5.0V AMS1117-5.0V Fixed Voltage Regulator Power Module – Input 6-12V – Output 5V

Description

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Description of the 5.0V AMS1117-5.0V Power Module

What is it?

The power module based on the AMS1117-5.0V voltage regulator is a small circuit that converts an input voltage range of 6V to 12V into a stable and fixed 5V output voltage. It is widely used to power 5V electronic devices, such as Arduino and sensors.

Technical Specifications:

• Regulator: AMS1117-5.0V (fixed linear voltage regulator)
• Input Voltage: 6V – 12V DC (typically 7-12V recommended)
• Output Voltage: 5.0V DC fixed
• Maximum Output Current: up to 1A (depends on the heatsink and load)
• Efficiency: Not very high (it is a linear regulator, dissipating heat)
• Dimensions: very compact, suitable for prototypes and DIY projects
• Pins: Vin (input), GND (ground), Vout (5V output)

Key Features:

• Stable and reliable 5V regulation.
• Internal thermal protection and short-circuit protection.
• Easy to integrate into circuits powered by batteries or DC power supplies from 6-12V.

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How to Use with Arduino

Electrical Connections:

1. Power Supply:
   • Connect the pin Vin of the AMS1117 module to a DC power supply from 6 to 12V (e.g., a 9V adapter or 9V battery).
   • Connect the pin GND of the module to the system ground (GND).
2. 5V Output:
   • Connect the pin Vout of the module to the pin 5V of Arduino (or use the Vout pin to power other 5V components).
   • Connect the ground (GND) of the module also to the GND of Arduino for a common reference.

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Important:

• Do not supply voltages higher than 12V on the Vin pin, to avoid overheating.
• Ensure that the current required by the load does not exceed 1A, otherwise the regulator may be damaged.
• The AMS1117 regulator is linear, so it dissipates energy as heat: if the load is heavy, consider a heatsink or a more efficient switching regulator.

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Programming Guide and Usage Examples with Arduino

The module is just a voltage regulator, so it does not require direct programming, but it is needed to properly power Arduino and its modules/sensors. Here is a practical example to power Arduino and turn on an LED:

Schematic:

• External power supply (9V) → AMS1117 Module Vin
• AMS1117 Vout (5V stable) → Arduino 5V pin
• Module GND → Arduino GND
• Arduino pin 13 → LED (with 220Ω resistor) → GND

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Example Arduino code:

void setup() {
  pinMode(13, OUTPUT);  // Configura il pin 13 come uscita
}

void loop() {
  digitalWrite(13, HIGH);  // Accendi il LED
  delay(1000);             // Aspetta 1 secondo
  digitalWrite(13, LOW);   // Spegni il LED
  delay(1000);             // Aspetta 1 secondo
}

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Summary of Advantages and Tips

• Advantages:
  • Provides stable 5V power supply for Arduino and modules.
  • Ease of use with standard DC power supplies.
  • Compatibility with 5V sensors and modules.
• Tips:
  • Use an appropriate power source (batter or 7-12V power adapter).
  • Monitor the regulator temperature with high loads.
  • Maintain a common ground between the module and Arduino.

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If you want, I can also help you with more detailed electrical schematics or advanced usage examples with specific sensors or modules! Do you want to proceed?

Tutorial: How to use AMS1117-5.0V Power Module

The AMS1117-5.0V power module is ideal for providing a constant 5V voltage to electronic circuits that require an input of 6 to 12V. It is particularly useful for Arduino projects, sensors, and DIY devices.

What you need

• Arduino or microcontroller
• Physical Connection (wires)
• External Power Supply

Steps

1. Check that the input voltage of the power supply is between 6V and 12V.
2. Connect the V+ input of the module to your power supply positive.
3. Connect the GND pin of the power adapter to the GND of your circuit or microcontroller.
4. Connect the 5V output voltage to any component that requires a stable 5V voltage.
5. Ensure there are no components connected to the power line before the AMS1117 power supply.

Mini project

Create a simple lighting system controlled by Arduino, using the power supply module to turn on and off an LED lamp.

Common mistakes

• Connecting a power supply with voltage higher than 12V
• Incorrectly connecting GND
• Using a component that requires more current than the power supply provides

Recommended accessories

• Arduino Uno R3
• LED and resistor
• Variable external power supply

Frequently asked questions

How much current can it provide?
Check the datasheet

Can I use a USB power supply as input?
Yes, if it provides a voltage between 6V and 12V