A triac is a semiconductor-based solid state electronic switch. The main applications are those which require the electronic switching of AC circuits. The switching can go from 100% on to 100% off (or vice versa) or can allow only portions of each AC cycle to pass through, which varies the amount of power supplied to the load. That is how triac-based AC lamp dimmers work.
TRIAC is the word derrived from the 2 words TRIode and AC.
a circuit diagram consist of diac&triac
A gateless triac is a diac. It is often used in the gate circuit of a triac to balance out the firing voltage for the triac in both quadrants, so that there is no DC offset in the controlled load. This is because, while the gate trigger voltage is often asymmetric in the two quadrants, the M1/M2 breakdown voltage is often symmetric.
b for silicon
A: TRIAC will break over and conduct at a certain if a certain voltage is reached. That voltage depends on all different triacs devices
A triac is a solid state (semiconductor) electronic switch we use in AC circuits. The main applications are those involving electronically switching AC circuits on and off, and in controlling voltage in AC circuits as we see done with AC light dimmers. Certainly there are other applications for the device, but these are the most commonly encountered ones. Electronic dimmers based on a triac can be found in the electrical departments of just about any hardware or home supply store.
Triac-Lautrait's population is 454.
The diac and the triac are used to control the AC lines. The difference is that triac are bigger than diac.
The area of Triac-Lautrait is 6,400,000.0 square meters.
Triac is Three Layered Device . Emitter ,Collector and Gate
triac act as a ac contactor
TRIAC is the word derrived from the 2 words TRIode and AC.
a circuit diagram consist of diac&triac
How_is_triac_operated
A gateless triac is a diac. It is often used in the gate circuit of a triac to balance out the firing voltage for the triac in both quadrants, so that there is no DC offset in the controlled load. This is because, while the gate trigger voltage is often asymmetric in the two quadrants, the M1/M2 breakdown voltage is often symmetric.
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b for silicon