DC-DC Boost Converter, 12V to 28V

Feature

• Industrial grade DC-DC boost converter with wide input voltage range of 10V to 20V, high efficiency and good stability.
• Built-in comprehensive protection functions such as input overvoltage, overcurrent, overload, overheating and short circuit to prevent damage to the power converter.
• Adopting a new die-cast aluminum housing, high-quality thermal conductive silicone potting, waterproof grade IP68, it can achieve moisture and shock protection.
• DC 12V to 28V boost converter is widely used in automotive, power, railway signal, instrumentation and other fields.

Details

1. Encapsulated in high-quality aluminum alloy shell, it has good heat dissipation function, safe and reliable.
2. High-quality terminal blocks provide fast and efficient connection and circuit power distribution for equipment.
3. Pure copper wire inductor ensures the stability of power supply and effectively plays the role of filtering, oscillation and trapping.
4. The design has high stability and high reliability, and uses high-quality electronic components (such as: TI, NCC, NICHICON, NIPPON).

Dimension (unit: mm)

12V to 28V 3A

12V to 28V 5A-10A

12V to 28V 15A

12V to 28V 30A

12V to 28V 40A

Wiring Diagram

Application

Car Audio Device

Hospital Equipment

Railway Signals

Telecommunications Equipment

Q1: What kind of devices are DC-DC boost converters used for?

DC-DC boost converters are often used in devices that need to boost lower voltages to higher voltages, such as electric vehicles, battery-powered portable devices, LED drive circuits, solar systems, and some industrial automation equipment. In these applications, boost converters can boost from lower voltages to higher voltages to meet the power requirements of different components in the system, and are an important part of achieving efficient energy management.

Q2: What is the difference between isolated and non-isolated boost converters?

The main difference between isolated and non-isolated boost converters is whether there is electrical isolation between the input and output. The isolated boost converter completely separates the input from the output through components such as transformers, which can improve system safety and prevent the high-voltage side from interfering with the low-voltage side. It is suitable for occasions with high safety requirements; while the non-isolated boost converter does not have this isolation, the input and output are directly connected, the structure is simpler, the size is smaller, and the efficiency is higher. It is often used in applications with limited space and low isolation requirements.