DC-DC Step Up Converter, 12V to 30V

Write a review

$72.56

12V to 30V DC-DC step up converter with 9–28V input range, 3.5A output current, 105W rated power, and 94% conversion efficiency. This IP68 waterproof voltage converter features stable output regulation, natural heat dissipation, and a wide operating temperature range of -40°C to +80°C.

SKU: ATO-DCDC-1230

Qty:

30-day Returns

Free Shipping

Delivery date: 6-12 days

Overview
Related Video
E-Catalog

This 12V to 30V DC-DC boost converter features 14 AWG color-coded wires for easy connection and fanless operation for simplified installation. It supports up to 3.5A output current and uses natural heat dissipation, making it suitable for DC power systems requiring higher output voltage.

Specification

Model		ATO-12S30V3.5A
Input	Rated voltage	12V DC
	Voltage range	9–28V
	Efficiency	94%
	Wiring Type	14 AWG Wire (Red Positive, Black Negative)
Output	Voltage	30V DC
	Max. rated current	3.5A
	Max. rated power	105W
	Voltage regulation	<1%
	Load regulation	<2%
	No load loss	50mA
	Ripple & Noise	240mVpp
	Wiring Type	14 AWG Wire (Yellow Positive, Black Negative)
Environment	Working temperature	-40℃~+80℃
Function	Waterproof	IP68
Function	Cooling Method	Natural heat dissipation through the enclosure
Mechanical	Weight	≤ 300g
Mechanical	Size	747432mm

Feature

IP68 Protection Rating: DC-DC step up converter provides protection against dust and water ingress.
Wide Operating Temperature: Supports operation from -40°C to +80°C.
Fanless Cooling: DC-DC boost converter uses natural heat dissipation without a cooling fan.
14 AWG Connection Wires: Features color-coded input and output wires for convenient wiring.
Compact, Lightweight Design: DC-DC step up converter weighs no more than 300g for easier installation.
Reliable DC Power Conversion: Suitable for DC power systems requiring stable voltage conversion.

Detail

Size (unit: mm)

DC DC step up converter 12V to 30V size

Tips: What should I consider when selecting a load for this DC-DC step up converter?

Before connecting a load, check its rated voltage, current requirements, and total power consumption to ensure compatibility with the converter's 30V DC output. The load's power demand should remain within the 105W rated output, and the output current should not exceed 3.5A. Also, verify the input power supply stays within the specified 9–28V DC range. Allow sufficient space for natural heat dissipation during operation, especially in enclosed installations or demanding environments.

Difference Between Buck and Boost Converter

DC DC buck and boost converters are essential components in modern electronics, each serving unique purposes in voltage regulation. By understanding the differences between these converters, you can choose the right one for your specific application needs, ensuring optimal performance and efficiency.

Setting Up The DC-DC Buck Converter 12V to 5V

In this video, we introduce the simple steps of operating ATO's 12V to 5V DC-DC Step-Down Converter and use a multimeter to confirm its performance of efficient power conversion.

DC-DC Boost Converter - Functional and Waterproof Test

Performing DC-DC converter functional tests ensures that the converter is functioning properly. The tests performed in this video include output voltage accuracy and water-proof functionality. By performing these tests, we can verify the output voltage accuracy and water-proof performance of the boost converter, ensuring that it provides precise voltage control and durability in every power conversion.

DC-DC Boost Converter Steps Up DC Voltage from 12V to 24V

In this guide, you will learn how to use an ATO boost converter to increase the DC voltage level from 12V to 24V, power a 24VDC vibration motor, and adjust its speed using a speed controller. By following these steps and understanding the operation of a 12V to 24V DC-DC boost converter, you can create functional systems for a variety of applications that require precise voltage control and motor speed regulation.