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...Module Silicon N Channel IGBT Description: High Power Switching Applications Motor Control Applications Applications: [1]High input impedance [1]High spee : tf = 0.35µs (max) trr = 0.15µs (max) [1]Low satura...
...Module Silicon N Channel IGBT Description: High Power Switching Applications Motor Control Applications Applications: [1]High input impedance [1]High spee : tf = 0.35µs (max) trr = 0.15µs (max) [1]Low satura...
...Module Silicon N Channel IGBT Description: High Power Switching Applications Motor Control Applications Applications: [1]High input impedance [1]High spee : tf = 0.35µs (max) trr = 0.15µs (max) [1]Low satura...
...Module Silicon N Channel IGBT Description: High Power Switching Applications Motor Control Applications Applications: [1]High input impedance [1]High spee : tf = 0.35µs (max) trr = 0.15µs (max) [1]Low satura...
...Module Silicon N Channel IGBT Description: High Power Switching Applications Motor Control Applications Applications: [1]High input impedance [1]High spee : tf = 0.35µs (max) trr = 0.15µs (max) [1]Low satura...
...Module Silicon N Channel IGBT Description: High Power Switching Applications Motor Control Applications Applications: [1]High input impedance [1]High spee : tf = 0.35µs (max) trr = 0.15µs (max) [1]Low satura...
...Module Silicon N Channel IGBT Description: High Power Switching Applications Motor Control Applications Applications: [1]High input impedance [1]High spee : tf = 0.35µs (max) trr = 0.15µs (max) [1]Low satura...
...Module Silicon N Channel IGBT Description: High Power Switching Applications Motor Control Applications Applications: [1]High input impedance [1]High spee : tf = 0.35µs (max) trr = 0.15µs (max) [1]Low satura...
...Module Silicon N Channel IGBT Description: High Power Switching Applications Motor Control Applications Applications: [1]High input impedance [1]High spee : tf = 0.35µs (max) trr = 0.15µs (max) [1]Low satura...
...Module Silicon N Channel IGBT Description: High Power Switching Applications Motor Control Applications Applications: [1]High input impedance [1]High spee : tf = 0.35µs (max) trr = 0.15µs (max) [1]Low satura...
...Module Silicon N Channel IGBT Description: High Power Switching Applications Motor Control Applications Applications: [1]High input impedance [1]High spee : tf = 0.35µs (max) trr = 0.15µs (max) [1]Low satura...
...Max) trr = 0.5µs (Max) z Low saturation voltage : VCE (sat) = 4.0V (Max) z Enhancement-mode z The electrodes are isolated from case. Specifications: part no. MG150Q1JS43 Manufacturer TOSHIBA supply ability 1...
...Max) trr = 0.5µs (Max) z Low saturation voltage : VCE (sat) = 4.0V (Max) z Enhancement-mode z The electrodes are isolated from case. Specifications: part no. MG150Q1JS65H Manufacturer TOSHIBA supply ability ...
...) trr = 0.5µs (Max) z Low saturation voltage : VCE (sat) = 4.0V (Max) z Enhancement-mode z The electrodes are isolated from case. Specifications: part no. MG150Q1JS65HA Manufacturer TOSHIBA supply ability 10...
...Module Silicon N Channel IGBT Description: High Power Switching Applications Motor Control Applications Applications: [1]High input impedance [1]High speed : tf= 0.5µs (Max.) trr = 0.5µs (Max.) [1]Low satura...
...Module Silicon N Channel IGBT Description: High Power Switching Applications Motor Control Applications Applications: [1]High input impedance [1]High speed : tf= 0.5µs (Max.) trr = 0.5µs (Max.) [1]Low satura...
... (Max) trr = 0.5µs (Max) z Low saturation voltage : VCE (sat) = 4.0V (Max) z Enhancement-mode z The electrodes are isolated from case Specifications: part no. MG500Q1US2 Manufacturer TOSHIBA supply ability 1...
... (Max) trr = 0.5µs (Max) z Low saturation voltage : VCE (sat) = 4.0V (Max) z Enhancement-mode z The electrodes are isolated from case Specifications: part no. MG500Q1US11 Manufacturer TOSHIBA supply ability ...
... (Max) trr = 0.5µs (Max) z Low saturation voltage : VCE (sat) = 4.0V (Max) z Enhancement-mode z The electrodes are isolated from case Specifications: part no. MG500Q1US21 Manufacturer TOSHIBA supply ability ...
...Module Silicon N Channel IGBT Description: High Power Switching Applications Motor Control Applications Applications: [1]High input impedance [1]High spee : tf = 0.35µs (max) trr = 0.15µs (max) [1]Low satura...