T050007

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Gas Discharge Tube Arresters (GDT) are commonly used in many different types of electrical and electronic circuitry. GDTs have been around since the 1930s, but improvements in design and technology have made them even more advantageous for use in modern circuit designs, multiple applications and high-power devices. Furthermore, manufacturers have come out with varieties of GDTs that are optimized for use either in AC or DC environments.

T050007 is a series of Gas Discharge Tube Arresters, or GDTs, specifically designed for low-voltage AC applications. It is rated up to 7.5kA, and has excellent arc blocking capabilities. It is a specially designed discharge tube suitable for use in high-current protection devices. These devices offer a high degree of protection against high-voltage overloads, short circuits and other transients.

The T050007 is based on a single-ended symmetrical tubular design. With this architecture, the gas discharge tube is divided into two shells, with the inner part of the tube containing the internal electrode. The outer shell houses the external electrode, which is in contact with the gas contained within the tube. When exposed to external high voltage, like a transient, the gas is ionized, which results in electrical current being generated.

When operating correctly, the T050007 GDT is capable of blocking AC currents up to 7.5kA and voltages up to 7000V. At the same time, the internal electrodes allow for good arcing characteristics and clamping effectiveness. The T050007 has been specifically designed and tested to meet various safety standards, including 40mA.

The T050007 GDT also has a fast reaction time to voltage surges. Typically, it can react within a few milliseconds. This short reaction time helps to ensure that the GDT will react quickly to any external surge, disconnecting the load from the power source and protecting the rest of the circuitry from damage. In addition, the T050007 can be used in both AC and DC applications, and is completely silent and maintenance free.

The working principle of Gas Discharge Tube Arresters (GDT) is based on the process of current interruption and turning off high voltage overloads. When exposed to an external surge, the gas contained in the tube is ionized and an arc is created. This electric current interrupts the external current and turns it off, thus protecting the circuit from further damage. The T050007 has been specifically designed to optimize safety standards, offering incredibly accurate performance and reliable protection.

In addition, the T050007 also offers a range of other benefits, such as low noise, high surge withstand capability, low capacitance, and a wide temperature range. The T050007 is also an excellent choice for applications where flexibility and cost-efficiency is a necessity. It is also one of the most cost-effective GDTs available on the market and is often a product of choice for protection in many different types of circuitry and components.

GDTs like the T050007 offer a range of benefits and protections for many different types of circuitry and components. By design, they are able perform a wide range of duties, such as protection from high-voltage overloads, short circuits and other transients. Furthermore, they offer reliable protection, fast reaction times, and optimal protection features.

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