MT3608 Adjustable Boost 2A Step Up Module Micro USB

MT3608 Adjustable Boost 2A Step Up Module Micro USB

The MT3608 2A Max DC-DC Step Up Power Module Booster Power Module is a low-cost module that can step up a 2 to 24V input voltage up to a 5 to 28V output at up to 2A.DC-DC boost converters step up the input voltage to a higher voltage while also stepping down the available current since the module can’t output more power than its inputs. The MT3608 features automatic shifting to pulse frequency modulation mode at light loads. The MT3608 includes under-voltage lockout, current limiting, and thermal overload protection to prevent damage in the event of an output overload.
This is XY-016 2A DC-DC Step Up 5V/9V/12V/28V Power Module with Micro USB. All network small adjustable boost modules are easily installed in a variety of small equipment. This Multipurpose tiny and very cheap voltage booster can be very useful in your various DIY project as it has a variable output voltage range from 5.5V DC to 28V DC at up to peak 2A of current capacity. Additionally, the module has a Micro-USB input voltage port so you can get the input to the module from various sources like computer ports, Mobile phones, Power Banks, etc. This product is known as Power Supply, DC Power Supply, Voltage Regulator, 2A Regulator, Boost Converter, Step Up Regulator, 5V to 12V converter, voltage booster, boost converter, DC-DC Step-Up Boost Converter, MT3608, MT3608 Adjustable Boost 2A Step Up Module micro USB.

 Features/Specs:

•  Input Voltage: 2V to 24V
• Maximum output current: 2A
• Maximum output voltage: 5V ~ 28V
• Adjustable Output Voltage
• Efficiency: >93%
• Switching Frequency: 2MHz
• Automatic Pulse Frequency Modulation mode at Light Loads
• Peak current output current should not be more than 2A
• Length: 31mm
• Width: 17.5mm
• Height: 7mm
• Weight: 4gm

Package Includes:

• 1 x MT3608 Adjustable Boost 2A Step Up Module micro USB

Datasheet:  MT3608 Adjustable Boost 2A 

Note: Product Images are shown for illustrative purposes only and may differ from the actual product