What is the transistor control?

Transistor Checkers, also known as transistor testers, are used to test the electrical behavior of transistors and diode states in transistors. The transistor device is commonly used for circuits and electronics. Most transistor checkers test whether the transistor is sink input (NPN) or sources (PNP). There are also different types of transistors, depending on what the device is testing. It uses the method to write, attach and control direct current (DC). Automatic transistor check is most often used on small portable electronic devices, because it uses small battery energy to measure forward DC profit. This type of transistor check automatically determines whether the type of transistor NPN or PNP is as well as Petat. The device is also useful for a lot of quick checks in unknown devices. Transistors are often soldered on the circuit board, which makes it difficultDetermining whether a problem on the circuit board is based on a transistor or something else. The non -presentation of transistors is not practical, so the circuit transistor can check the transistor without having to remove it. This type of transistor control tests the transistor by calculating the wavelength of the transistor signal, which occurs in the case of obstacle to the loading of the test kit. It also measures the DC flow at certain points of the test circuit.

Another type of transistor control is the SCR, LED and transistor analyzer. This type of checker tests various electronic components, including the rectifiers controlled by silicon or oos -controlled semiconductors (SCRS); LEDs, which are semiconductor devices that pass through electric currents of use; and transistors. Checker performs several tests on each component, including open, shorts and standard operating condition. U transistors will test the function of audio oscillatedToru. Testing includes the connection of SCR, LED or transistor to check.

Transistor (TFT) Checkers Test the electrical properties of a thin film transistor. Checker TFT tests this type of transistor through a non -contact current source and protects TFT from adverse effects such as contamination and destruction. The checker transistor tests the TFT field substrate, including the ionic flow and ionic flow on the substrate surface. This type of control is beneficial because it may not connect to the transistor to function properly.