Skip to product information
1 of 3

MicroJPM

OSKJ 120W Power Supply Boost Converter DC-DC 10-32V To 35-60V - (AD32813)

OSKJ 120W Power Supply Boost Converter DC-DC 10-32V To 35-60V - (AD32813)

Regular price $10.58 USD
Regular price Sale price $10.58 USD
Sale Sold out
Quantity

Description:

This 120W, 10-32V to 35-60V DC-DC boost converter module allows you to boost the input voltage from as little as 10V and adjust the output to 35-60V. The output voltage will be higher than the input voltage.

The boost converter design is based on Texas Instruments’ popular UC3844 current-mode PWM controller chip.

Applications

- Power a laptop from a 12V DC car battery. (Laptops typically require 17V – 18V DC).

- Running communication equipment on a single 12V lead-acid battery, rated to run between 24V – 35V.

- Running higher voltage (24V – 35V) DC motors used in robots with 12V batteries.

Technical Specifications

- Input Voltage: 10 V – 32 V DC

- Output Voltage: 35 V – 60 V DC (adjustable)

- Output Current: 5 A MAX

- Input Current: 16 A (MAX) (More than 10 A requires cooling.)

- Output Ripple: 2% MAX

- Working Temperature: Industrial: -40 °C to +85 °C (Ambient temperature: above 40 °C: reduce load power, or enhance cooling.)

- Full Load Temperature Rise: 45 °C

- No-load Current: 25 mA typical

- Voltage Regulation: ± 0.5 %

- Load Regulation: ± 0.5 %

- Dynamic Response Speed: 200 µS 5 %

- Short Circuit Protection: None (Install fuses and protection circuits at the input port.)

- Input Reverse Polarity Protection: None (Install a diode in series at the input port.)

- Dimensions: 6.6 cm (Length), 4.7 cm (Width), 2.8 cm (Height)

- Weight: 66 g (2.30 oz)

Warnings

- DO NOT current limit, do not overload!

- Max ratings should NEVER be continuous from the load; otherwise, the module will be damaged.

- Make sure to install the correct circuit protection such as fuses at the input of the module to prevent over-current and the possibility of fire.

- Enhance heat dissipation above 50 W.

- Failure to observe these precautions and improperly using this module may result in damage, fire, or personal injury.

Datasheet

View full details