K2502G

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Thyristors are solid-state semiconductor devices that possess three or four main terminals and act as a bistable switch between the anode and the cathode. DIACs, SIDACs, and TICs are some of the more common Thyristors. The K2502G, also known as the Pima TI DIAC, is a popular Thyristor and is used in a variety of applications.

An electrical circuit containing the K2502G Thyristor begins in its “off” position. This means that no current is flowing through the circuit until an electrical signal (like current or voltage) of a particular magnitude is applied to the anode or cathode terminals of the Thyristor. When this signal meets the required trigger voltage, the element will switch “on” and current will pass through the circuit. The magnitude of the trigger voltage varies depending on various factors including ambient temperature, applied bias current, etc.

The K2502G Thyristor is predominantly used as a switch for electric circuit boards. In modern circuitry, it is combined with sensors and different microprocessors to allow for certain behaviors and reactions. For example, the K2502G is often used in modern lighting systems to detect changes in light levels. The switch will turn on or off the lighting systems depending on a pre-programmed threshold.

The generous source gate current of this Thyristor is also ideal for operating motors, creating window/delay circuits, and operating AC/DC voltage supplies. It is used in medical equipment applications as well and is capable of being triggered at a maximum voltage of 400V. In some cases, it can also be used to control electromagnets or act as converters of high power rectifiers.

The K2502G Thyristors have a maximum current rating of 1.5Amps, maximum forward voltage of 72V, and a dielectric strength of 750V. Thanks to its insulated metal package, it provides ruggedness and high thermal conductivity. The K2502G is suitable for a wide range of working temperatures, and can withstand up to 150° C. Due to its versatility, the K2502G offers designers and engineers the capability of making their designs functional in a variety of environments.

In conclusion, the K2502G Thyristor is a reliable semiconductor device. Used in many applications, it is capable of providing a stable and efficient switching path. It is designed to withstand a wide range of temperatures and has a high dielectric strength. Thanks to its versatility, the K2502G is a popular choice for designers and engineers when it comes to controlling and managing power.

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