简易R、L、C测量仪是为了能够让人们比较的方便实现对电阻、电容、及电感

The simple R, L, and C measuring instruments are designed to allow people to measure resistance, capacitance, and inductance more conveniently. It is a measuring instrument that conforms to people's fast-paced life now. There are many advantages of simple measuring instruments, such as: convenient and simple, Accurate and accurate, the overall volume is small, easy to carry, and the operation is relatively simple. To design a simple measuring instrument, you need to learn not only simple analog electronics and related single-chip microcomputer knowledge, but also C language programming application, which is designed by artificial thought. The design of the simple measuring instrument is various. The usual design principle is to use frequency measurement to indirectly find the corresponding resistance, capacitance, and inductance, and convert the resistance R, capacitance L, and inductance C into the frequency signal frequency f. The conversion often used The principle is an RC oscillation circuit and an LC capacitor three-point oscillation circuit. To get the frequency f, the measured frequency f can be obtained through the counting function of the single-chip microcomputer, and then the parameter value of the resistance, capacitance and inductance can be easily calculated by using the known frequency f. After the data is processed, the data is sent for display. <br><br>Keywords: frequency, simple measuring instrument, capacitive three-point oscillation circuit

Simple R, L, C measuring instrument is to enable people to compare the convenience of resistance, capacitor, and inductive measurement, is in line with people's fast-paced life measurement instruments, simple measuring instrument has many advantages, such as: convenient and simple, accurate and accurate, the overall size is small, easy to carry, relatively simple operation and so on. To design a simple measuring instrument, we need to learn not only simple simulation electrons and related microcontroller knowledge, but also learn c language programming applications, to be artificially designed. The design of the simple measuring instrument is varied, often the design principle is to use frequency measurement to indirectly find out the corresponding resistance capacitor inductor size, the resistance R, capacitive L, inductor C into frequency signal frequency f, often used in the conversion principle is RC oscillation circuit and LC capacitive three-point oscillation circuit. To obtain frequency f, the measured frequency f can be obtained by the microcontroller's counting function, and then the parameter value of the resistor capacitor inductor can be easily calculated using the known frequency f, and the data is sent to display after processing.<br><br>Keywords: frequency, simple measuring instrument, capacitive three-point oscillation circuit

Simple R, l and C measuring instruments are designed to make it easier for people to measure resistance, capacitance and inductance. They are measuring instruments in line with people's fast-paced life. There are many advantages of simple measuring instruments, such as: convenient, simple, accurate, small overall volume, square portable belt, relatively simple operation, etc. In order to design a simple measuring instrument, we need to learn not only the simple analog electronics and the related single-chip microcomputer knowledge, but also the C language programming application, which is designed by people. The design of the simple measuring instrument is various. The common design principle is to use the frequency measurement to indirectly calculate the corresponding resistance, capacitance and inductance, and to convert the resistance R, capacitance L and inductance C into the frequency signal frequency f. the common conversion principle is RC oscillation circuit and LC capacitance three-point oscillation circuit. To get the frequency f, we can get the measured frequency F through the counting function of single chip microcomputer, and then we can easily calculate the parameter value of resistance, capacitance and inductance by using the known frequency f. after the data is processed, the data will be sent to display.<br>Key words: frequency, simple measuring instrument, capacitance three-point oscillating circuit<br>