Automotive Technology

  • Automotive Technology

Automobile Technology(Circuit technologies and control technologies which achieve higher efficiency and lower noise)

1. Partial resonance full bridge type

The main circuit configuration for this power supply uses a partial resonance full bridge type which achieves zero voltage switching operation with a smaller number of components. This contributes to greater fuel efficiency for automobiles by working to reduce switching loss of internal components and setting the conversion efficiency to its highest point in the range of actual use.

  • Circuit configuration block diagram
  • Main FET module
  • Efficiency characteristics

2. Performance improvement through digital control

Control for DC/DC converter and onboard charger power control and communications is all fully digital (DSP). Optimal power feed system control is achieved through optimal control of circuit operation, improved functionality, power supply monitoring, safe design, and communication with higher ECU, which were not able to be achieved with previous analog technologies.

3. Use of internally manufactured components

DC/DC converter main circuit components (primary FET module, transformer, secondary synchronous rectification FET module, output choke) are optimally designed parts based on individual power supply specifications produced in-house by Shindengen's Electronic Device Division Group and Magnetic Part Department. These parts are also mounted in aluminum die-cast cases in order to further improve air cooling and water cooling heat dissipation performance.

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