DC-DC Car Laptop Power Bank 10-32V to 12-35V Adjustable Step-Up Boost Converter Module 150W

Note: The output power of this module is influenced not only by its own load capacity but also by factors such as the front-end power supply and the back-end load. The following data are measured results using professional equipment, without considering other influencing factors.

Module Specifications

• Module Type: Non-isolated Step-Up (Boost) Module
• Module Size: 65mm (L) x 23mm (H) x 56.5mm (W) (including heatsink)
• Input Method: IN+ (Positive Input), IN- (Negative Input)
• Output Method: OUT+ (Positive Output), OUT- (Negative Output)
• Connection Method: Solderless, Screw Terminals
• Input Voltage: 10-32V DC
• Output Current: 6A (MAX)
• Input Current: 10A (MAX) (If exceeding 10A, improve heat dissipation)
• Output Power:Natural Cooling: 100W (MAX)With Added Fan: 150W (MAX)
• Easily powers 65W, 90W laptops, including dual-core models.
• Example: Powering a standard 19V 3.42A laptop from a 12V battery results in a module temperature of approximately 45°C.
• Conversion Efficiency: 94% (Measured at 16V input, 19V output @ 2.5A) (Reference only)
• Operating Temperature: Industrial Grade (-40°C to +85°C) (If ambient temperature exceeds 40°C, reduce power usage or add a fan)
• Temperature Rise at Full Load: 45°C
• No-Load Current: Typically 25mA

Applications

1. DIY Adjustable Car Power Supply: Simply connect your 12V power source to the input, and you can freely and continuously adjust the output voltage (14-35V). Note that the output voltage cannot be lower than the input voltage.
2. Universal Car Laptop Power Supply: Connect to your 12V power source and adjust the output to your laptop's required voltage.
3. Power Supply for Electronic Devices: Can power your electronic devices normally as long as the voltage is adjusted to the required level and the current does not exceed the rated value.
4. Front-End System Power Supply: Ideal for projects where the input is 10-18V but the system board requires a stable 24V power supply at high power. Standard DC-DC modules often lack sufficient power. This module requires no debugging, works directly, and provides efficient high-power boost conversion.