODE 0.5 Amp IF AV = 0.5Amp VR = 30V Description/ Features Major Ratings and Characteristics Characteristics Value Units I F(AV) (DC) 0.5 A VRRM 30 V IFSM @ tp= 10 ms sine 10 A 0.35 V - 65 to 150 °C VF @ 0.5Apk, TJ= 100°C

741mA

Abstract: MBR0530 BAT54 103MA 1N4148 CR32 MIC2141 MIC2141BM5 MIC2141YM5 MIC2142
Contextual Info: MIC2141 Micropower Boost Converter General Description Features The MIC2141 is a micropower boost switching regulator • Implements low-power boost, SEPIC, or flyback that can operate from 3- or 4-cell nickel-metal-hydride • 2.2V to 14V input voltage batteries or a single Li-ion cell. This regulator employs a

MBR0503

Abstract: 180uH datasheet bat54 BAT54 MBR0530 1N4148 BAT54HT1 CR32 MIC2141 MIC2141-BM5
Contextual Info: MIC2141 Micrel MIC2141 Micropower Boost Converter Preliminary Information General Description Features The MIC2141 is a micropower boost switching regulator that can operate from 3- or 4-cell nickel-metal-hydride batteries or a single Li-ion cell. This regulator employs a constant 330kHz,

SiP12506

Contextual Info: SiP12506 Vishay Siliconix 1-MHz Boost Converter with OVP for White LED Applications DESCRIPTION FEATURES The SiP12506 is a 1 MHz current-mode boost converter with a feedback voltage of 0.208 V which offers small size and high power conversion efficiency. Its input voltage range is

SiP12506

Abstract: MBR0520 MBR0530 MLP33-6 Vishay Siliconix Part Marking Information MEAN
Contextual Info: SiP12506 Vishay Siliconix 1-MHz Boost Converter with OVP for White LED Applications DESCRIPTION FEATURES The SiP12506 is a 1 MHz current-mode boost converter with a feedback voltage of 0.208 V which offers small size and high power conversion efficiency. Its input voltage range is

SiP12506

Contextual Info: SiP12506 Vishay Siliconix 1-MHz Boost Converter with OVP for White LED Applications DESCRIPTION FEATURES The SiP12506 is a 1 MHz current-mode boost converter with a feedback voltage of 0.208 V which offers small size and high power conversion efficiency. Its input voltage range is

73861

Abstract: SiP12506 MBR0520 MBR0530 MLP33-6
Contextual Info: SiP12506 Vishay Siliconix 1-MHz Boost Converter with OVP for White LED Applications DESCRIPTION FEATURES The SiP12506 is a 1 MHz current-mode boost converter with a feedback voltage of 0.208 V which offers small size and high power conversion efficiency. Its input voltage range is

MBR0503

Abstract: CR32 MIC2141 MIC2141BM5 MIC2141YM5 MIC2142 1N4148 BAT54HT1 MBR0530
Contextual Info: MIC2141 Micrel, Inc. MIC2141 Micropower Boost Converter General Description Features The MIC2141 is a micropower boost switching regulator that can operate from 3- or 4-cell nickel-metal-hydride batteries or a single Li-ion cell. This regulator employs a constant 330kHz,

SiP12506

Contextual Info: Product is End of Life 3/2014 SiP12506 Vishay Siliconix 1-MHz Boost Converter with OVP for White LED Applications DESCRIPTION FEATURES The SiP12506 is a 1 MHz current-mode boost converter with a feedback voltage of 0.208 V which offers small size and high power conversion efficiency. Its input voltage range is

Contextual Info: MIC2142 Micropower Boost Converter General Description Features The MIC2142 is a micropower boost switching regulator • 2.2V to 16V input voltage housed in a SOT23-5 package. The input voltage range is • Up to 22V output voltage between 2.2V to 16V, making the device suitable for one• 330kHz switching frequency

BAT85 equivalent

Abstract: marking sbaa MIC2142YM5 BAT54 BAT85 CR32 MIC2142 MIC2142BM5
Contextual Info: MIC2142 Micropower Boost Converter General Description Features The MIC2142 is a micropower boost switching regulator • 2.2V to 16V input voltage housed in a SOT23-5 package. The input voltage range is • Up to 22V output voltage between 2.2V to 16V, making the device suitable for one• 330kHz switching frequency

Marking C4 SOT23-5

Abstract: MIC2142YM5
Contextual Info: MIC2142 Micropower Boost Converter General Description Features The MIC2142 is a micropower boost switching regulator • 2.2V to 16V input voltage housed in a SOT23-5 package. The input voltage range is • Up to 22V output voltage between 2.2V to 16V, making the device suitable for one• 330kHz switching frequency

bat85 SOT23

Abstract: BAT85 equivalent
Contextual Info: MIC2142 Micrel MIC2142 Micropower Boost Converter Preliminary Information General Description Features The MIC2142 is a micropower boost switching regulator housed in a SOT23-5 package. The input voltage range is between 2.2V to 16V, making the device suitable for one-cell

MBR0350

Abstract: LQH1C 1N4148 B0530 BAT54 BAT85 CR32 MBR0530 MIC2142 MIC2142BM5
Contextual Info: MIC2142 Micrel MIC2142 Micropower Boost Converter Preliminary Information General Description Features The MIC2142 is a micropower boost switching regulator housed in a SOT23-5 package. The input voltage range is between 2.2V to 16V, making the device suitable for one-cell

Marking C4 SOT23-5

Abstract: 1N4148 BAT54 BAT85 CR32 MIC2142 MIC2142BM5 MIC2142YM5 sot23 Flyback Converter sot23-5 mbr 045
Contextual Info: MIC2142 Micrel, Inc. MIC2142 Micropower Boost Converter General Description Features The MIC2142 is a micropower boost switching regulator housed in a SOT23-5 package. The input voltage range is between 2.2V to 16V, making the device suitable for one-cell

LQH32CN220K21

Abstract: LQH32CN220K1 LED 220w NP04S A914BYW-220M MBR0530 MIC2142 B220M
Contextual Info: Application Hint 43a Micrel Application Hint 43a Constant-Current LED Driver by William Mai Circuit Performance The following circuit shows how the MIC2142 evaluation board can be modified to tightly control the current going through a string of series LEDs in 3.0V to 4.2V 1-cell Li-Ion

do1608c-103ml

Abstract: C2012X5R0J226M C3216X5R1E106M cf 1658 ic C1608X5R1H471K C1608X5R1H331K C2012X5R0J106K 15h sot23 C2012X5R-0J106K TDK TU-21A
Contextual Info: ெࡔࡔॆӷ‫ິࠅ༹ڞ‬ ᆌᆩጀ๥ 1658 Matthew Reynolds 2007౎6ሆ ᆅჾ ఇ๕੦዆ࢅాዃց‫ࠃ༵ీࠀ׋‬କᅟᆩႠ,तᄲ൱ፌၭ‫ڦ‬ᇮഗॲ LM2735๟ᅃ੼ᅟᆩ൐੣क़૧ᆩ୲࢔ߛ‫ڦ‬2.1A‫֨گ‬ਸ࠲ ࿘უഗLj๟ํ၄ืუࢅSEPIC኱ୁ-኱ୁ࿘უۙব‫ڦ‬૙ၙ჋

LM2735YMF

Abstract: C2012X5R0J226M LM2735 LM2735XMF AN-1229 C3216X5R1E106M LM2735X STPS120M DS3316P step up boost 500mA
Contextual Info: National Semiconductor Application Note 1658 Matthew Reynolds June 2007 Introduction while providing efficiencies up to 90%. Current-mode control and internal compensation provide ease-of-use, minimal component count, and high-performance regulation over a