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  5. Asymmetric GTO Thyristors

Asymmetric GTO Thyristors

GTOs are optimized for low conduction losses. The typical on-off switching frequency is in the range of 200 - 500 hertz for most applications. GTOs are, by nature, relatively slow switches. Typical transition times from on to off state and vice versa are in a range of 10 - 30 microseconds. All GTOs require protective networks called "snubbers" for turn-on and turn-off. The turn-on snubber circuit, in essence an inductor, limits the rate of current rise. For turn-off, the GTO requires a device that limits the rate of voltage rise, in essence a capacitor.

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Data Sheet

VDRM

VDC

ITGQM

ITAVM

Housing
5SGA 06D4502

5SGA06D4502.pdf

4500 V

2800 V

600 A

210 A

D

5SGA 15F2502

5SGA15F2502.pdf

2500 V

1400 V

1500 A

570 A

F

5SGA 20H2501

5SGA20H2501.pdf

2500 V

1400 V

2000 A

830 A

H

5SGA 20H4502

5SGA20H4502.pdf

4500 V

2200 V

2000 A

710 A

H

5SGA 25H2501

5SGA25H2501.pdf

2500 V

1400 V

2500 A

830 A

H

5SGA 30J2501

5SGA30J2501.pdf

2500 V

1400 V

3000 A

1300 A

J

5SGA 30J4502

5SGA20H4502.pdf

4500 V

2800 V

3000 A

930 A

J

5SGA 40L4501

5SGA40L4501.pdf

4500 V

2800 V

4000 A

1000 A

L

5SGF 30J4502

5SGF30J4502.pdf

4500 V

3000 V

3000 A

960 A

J

5SGF 40L4502

5SGF40L4502.pdf

4500 V

2800 V

4000 A

1180 A

L

GTOs are optimized for low conduction losses. The typical on-off switching frequency is in the range of 200 - 500 hertz for most applications. GTOs are, by nature, relatively slow switches. Typical transition times from on to off state and vice versa are in a range of 10 - 30 microseconds. All GTOs require protective networks called "snubbers" for turn-on and turn-off. The turn-on snubber circuit, in essence an inductor, limits the rate of current rise. For turn-off, the GTO requires a device that limits the rate of voltage rise, in essence a capacitor.