2036-35-B3

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Gas discharge tubes (GDTs) are a type of arrester that are used to protect electrical circuits from voltage transients. They work by creating a low-impedance path that shortens the duration of a high-voltage surge, allowing it to be dissipated safely without causing damage to the components in the circuit.

2036-35-B3 GDTs are used in a variety of applications, such as power management systems, telecommunications equipment, automotive electronic systems, industrial electronics, and medical electronics. They are designed to protect circuits from transient over-voltages up to 250 V, and can be used in applications with low to medium levels of surge energy. The thermal design of the 2036-35-B3 GDT ensures that it can handle temperatures up to 125 degrees Celsius.

The 2036-35-B3 GDT is based on the principle of gas discharge tubes, which involve passing an electric current through a partially pressurized gas-filled cylinder. This generates a spark between the electrodes, which can be used to dissipate any surge energy present in the circuit. This is done by using a reverse-biased diode to conduct the surge current, creating a low-impedance, or “short”, path for the current to flow. Once the surge has passed, the diode prevents any follow-on current flow, allowing the circuit to be safely discharged.

The 2036-35-B3 GDT is designed with a particular safety feature: open-circuit breakdown. This ensures that the GDT can safely dissipate any surge energy without the risk of causing a destructive arc discharge. This is particularly important for applications requiring multiple GDTs, since arcing across multiple GDTs can cause damage to the circuit components. The open-circuit breakdown feature also ensures that the GDTs are able to handle complex impulse shapes.

In addition, the 2036-35-B3 GDT is designed to handle high-frequency surges, allowing it to effectively protect circuits from transient over-voltages caused by lightning strikes and power brownouts. It is also designed to be handled by machine, making it suitable for large-scale applications such as automated manufacturing plants. Finally, the 2036-35-B3 GDT has a low impedance for a variety of power and voltage levels, making it suitable for a wide range of applications.

The 2036-35-B3 GDT is a reliable and effective way of protecting electrical circuits from transient over-voltages. It has a wide range of applications, and is designed to handle complex impulse shapes, high-frequency surges, and temperatures up to 125 degrees Celsius. It also features open-circuit breakdown to prevent arcing, as well as low-impedance characteristics, making it suitable for a variety of power levels.

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