DC-DC Step Up Converter, 12V to 36V

Feature

• The DC-DC step up converter design complies with RoHS and CE standards, and has an efficiency of up to 95% at 12V input.
• Boost converter with no isolation between input and output and built-in NCC and NICHICON capacitors for high reliability.
• The protection functions include overload, overtemperature and overvoltage protection, and the waterproof level reaches IP68.
• The aluminum alloy housing is compact, small in size and easy to install.

Details

1. Adopting high quality aluminum shell, with better heat dissipation performance, ensures safe and reliable operation.
2. The DC-DC step-up converter is sealed with high-quality rubber, waterproof, dustproof, shockproof, and waterproof grade up to IP68. 
3. Inductors are made of pure copper wire core, effectively suppressing ripple, vibration and other electrical interference, stable output power.
4. Adopting advanced SMT SMD process, using TI, NCC, NICHICON, NIPPON and other high-quality electronic components, with high stability and reliability.

Dimension (unit: mm)

12V to 36V 1A-2A

12V to 36V 5A

12V to 36V 10A

12V to 36V 20A

12V to 36V 30A

Wiring Diagram

Application

Car Audio Device

Hospital Equipment

Railway Signals

Telecommunications Equipment

Q1: How to use a DC-DC step up converter?

When using a DC-DC step up converter, first make sure that the input voltage is lower than the output voltage but still within its allowable operating range. Pay special attention to the polarity when wiring to avoid reverse connection and damage to components. Before powering on, it is recommended to check whether the line connection is firm and the load is matched, and set the target output voltage by adjusting the potentiometer on the module. After powering on, monitor whether the output voltage is stable, and ensure that the module does not overheat during operation. If necessary, install a heat sink or fan.

Q2: How to maintain a DC-DC step up converter?

The input and output terminals of the DC-DC step up converter should be checked regularly for looseness or corrosion, and the surface of the components should be kept clean, dust-proof and moisture-proof, and pay attention to any signs of abnormal heating or capacitor bulging. After long-term use, if the output becomes unstable or the efficiency decreases, it may be necessary to replace key components such as aging capacitors, inductors or rectifiers. In addition, avoiding long-term full-load operation of the module can also help extend its service life.