Common Methods For Component Reduction

Common methods for component reduction include::

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1.Fixed value resistance: According to the rated power of the resistance and the environmental temperature, the resistance of the resistance is reduced by selecting a lower rated power.

2.Potquins device reduction: Depending on the resistance of the potentiometer and the use power, the potentiometer is reduced by selecting a lower limit power.

3.Thermal resistance reduction: According to the sensitivity and extreme working temperature of thermistor, the lower limit work temperature is selected to reduce the reduction of thermal resistance.

4.Fixed capacitor reduction: According to the rated voltage and environmental temperature of the capacitor, the capacitor reduction is reduced by selecting a lower rated voltage.

5.Electrolytic capacitor reduction: According to the rated voltage of the electrolytic capacitor and the environmental temperature, by selecting a lower rated voltage or changing the electrolyticThe quality reduces the reduction of electrolytic capacitors.

6. Simulation integrated circuit reduction: According to the power supply voltage and working environment temperature of the simulated integrated circuit, the reduction of the simulation integrated circuit is reduced by selecting a lower power supply voltage or reducing the working environment temperature.

7. Division of semiconductor component reduction: According to the rated current and the environmental temperature of the separated semiconductor element, reduce the reduction of the separated semiconductor component by selecting a lower rated current or reducing the working environment temperature.

8. Disadvantage: According to the rated current and environmental temperature of the inductance, passChoose a lower rated current or reduce the temperature of the working environment to reduce the reduction of the inductance.

9.Relay reduction: According to the contact current and environmental temperature of the relay, reduce the reduction of the relay by selecting a lower contact current or reducing the working environmental temperature.

It should be noted that the reduction method and reduction coefficient of different meta -device may be different. It is necessary to determine the appropriate level of reduction according to the characteristics of the specific components and the environment.