2036-30-B3

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Gas Discharge Tube Arresters (GDT) are protective devices that guard electronic circuits from high-voltage transient surges or overvoltage, also known as a spark gap. It is usually composed of three parts: two electrodes supported on ceramic material and an insulator that separates them. It can provide much superior protection than classic linear components such as resistors or capacitors, since it provides a fast current-limiting response and it doesn’t require precise component matching. GDTs can be used in almost all applications that require voltage protection, including high-speed digital signal protection, as well as in high-voltage control circuits and power transmission systems.

The 2036-30-B3 GDT is a Gas Discharge Tube Arrester typically used in inductive loads, such as motors, where high-frequency noise mitigation and voltage protection are required. It features a thermistor-controlled resistor for fast current-limiting response, as well as an internal capacitor for stabilizing the output voltage.

The working principle of the 2036-30-B3 GDT is simple but effective. When there is an overvoltage in the system, the GDT will shield it off and prevent any further damage. It works by providing a fast current-limiting response that quickly restricts the flow of current and protects the system from further voltage surges. In addition, its thermistor-controlled resistor helps to mitigate any high-frequency noise which may be present in the system. Finally, its internal capacitor helps to stabilize the output voltage, ensuring the system continues to function reliably.

The GDT 2036-30-B3 is a versatile device that is suitable for a wide range of applications. It can be used to protect circuits from high-voltage transient surges, as well as to mitigate high-frequency noise and stabilize the output voltage. In addition, it is suitable for use in a variety of inductive loads, such as motors. This versatile device is a reliable solution for protecting circuits from overvoltage and helping to ensure system stability.

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