MPS-SEMI

Analog ICs and power management

 

About the manufacturer

Monolithic Power Systems (MPS) is a US power-management semiconductor manufacturer founded in 1997 by engineer Michael Hsing. Its development was built around the idea of integrating complete power-conversion functions into compact integrated circuits. The company specialises in high-efficiency converters, regulators, controllers and power modules used in industry, automotive systems, data centres and consumer electronics. Its devices are supported by engineering software and tools for power-system design.

The main technical solutions associated with MPS-SEMI include integrated DC/DC converters, voltage regulators and motor-driver ICs. Analog integrated circuits handle voltage regulation, signal amplification, sensing and power control. Combining analog blocks with monitoring functions can reduce external component count and simplify electronic modules. Stable operation over the real temperature and load range remains essential.

 

Applications

MPS-SEMI solutions are relevant to applications where component characteristics must be matched to the final equipment:

  • embedded power supplies
  • data acquisition
  • measurement equipment
  • industrial automation
  • consumer electronics
  • control and monitoring

 

MPS-SEMI products available from Maritex

The Maritex catalogue range listed under MPS-SEMI focuses on the following product groups: integrated DC/DC converters; voltage regulators; motor-driver ICs. Individual models may differ in electrical specifications, mechanical construction and integration requirements.

Available product groups include:

  • integrated DC/DC converters
  • voltage regulators
  • motor-driver ICs
  • power-management ICs

Compare supply voltage, consumption, signal range, accuracy, noise and temperature requirements. Replacement designs also require a careful check of pinout, package and dynamic parameters. The exact variant should always be selected using its full part number and model-specific documentation.

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