5V 2Amp Adapter (5 V - 2 A DC)

Connectivity Technology - 5V

Connector Type - 2-Pin

Compatible Devices - Cellular Phones

Included Components - adapter

Special Feature - Travel

Input Voltage - 5 Volts

Mounting Type -Wall Mount

Output Current - 2 Amps

Output Voltage - 5 Volts

Choose the Easy Electronics AC to 5-Volt 2 Amp DC Power Adapter for your home, office, or Project needs. You can use this AC to DC Power Adapter to power up your 5-volt appliances. It allows high-power 5-Volt DC items to operate on 110 to 240 Volt AC power which makes it ideal for traveling also. This portable power converter is best for Arduino Boards, electronic prototypes, DIY projects, and other IoT development boards, as well as equipment with specific voltage and current ratings, such as biometric attendance systems, medical, and military devices. It is tiny and compact, making it easy to store.

A 5V 2A adapter can be used in various applications. It is commonly used for charging or powering USB devices, microcontrollers, single-board computers, LED strips, and other electronics that operate within the specified voltage and current range.
The adapter may come with different types of connectors, such as USB Type-A, micro USB, or barrel connectors. It is essential to ensure that the connector matches the device's input requirements or use appropriate adapters or cables to connect the devices.
The adapter provides a constant output voltage of 5V. This makes it suitable for powering electronic devices that require a 5V power supply, such as smartphones, tablets, Arduino boards, Raspberry Pi, and various other low-power devices.
The connector type depends on the specific adapter model and the intended usage. It is essential to ensure that the connector matches the device's input requirements or use appropriate adapters or cables to connect the devices.
The maximum current output of the adapter is 2 Amps (2000mA). The current rating indicates the maximum amount of current that the adapter can deliver to the connected device. It is essential to ensure that the connected device's current requirements do not exceed the maximum current rating of the adapter to prevent overloading or damaging the adapter.
Using an adapter with a lower voltage or current rating than required may result in insufficient power supply, while using an adapter with higher ratings may cause damage to the connected devices.