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AMS1117-3.3 Step-Down Converter

AMS1117-3.3 STEP-DOWN CONVERTER

Provide a regulated 3.3 V rail.

Use an AMS1117-3.3 linear-regulator module to supply a 3.3 V circuit from a higher DC input. Check voltage drop, load current and heat dissipation for your application.

Before you order: This is a power-conversion module. Set and measure the output before connecting a load, and allow for current and thermal limits.

AMS1117-3.3 Step-Down Converter — product view

Features

Input voltage 4.5~7V
Output voltage 3.3V
Output current 0.8A(Max); allow for the thermal limits of the assembled module.
Size 8.6x12.3mm

Reference:

Getting started

  1. Verify input polarity and connect a suitable DC source.
  2. Set or confirm the output voltage using a meter.
  3. Connect the load and check voltage and temperature under the expected current.

Frequently asked questions

Can I use the maximum listed current continuously?

Available continuous current depends on the input/output voltage, cooling and load. Check temperature and output stability under the expected operating conditions.

Bulk orders & project enquiries

Need multiple units or a specific configuration? Send your quantity, project requirements and target delivery date so we can review your request.

Discuss your requirements

For order questions, email info@longan-labs.cc. For technical support, email support@longan-labs.cc.

Longan Labs

AMS1117-3.3 Step-Down Converter

SKU: 2050007

$1.59

Shipping calculated at checkout.

In stock

Fast and reliable delivery
12-month warranty

AMS1117-3.3 STEP-DOWN CONVERTER

Provide a regulated 3.3 V rail.

Use an AMS1117-3.3 linear-regulator module to supply a 3.3 V circuit from a higher DC input. Check voltage drop, load current and heat dissipation for your application.

Before you order: This is a power-conversion module. Set and measure the output before connecting a load, and allow for current and thermal limits.

AMS1117-3.3 Step-Down Converter — product view

Features

Input voltage 4.5~7V
Output voltage 3.3V
Output current 0.8A(Max); allow for the thermal limits of the assembled module.
Size 8.6x12.3mm

Reference:

Getting started

  1. Verify input polarity and connect a suitable DC source.
  2. Set or confirm the output voltage using a meter.
  3. Connect the load and check voltage and temperature under the expected current.

Frequently asked questions

Can I use the maximum listed current continuously?

Available continuous current depends on the input/output voltage, cooling and load. Check temperature and output stability under the expected operating conditions.

Bulk orders & project enquiries

Need multiple units or a specific configuration? Send your quantity, project requirements and target delivery date so we can review your request.

Discuss your requirements

For order questions, email info@longan-labs.cc. For technical support, email support@longan-labs.cc.