DC to DC Boost Converter

Price 4500 INR/ Number

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MOQ : 1 Number

DC to DC Boost Converter Trade Information

Minimum Order Quantity
1 Number

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

About DC to DC Boost Converter

We are having more than 20 years of design experience and are specialize in all kind of Electronics and Embedded circuits designs in Microcontroller, Analog and Digital circuits, Power Systems, AHF Designs, SVG Designs, single Phase and Three Phase UPS and Inverters design, APFC Relays, SCR Switching Boards, IGBT Switching Boards, Motor Control Boards, battery-powered handheld devices, motor drivers and controllers, power systems, boards etc. Our expertise is in electronics circuit design services with a schematic design to final product. This includes selecting relevant electronic components based on the product requirements already present in the product requirements document. Additionally, we elaborate circuit design with actual electronic connections based on functional diagrams.

We do development from concept to final product.

Versatile Voltage Regulation

Easily scale your DC output voltage between 5V and 56V using a user-friendly potentiometer. This flexibility enables precise matching with your application's requirements, whether you are powering motors, sensors, or embedded controllers, ensuring reliable performance in a wide range of projects.

Rugged Environmental Operation

With an extended operating temperature range from -40C to +85C, this boost converter is engineered to function consistently in both harsh industrial settings and outdoor environments. Its rugged design ensures reliability and longevity, protecting your equipment against extreme conditions.

Comprehensive Protection Features

Equipped with short circuit, over-current, and over-temperature safeguards, this boost converter enhances safety and minimizes risk to connected devices. Its low output ripple (100mV) also prevents electrical noise interference, protecting sensitive loads and data integrity.

FAQ's of DC to DC Boost Converter:

Q: How do I adjust the output voltage on this DC to DC boost converter?

A: The output voltage can be adjusted easily by rotating the onboard potentiometer. Turning it clockwise or counter-clockwise increases or decreases the voltage, respectively, within the 5V to 56V DC range. Use a multimeter to monitor the output as you make adjustments for precise control.

Q: What protection features are included in this boost converter?

A: This converter includes advanced protection features such as short circuit, over current, and over temperature protection. These mechanisms safeguard both the converter and your connected devices from accidental faults and electrical anomalies, ensuring safe and reliable operation.

Q: Where can this DC to DC boost converter be mounted?

A: The converter is designed for PCB mount applications and includes through-hole pins for secure installation. This makes it suitable for integration into custom circuit boards and electronic systems across a variety of industries.

Q: When is it beneficial to use this boost converter?

A: This boost converter is ideal when you need to step up a lower DC voltage (4V-35V) to a higher, adjustable output (5V-56V). It is especially useful in battery-powered projects, embedded systems, and any application demanding precise, efficient voltage regulation.

Q: What is the maximum power and efficiency offered by this converter?

A: The converter provides up to 75W of output power with a current capacity of up to 4A. It delivers high energy efficiency, with conversion rates reaching up to 96%, minimizing energy loss and heat generation during operation.

Q: How does the low ripple and noise benefit my application?

A: With a ripple and noise level of 100mV, this converter delivers clean DC output, which is essential for powering sensitive electronics such as audio equipment, communication devices, or precision instruments, where voltage stability is critical to performance.

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