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AMS1117 5V Step-Down Power Supply Module

DC/DC Step-Down Voltage Regulator 5 volt Power Supply Adapter AMS1117 5V

AMS1117 5V Step-Down Power Supply Module

Available:Out of Stock

Product SKU: KG016

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₹ 55 ~~₹ 89~~

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Specification

Description

AMS1117 5V step-down power supply module is based on the AMS1117 3V voltage regulator. It is capable of regulating a wide range of input voltage (6.0 to 12V) down to a fixed 5V output at up to 1A Standard 0.1″ header pins provide a means of connecting to its input and output terminals. The electronics project boards are supplied with unsoldered pins – solder them to either the top or bottom.

This 5V Step-Down Power Supply Module is more stable. These Boost modules or buck modules indicate the operating voltage, The load current can not exceed 800mA, the module input voltage must be higher than the output voltage, otherwise, it can not output enough power. These header pins have also been conveniently placed so that the module can be inserted face down into the standard.

Note: Do not exceed absolute maximum input voltage (12.5V) or output current. Exceeding maximum specifications can result in permanent damage to this module or any connected devices. The jumper connector is not soldered.

Technical Details:

IC Chip : AMS1117
Input Voltage (V) : 6.5 to 12
Output Voltage(V) : 5
Max. Output Current (A) : 0.8

Physical Attributes

Length * Width * Height (mm) : 25 * 11 * 2
Weight (gm) : 5

Additional Details

Onboard AMS1117 chip.
Onboard power indicator to indicate power is turned on: Red LED.
Output voltage interface, connection to facilitate the experimental.
Small Compact Size, 4Pin Type, Breadboard Friendly.
2P single row pin input and output for easy connection
Dual-panel design, the layout is nice

Product Video

Documentation

a- Datasheet

Arrived on time and worked as expected.

Arrived on time and worked as expected.

These work great for stepping down 5v to 3

These work great for stepping down 5v to 3.3v for devices like the ESP8266. I only have one complaint, but it's not anything to knock off a star: if you're soldering one of these devices onto a prototype board, make sure you have enough space for the rest of your components. I'm using a 2cmx8cm board, and there's almost not room on each side for 1 row of holes. However, if you offset it on the board, you can free up a lot of space.These would work best on a breadboard. There are smaller versions of this regulator, but this definitely does the job.