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Comparison and analysis of buck-boost and Cuk chopper circuit modules

Comparison and analysis of buck-boost and Cuk chopper circuit modules

  • Categories:Company news
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  • Time of issue:2018-11-24 20:20
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(Summary description)The working principle of the buck-boost circuit is as follows: When the controllable switch V is in the on state, the power supply E supplies power to the inductor L through the controllable switch V and stores the energy in the inductor. At this time, the current flowing out of the power source E is i1, the direction As shown in Figure 4. Capacitor C not only keeps the output voltage constant, but also supplies power to load R.

Comparison and analysis of buck-boost and Cuk chopper circuit modules

(Summary description)The working principle of the buck-boost circuit is as follows: When the controllable switch V is in the on state, the power supply E supplies power to the inductor L through the controllable switch V and stores the energy in the inductor. At this time, the current flowing out of the power source E is i1, the direction As shown in Figure 4. Capacitor C not only keeps the output voltage constant, but also supplies power to load R.

  • Categories:Company news
  • Author:
  • Origin:
  • Time of issue:2018-11-24 20:20
  • Views:
Information
The working principle of the buck-boost circuit is as follows: When the controllable switch V is in the on state, the power supply E supplies power to the inductor L through the controllable switch V and stores the energy in the inductor. At this time, the current flowing out of the power source E is i1, the direction As shown in Figure 4. Capacitor C not only keeps the output voltage constant, but also supplies power to load R.
 
Previous: AnalogicTech's high-power DC/DC boost converter uses a compact 1mm high inductance
Next: Talking about EMC's knowledge of capacitor and inductor device selection
Previous: AnalogicTech's high-power DC/DC boost converter uses a compact 1mm high inductance
Next: Talking about EMC's knowledge of capacitor and inductor device selection

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