K1400GAP

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Thyristors are electronic components that act as switches allowing electricity to pass through them. DIACs (Diode Alternating Currents), SIDACs (Static Induction Diodes), and K1400GAPs (Gas-Fired Photoflash Ignitors) are components of this family that all have their own specific tasks. DIACs are two terminal devices that conduct electric current in both directions when triggered by an external voltage, while SIDACs are multi-terminal devices with the same function. K1400GAPs, on the other hand, are specifically designed to provide a high-voltage spark to create a bright light in photography.

K1400GAP Application Field and Working Principle

K1400GAPs are designed to operate in the high-energy field of flash photography, where a small yet powerful spark of energy is needed to produce a large amount of light. The K1400GAP has the capability to provide a light pulse of up to 140 joules, making it the most powerful among its rivals. The K1400GAP is also capable of high reliability and repeatability, making it ideal for producing a reliable and consistent flash of light.

The K1400GAP\'s working principle is based on a gas-filled tube with a central electrode that is surrounded by a cathode and anode. When a high voltage signal is applied to the central electrode, the electric current heats up the gas inside the tube and ionizes it. Once ionized, the gas releases its energy in the form of a spark, producing a short but powerful flash of light.

The most common application of K1400GAPs is in photography, where they are used to produce a momentary flash of light when a photograph is taken. This flash of light helps to illuminate the subject and also to freeze motion, giving the photograph a better quality. K1400GAPs are also used in industrial processes where a momentary burst of high-energy sparks are needed.

K1400GAPs are unique among the thyristors family due to their capability to provide a large amount of energy in a very short period of time. This makes them an ideal choice for applications in photography and industrial processes, where a powerful and reliable spark is needed to get the job done.

The specific data is subject to PDF, and the above content is for reference