The 7Semi TPS63710 Negative Voltage Buck Converter Module is a compact and efficient inverting DC-DC power solution designed for applications requiring stable negative voltage rails from a positive input supply. Built around the Texas Instruments TPS63710 synchronous inverting buck converter, this module delivers low-noise negative output voltages with high efficiency and excellent regulation performance.
Supporting an input voltage range from 6V to 14V, the module can generate adjustable negative output voltages ideal for analog circuits, operational amplifiers, ADCs, DACs, sensor interfaces, audio electronics, industrial instrumentation, and communication systems. Its low-noise architecture and synchronous rectification design help reduce ripple while maintaining efficient operation in compact embedded applications.
The small form factor and easy-to-use VIN, VOUT, and GND connections make the module suitable for portable devices, embedded systems, laboratory electronics, industrial control circuits, and precision analog applications where reliable negative voltage generation is essential.
Features
• Built using Texas Instruments TPS63710 synchronous inverting buck converter
• Generates stable negative DC voltage from positive input supply
• Low-noise output suitable for sensitive analog and audio circuits
• Wide input voltage support from 6V to 14V DC
• High efficiency synchronous rectification design
• Compact PCB layout for embedded and portable electronics
• Reliable operation for ADC, DAC, op-amp, and sensor applications
• Stable voltage regulation with reduced ripple and EMI noise
• Easy integration with microcontrollers and industrial systems
• Suitable for communication, instrumentation, and power management circuits
Resources
- Category of product:
- Inverting buck converter
- Input Supply voltage required:
- 6V to 14V
- Current rating:
- 1A Continuous
- Operational temprature:
- -40C to 80C
- Output Voltage:
- -5V
- Dimension:
- 26mm x 9mm x 3mm
- _3d_glb:
- https://7semi.com/content/3d-files/10504.glb
