SUCS3483R3C-C

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DC to DC converters are widely used in many applications and have a variety of new applications. SUCS3483R3C-C is one of the most advanced options for these applications. This device is based on a resonant zero current switching power supply topology and combines a three-phase PWM controller with direct current source. It can directly output the current, voltage and temperature of the DC supply.

SUCS3483R3C-C Application Field

The SUCS3483R3C-C is especially well-suited for applications such as chargers, power supply modules, battery packs, air conditioners, home appliances, and industrial control systems. It is also an excellent choice for other DC DC converter applications such as solar, wind and hydroelectric energy, automotive power supplies, and energy storage systems.

SUCS3483R3C-C Working Principle

The SUCS3483R3C-C DC DC converter follows the resonant zero current switching (ZCS) topology, which is an improved version of the phase-shift/resonant or soft-switching converter. It offers ultra-low switching losses, thereby providing high conversion efficiency and low EMI emissions. The device integrates a three-phase full bridge switching power supply with a direct current source.

A unique feature of the device is its ability to output both steady and pulsing current modes. This feature is used to limit the output current levels of the converter. The device outputs a variable-current pulse width modulation (PWM) waveform, which is used to regulate output voltage and current.

The PWM signal is generated by a digital signal processor (DSP) and is used to adjust the output voltage. The device also has temperature and over-current protection, and can be configured to deliver either regular or pulsing currents at the output. Its unique setup allows it to accurately detect and control the current and output voltage.

Conclusion

The SUCS3483R3C-C DC DC converter is an excellent choice for a wide variety of applications, especially those involving high efficiency and low EMI emissions. It utilizes an advanced resonant zero current switching topology to achieve high performance and low switching losses. Its ability to output both steady and pulsing current modes allows it to limit the output current levels of the converter. It also has temperature and over-current protection, and can be configured to deliver either regular or pulsing currents at the output.

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