DC-DC Boost Converter, 12V to 19V

Feature

• Excellent and sensitive components ensure high high-stability output.
• 10-18V wide voltage range input, up to 90%~95% conversion efficiency.
• The shell is made of aluminum alloy, potted with high-quality thermal conductive silicone, and the waterproof level reaches IP68.
• When the startup load is too large, the overcurrent protection will be activated and there will be no output voltage.

Details

1. With a high-quality aluminum alloy shell package. Have good heat dissipation performance, seismic.
2. Organic silica gel potting. IP68 protection grade, waterproof and dustproof seismic resistance.
3. The quality of the inductor directly affects the stability of the power supply. The pure copper core inductor can effectively play the role of filtering, oscillation and trapping.
4. The SMT patch process uses brand new imported high-quality electronic components with high stability and high reliability.

Dimension (unit: mm)

12V to 19V 3A

12V to 19V 5A-10A

12V to 19V 15A-20A

Wiring Diagram

Application

Car Audio Device

Hospital Equipment

Railway Signals

Telecommunications Equipment

Q1: What are the advantages of a DC-DC boost converter?

The main advantages of a DC-DC boost converter include high efficiency, compact and lightweight design, the ability to boost the input voltage to a higher and more stable output voltage, and adapt to a wide range of input voltage changes. It is more energy-efficient than a linear regulator, has a fast response speed, and can quickly adapt to load changes. In addition, it has a simple structure and low cost, and is widely used in portable devices, renewable energy systems, and automotive electronics.

Q2: What is the function of a DC-DC boost converter?

A DC-DC boost converter is a power electronic circuit whose function is to boost the input DC voltage to a higher output voltage while maintaining stable power transmission. It converts the input low-voltage DC power into the required high-voltage DC power by controlling the rapid on and off of the switching element and utilizing the principle of inductive energy storage and release.