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Ultrafast gas-filled switch HWG-1

Ultrafast high voltage gas-filled switches for handling high energy pulses. The unit consist of gas-filled peaking and ultrafast switching spark-gaps. Ultrafast high voltage gas-filled switches has the following performances and exterior:

Operating voltage    150-500 kV   Current in pulse     up to 6 kA   Pressurization    SF6 or mixture of SF6 and N2   Maximum pressure    14 atm   Dimensions:   Maximum diameter   Maximum length       150 mm     180 mm

HWG-1 spark gap is used for driving the electrodynamic structures of pulsed beamless microwave generators and commutation of high-power current pulses. HWG-1 spark gap can be used for switching high-power current pulses.

Two-channel ultrafast gas-filled switch CG-1

The two-channel ultra-fast-speed, high-voltage gas-filled CG-1 spark gap is used for driving the electrodynamic structures of beamless pulsed high-power generators. This ultra-fast-speed gas-filled spark gap has the key performances, as given in the Table.

Key Performances of CG-1 Spark Gap:

Operating voltage    300-600 kV   Current in pulse     up to 10 kA   Pressurization    SF6 or mixture of SF6 and N2   Maximum pressure    12 atm   Dimensions:   Maximum diameter   Maximum length       70 mm     180 mm  Number of Channels    2

The two-channel CG-1 spark gap, too, can be used for switching high-power current pulses.

Two-channel ultrafast gas-filled switch CG-2

The two-channel ultra-fast-speed, high-voltage gas-filled CG-2 spark gap is used for driving the electrodynamic structures of beamless pulsed high-power generators. This ultra-fast-speed gas-filled spark gap has the key performances, as given in the Table.

Key Performances of CG-2 Spark Gap:

Operating voltage    400-700 kV   Current in pulse     up to 15 kA   Pressurization    SF6 or mixture of SF6 and N2   Maximum pressure    14 atm   Dimensions:   Maximum diameter   Maximum length        120 mm      180 mm  Number of Channels    2

The two-channel CG-2 spark gap, too, can be used for switching high-power current pulses.