AME5142A Search Results

1229-DS5142-A

Abstract: SOT25 marking A01 AME5142 AME5142AEEVADJZ AME5142AEEYADJY AME5142AEEYADJZ AME5142AEEY tsot-26 pwm
Contextual Info: AME, Inc. White LED Boost Converter In Tiny Package AME5142 n Pin Configuration SOT-25/TSOT-25 Top View 5 4 SOT-26/TSOT-26 Top View AME5142AEEV 6 5 4 1. SW 1. SW 2. GND AME5142 3. FB 2. GND AME5142 4. EN 2 3. FB 4. EN 5. IN 1 AME5142AEEY 5. OVP 1 3 * Die Attach:

pwm driver sot-26

Abstract: B02 ZENER DIODE MARKING B02 SOT AME5142 5142a white LED diode led driver 30v pwm sot26 high power white led driver circuit diagram marking code sot-26 3.3v LED WHITE 20mA 3.6V
Contextual Info: AME AME5142/5142A n General Description The AME5142/5142A is a Boost DC/DC converter specifically designed to drive white LEDs with a constant current. The device can drive 1 to 6 LEDs in series or multiple strings from a Li-lon cell. Series connection of

G5725

Abstract: G9117 rt9193-33pb G5628 AT1316 G9141 G5624 at5160 RT9167-33PB G5126
Contextual Info: 1 of 19 Pin Function Compatible Compatible 300mA CMOS LDOVout=1.5V YES Part Number AME PartNumber APL5312-15/B AME8801LEEVZ APL5312-17/B AME8801ZEEVZ YES 300mA CMOS LDO Vout=1.7V APL5312-18/B AME8801MEEVZ YES 300mA CMOS LDO Vout=1.8V APL5312-19/B AME8801YEEVZ

Contextual Info: About AME Analog Microelectronic Inc. was established in Silicon Valley California USA in January 1996. AME, Inc. was set up in Taiwan in November 2000. AME, Inc. was listed on TAISDAQ in March 2004 with stock number 3188. AME entrepreneurial philosophy is Reliability, Innovation, Sincerity and Integrity ever since establishment.

pendrive

Abstract: sot-26 pwm controller ame5268 AME5267 AME5268 SOP-8/PP AME8819 ame8815 AME8840 how to make pendrive pendrive circuit
Contextual Info: Power Solution Product Portfolio Power Management Linear LDO Regulator µP Supervisory DC-DC Solution Charge Pump CMOS LDO Voltage Detector Buck Converter / Controller Boost Charge Pump MultiOutput LDO µP Reset Boost Converter / Controller Buck/Boost Charge

AME5142

Abstract: FCR05 5142B FCR05-F-T-0750 SOT26 PWM AME5142BOVP pwm driver sot-26 AME5142AEEY tsot-26 led driver pwm 1AME
Contextual Info: AME AME5142/5142A/5142B n General Description The AME5142/5142A/5142B is a Boost DC/DC converter specifically designed to drive white LEDs with a constant current. The device can drive 1 to 6 LEDs in series or multiple strings from a Li-lon cell. Series connection of the LEDs provides identical LED currents resulting in uniform brightness and eliminating the need for

Contextual Info: AME, Inc. White LED Boost Converter In Tiny Package AME5142 n General Description The AME5142 is a Boost DC/DC converter specifically designed to drive white LEDs with a constant current. The device can drive one to six LEDs in series from a Lilon cell. Series connection of the LEDs provides identical LED currents resulting in uniform brightness and eliminating the need for ballast resistors. The AME5142

AME5269

Abstract: AME5268 AME8846 AME41-ADJ AME4624 AT9173 AME8819 AME5170 AME8840 ROM SOT
Contextual Info: Power Solution Product Portfolio Power Management Linear LDO Regulator µP Supervisory DC-DC Solution Charge Pump Switch Voltage Reference Battery Charger Shunt Voltage Reference Linear Charger Power Management Unit Single Analog Switch CMOS LDO Voltage Detector

Contextual Info: AME, Inc. White LED Boost Converter In Tiny Package AME5142 n General Description The AME5142 is a Boost DC/DC converter specifically designed to drive white LEDs with a constant current. The device can drive one to six LEDs in series from a Lilon cell. Series connection of the LEDs provides identical LED currents resulting in uniform brightness and eliminating the need for ballast resistors. The AME5142

Contextual Info: AME AME5142/5142A/5142B n General Description The AME5142/5142A/5142B is a Boost DC/DC converter specifically designed to drive white LEDs with a constant current. The device can drive 1 to 6 LEDs in series or multiple strings from a Li-lon cell. Series connection of the LEDs provides identical LED currents resulting in uniform brightness and eliminating the need for