LCC500-12-B-6

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

In the industrial field, the LCC500-12-B-6 is a reliable high-power, high frequency, high voltage electric gas discharge tube. The tube is designed to improve the power of pulses that go through it, and is also an important component in power supply systems, as it helps to filter and regulate the power. This type of tube can be used for various different applications in the industrial field, such as pulsed laser systems, X-ray systems, photovoltaic cells, and power supplies.

The LCC500-12-B-6 gas discharge tube is made up of a vacuum container and two electrodes. The vacuum helps to reduce the level of collisions between gas particles and other particles, and also helps to decrease the distortion in the current flowing through the tube. The two electrodes are made of a high voltage resistant material, such as Titanium, and are housed inside the vacuum container. The two electrodes are connected to each other, and the current passes through the gap between them. The distance between the electrodes is adjustable, and this determines how much of the high-frequency current is allowed to pass through the tube.

The working principle of the LCC500-12-B-6 gas discharge tube is based on the principle of ionization. When electric current passes through a gas, it can ionize the gas particles. When the electric current is sent through the LCC500-12-B-6, the current passes between the two electrodes and ionizes the gas particles, forming plasma. The plasma acts as a conductor, allowing large amounts of electricity to pass through the gas discharge tube. The intensity of the current and the number of electrons that pass through the gas discharge tube determine the amount of power that is transmitted.

The LCC500-12-B-6 is primarily used for its ability to increase the power of pulses that go through it. It is often used in pulsed laser systems, X-Ray systems, and photovoltaic cells, as these systems often require large amounts of electrical power. It is also often used as part of power supply systems, as it can help to filter and regulate the electricity that passes through it. Additionally, the LCC500-12-B-6 can be used in microwave ovens to reduce the level of electric shock risk that is associated with the use of microwaves.

The LCC500-12-B-6 is an incredibly powerful and reliable gas discharge tube that is used in various industrial field applications due to its ability to increase the power of electrical pulses, in addition to helping to regulate and filter electricity. Its working principle is based on the principle of ionization, and it is primarily used in pulsed laser systems, X-Ray systems, and photovoltaic cells.

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