3Z6UM

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The 3Z6UM application is an electronic equipment used to measure the resistance of electronic components. It is especially applicable to high-resistance components and board-level electronic components. The 3Z6UM can measure resistances from 0.01 to 100 MΩ. It is widely used in electronics manufacturing, computer maintenance, research and development, and other fields. With the increasing popularity of electronic products, the application of the 3Z6UM will become more extensive.

The working principle of the 3Z6UM is based on the Wheatstone bridge circuit. The Wheatstone bridge circuit is a measuring bridge which is used to measure the resistance, capacitance, and other electrical parameters of the component. In order to obtain an accurate result, the 3Z6UM is equipped with a reference voltage source that can generate a stable voltage. Two of the three secondary arms of the bridge are connected to the component whose resistance needs to be measured, and the third arm is connected to the reference voltage source. The bridge balance point voltage is measured by the voltage meter, and then the resistance of the component can be calculated by using the formula.

The 3Z6UM has a hi-res measurement range and is capable of providing stable and accurate results. It has a wide range of applications in the fields of electronics manufacturing, computer maintenance, and research and development. The 3Z6UM can also be used to measure the resistance of various high-resistance components and board-level electronic components. Additionally, the 3Z6UM has a convenient interface which makes it easy to use, and the measurement results can be stored for future analysis. In conclusion, the 3Z6UM is an essential tool for measuring the resistance of electronic components, and its usage will become more and more extensive.

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