How to read a multimeter when measuring resistance
The resistance range represents the maximum range of the multimeter. For example, a 200 ohm range can measure resistance values up to 200 ohms, and a 2K ohm range can measure resistance values up to 2K ohms. The following is the same. Reading: The value of the 200 ohm range is directly read from the screen, in ohms, 2K, and 20K. The readings of these three ranges are also read from the screen, in K ohms. The reason for setting three K ohm ranges is mainly because the measurement accuracy of these three levels is different, and the M ohm level is the same
If I am in a resistance range of 200 ohms and the reading is 02.5, how do I read it?? 2.5 Ohms
How do I read. 002 for 2K euros?? 2 Ohms
20K Ohms, reading 0.25 How do I read it?? 250 ohms
How to read a reading of 00.2 for 200K euros?? 200 ohms
How to read a reading of. 002 for 2M ohms?? 2000000 euros
How to read a reading of 0.02 for 20M ohms??? 20000000 euros
The methods and precautions for using a digital multimeter. Due to its advantages such as accurate measurement, convenient value selection, and complete functions, digital multimeter, which is popular among radio enthusiasts, generally includes resistance measurement, on/off sound detection, and diode positive voltage measurement. AC and DC voltage and current measurement, transistor amplification factor and performance measurement, etc. Some digital multimeters have added functions such as capacitance measurement, frequency measurement, temperature measurement, data memory, and voice counting, bringing great convenience to actual testing work. However, due to improper use, digital multimeter can easily cause damage to the components inside the meter and cause malfunctions during actual testing.
