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7 Pack 3.3V DC-DC Buck Converter 3 Pins AMS1117-3.3V DC 4.75V-12V to 3.3V Voltage Regulator Step Down Power Supply 800mA Buck Module

KWD 2.500

Brand
DORHEA
Weight
12 g
1 +

Special Features

  • AMS1117-3.3 is a positive voltage regulator step down power supply module, support DC 4.75-12V input and 3.3V fixed voltage and 0.8A current output.
  • The voltage regulator converter module is suitable for electronic devices, with the design of 3 pins, this buck converter is easy to connect your MCU development and provide constant power supply, which suitable for electronic devices such as SCM project design needs 3.3V power supply.
  • Applicable for high-efficiency linear regulator Published Active Power Regulator Battery Charger Active instrument.
  • Applications: MSP430 Development Board; 3.3V Low power consumption MCU; FPGA/CPLD PLD Programmable Logic Systems; ARM7 ARM9 ARM11 STM32; etc.
  • AMS1117 overheat shutdown circuit provides overload and over-temperature protection. AMS1117-3.3V Buck Converter soldering kit only supports 3.3V,800mA output, So the load current can not exceed 800mA.

Description

Features:
Output current: 800 mAh (load current may not exceed 800 mAh)
Output current: 0.8A (max)
Line adjustment rate: 0.2% (max)
Load regulation: 0.4% (max)
Package Type: SOT-223
Operating junction temperature range: -40 to 125°C
Welding temperature (25 seconds): 265°C
Storage temperature: - 65~150°C
Output voltage: 3.3V

Line adjustment (maximum): 10mV (VIN :4.75V to 12V)
Load regulation (maximum): 15mV (VIN = 5V, IOUT: 0 to 1A)
Voltage difference (maximum): 1.3V
Current limit: 900 ~ 1500mA
Quiescent Current (Max): 10mA
Ripple suppression (minimum): 60dB

Applications:
High Performance Linear Regulator Post Regulator for Replacement of Accessories 5V to 3.3V
Linear Regulator Charger Active SCSI Terminators and Power Management for Notebook

Package included:
7 x AMS1117-3.3 module

Note:
1.Please do not exceed operating voltage, or it will be damaged easily
2.Exceeding the maximum allowable power consumption will result in excessive chip temperature
3.Can not reverse polarity , or it will result in short circuit

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