There are many electronic components that are present in almost every circuit. Electronic components comprise resistors, capacitors, and inductors. Capacitors are made from conductors and are used to store the charge. Resistors are made from elements like carbon or metals. They are used to limit the current flow in circuits. Inductors are produced from wire coils and can be used to generate magnetic fields. The most commonly used tools which can be employed to evaluate them is a digital multimeter. In reality, there are a few low-cost methods to go about testing them all. Take a look at the following guidelines to test your electronic Circuit Protection Components.
In the beginning, you need to find the millimeter in its setting to measure the resistance. The setting is usually identified by the letters Greek omega. If you have a handle on the resistor, you can select the setting that is equivalent to or greater than it. If, however, you are not aware of the value, you may select the most minimal setting.
In the next step, you need to test the resistance and note it down. The only thing you need to do is put the probe on every lead of your resistor. If you’re unable to obtain the result, attempt to adjust the settings of the multimeter until you get it right.
The next step is to set the an electronic multimeter to the capacitor setting. It is usually indicated by letters F. When you know the value that the capacitor has, then you can choose the setting equivalent to or greater than it. But, if you don’t know the value, you may choose the lowest settings.
The fourth step measuring the capacitance before recording the measurement. This can be done by inserting leads into the appropriate slot. It is important to ensure your leads’ length is long enough to fit securely.
The fifth step is to locate the multimeters on the inductor setting. It is typically identified by the letters H. If you know the value of an inductor then you can select the setting that is equal to or greater than it. If you are unable to determine the value, you may select the most minimal setting.
The final step is that you must take a measurement of the inductance and then keep track of it. This can be done by inserting leads in the correct slot. It is important to ensure your leads have sufficient length to securely fit. If the reading is not taken, you may alter the settings on your multimeter until you are able to do.
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