2036-09-BLF

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Gas Discharge Tube Arresters (GDT) are an important way to protect equipment from high-voltage transients. They work by limiting the voltage that can reach a device, usually via a spark gap. In essence, a GDT works by switching on or off when a certain voltage is reached. When the voltage is below the set threshold, the GDT remains open; when the voltage reaches the threshold level, the GDT closes, creating a spark gap which directs the voltage away from the protected device.

GDTs are typically used in industries such as power and telecoms, where they are used as part of surge protection systems. In these cases, the GDT acts as a switch, allowing only a certain amount of voltage to reach a protected device. This helps prevent damage caused by power spikes. GDTs are also used in automobiles and other applications where a reliable spark gap is necessary.

The 2036-09-BLF is one of the most popular GDTs currently in use. It has a rated operating voltage (L-N) of 2820V and a maximum continuous operating voltage (L-N) of 2828V. It can also handle transients up to 10kV (L-N). The 2036-09-BLF has a response time of less than 500µs and a maximum power dissipation of 10W.

The working principle of the 2036-09-BLF is based on the same basic principle as other GDTs. When the voltage on the protected line reaches the threshold level for the GDT, the spark gap turns on, creating an electrical arc. This arc creates a current in the opposite direction, which then limits the voltage that can reach the protected device. When the voltage drops back below the threshold level, the spark gap turns off and the device is no longer protected.

In addition to being used for surge protection, 2036-09-BLF can also be used in various other applications. It can be used for voltage-controlled switching, audio filtering, and for over-voltage protection. It is also used in some medical devices, such as defibrillators and pacemakers, to help protect against sudden changes in voltage.

Overall, the 2036-09-BLF is a versatile and reliable GDT which is suitable for a wide range of applications. Its fast response time and high power handling capabilities make it a great choice for protecting sensitive equipment from high voltages. Whether used in power plants, telecoms, medical devices, or for over-voltage protection, the 2036-09-BLF is a dependable GDT that can be relied upon in challenging environments to protect sensitive devices.

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