Average forward current I(T)(AV): 16 A; Current I(H): 40 mA; Enclosure type (semiconductors): TO 220AB; Forward voltage U(F): 1.8 V; Gate trigger current I(GT): 30 mA; Gate trigger voltage U(GT): 1.5 V; I(T)(RMS): 25 A; I(TSM 60 Hz): 250 A; I(d): 10 µA;...
Average forward current I(T)(AV): 2.55 A; Current I(H): 3 mA; Enclosure type (semiconductors): TO 225AA; Forward voltage U(F): 2.2 V; Gate trigger current I(GT): 200 µA; Gate trigger voltage U(GT): 800 mV; I(T)(RMS): 4 A; I(TSM 60 Hz): 20 A; I(d): 10...
For protection of valuable digital and hybrid switches, microprocessors and data lines from overvoltage pulses. Types ending in "A" are unidirectional, types ending in "CA" are bi-directional.This text is machine translated.
For protection of valuable digital and hybrid switches, microprocessors and data lines from overvoltage pulses. Types ending in "A" are unidirectional, types ending in "CA" are bi-directional.This text is machine translated.
For protection of valuable digital and hybrid switches, microprocessors and data lines from overvoltage pulses. Types ending in "A" are unidirectional, types ending in "CA" are bi-directional.This text is machine translated.
For protection of valuable digital and hybrid switches, microprocessors and data lines from overvoltage pulses. Types ending in "A" are unidirectional, types ending in "CA" are bi-directional.This text is machine translated.
For protection of valuable digital and hybrid switches, microprocessors and data lines from overvoltage pulses. Types ending in "A" are unidirectional, types ending in "CA" are bi-directional.This text is machine translated.
For protection of valuable digital and hybrid switches, microprocessors and data lines from overvoltage pulses. Types ending in "A" are unidirectional, types ending in "CA" are bi-directional.This text is machine translated.
For protection of valuable digital and hybrid switches, microprocessors and data lines from overvoltage pulses. Types ending in "A" are unidirectional, types ending in "CA" are bi-directional.This text is machine translated.
For protection of valuable digital and hybrid switches, microprocessors and data lines from overvoltage pulses. Types ending in "A" are unidirectional, types ending in "CA" are bi-directional.This text is machine translated.