Conclusion the experiment about the two converter circuit
4 light over - light. Cycle type light over - voltage resonance light. (Buck-Converter)
4 experiment to achieve knowledge and understanding of the working process of the circuit Buck:The converter in current mode on a 4 are and the 4
Phe is the company has various 4 gae 4. Long associated with the circuit buck converter circuit
: Buck:? Converter (Buck-Converter). A circuit the 4 color used to reduce the voltage, direct current, which 4 spare type function
.In 2 mode. Which can 4 switching mode by chopping switch, including the mode has 1 input current will increase the 4 มขึ *, flowing through north 4 has ยวนำ
.(L) in the secondary circuit capacitor (C) and load resistance (R) and the 2 mode will be to stop the flow. The desorption energy T 4 collect
.In tough 4 ยวนำ. The current can flow the tough 4 ยวนำ can impact upon 4. By flow LC and load current flowing through the R by 4
.The north 4 has ยวนำ will decrease until the Tang 4 makes the 4 mode has 1 back to work again in the next cycle * are current the 4 color flow through the north 4 has ยวนำ (L)
.The 4 color flow to 4 has added value is a 4 มขึ * or decrease is linear. The correlation of the voltage output from =
voltage ripping and apple peak to ค่ายอด of capacitor equals. Δ
.Which 4 will found the value of voltage ripping open Al was inversely proportional to the output to
capacitance or Δ ∝
as *. Mei 4 is the increase in value 4 capacity ไฟฟ, leading out to make voltage ripping open Alpha
.Output decreased and Mei 4 electricity capacity is the lower side out, it will make the voltage of the output, ripping the apple get near 4. Based on 4 are defined. *
the dew hit * cycle (D) with the Bangkok Post 4, are the relation between input voltage and output voltage is ∝
.As *. Mei 4 is the increase 4 m input voltage. To make the output voltage near 4 up * with. And Mei 4 is reduced the input voltage. It will make the output voltage drop that it
4 circuit Buck:The converter The circuit is the 4 causes the output voltage is less than or equal to input voltage. It can be called a
.
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