TPS61088 Voltage Booster Module 5V/9V/12V 10A
VAT inclusive; Computed calculations added locally.
Overview
Power your electronics projects with the TPS61088 High-Power Boost Module, a high-efficiency synchronous DC-DC step-up converter based on the TPS61088 boost controller from Texas Instruments. The IC supports a 2.7V–12V input range and a 4.5V–12.6V regulated output range, making it useful for boosting low-voltage battery supplies to higher voltage rails.
This module can be used in portable electronics, DIY power supplies, microcontroller systems, and other projects that require a boosted DC voltage. Although the product is advertised as a 10A module, 10A refers to the IC’s switch-current capability, not a guaranteed continuous 10A output current. Check the board’s specifications and thermal performance before connecting a high-current load.
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Product Technical Information
Technical Details
The TPS61088 High-Power Boost Module is designed to provide a higher DC voltage from a lower-voltage power source. Built around a synchronous boost-converter IC, it is suitable for projects that need a compact power-conversion solution for battery-powered equipment, embedded electronics, and portable devices.
The TPS61088 IC supports a wide input voltage range and an output voltage up to 12.6V. Depending on the module version, the board may provide a fixed or adjustable output, so check the actual hardware configuration before connecting your device.
Features
DC-DC voltage step-up: Converts a lower DC input voltage to a higher output voltage.
Multiple advertised output options: Module variants may support 5V, 9V, or 12V.
Synchronous conversion: The TPS61088 uses synchronous rectification to support efficient power conversion.
High switch-current capability: The IC is specified for 10A switch current, but the module's usable output current may be lower.
Compact design: Useful for space-conscious electronic projects.
Portable power applications: Can support suitable battery-powered systems and DIY power supplies.
Applications
Arduino and embedded electronics projects requiring a suitable boosted supply
Battery-powered equipment
Portable electronic devices
DIY DC power supplies
Low-voltage input to higher-voltage conversion
Prototyping and electronics experimentation
How to Use
Check the module's input voltage range and identify the input and output terminals.
Connect a compatible DC power source to the input terminals, observing the correct polarity.
Verify the output voltage with a multimeter before connecting your device.
If the board supports output adjustment, set the required voltage according to its instructions.
Connect a load that stays within the board's verified current and power limits.
Monitor the module's temperature during initial testing, particularly under heavier loads.
Important Notes
The 10A rating is the IC's switch-current specification, not a promise of 10A continuous output.
A boost converter draws more input current as the output power increases. Ensure the source, wiring, and connectors can handle the required current.
Do not exceed the permitted input or output voltage of the module or the connected device.
High-current operation may require additional cooling and adequate airflow.
A standard boost converter raises voltage; it does not step the voltage down.
Confirm whether your particular board has fixed output settings or an adjustable output before use.
Package Includes
- 1 × TPS61088 High-Power Boost Converter Module (selected variant)
Frequently Asked Questions
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