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TRIACS Datasheet, PDF

Searched Keyword : 'TRIACS' - Total: 173 (1/9) Pages
ManufacturerPart #DatasheetDescription
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NXP Semiconductors
BT137SE Datasheet pdf image
54Kb/6P
Triacs Triacs
October 1997 Rev 1.200
BT136 Datasheet pdf image
45Kb/6P
Triacs
August 1997 Rev 1.200
BT136F Datasheet pdf image
42Kb/7P
Triacs
February 1996 Rev 1.100
BT137 Datasheet pdf image
47Kb/6P
Triacs
October 1997 Rev 1.200
BT137B Datasheet pdf image
51Kb/6P
Triacs
October 1997 Rev 1.200
BT137X Datasheet pdf image
53Kb/7P
Triacs
September 1997 Rev 1.200
BT138B Datasheet pdf image
52Kb/6P
Triacs
October 1997 Rev 1.200
BTA140 Datasheet pdf image
47Kb/6P
Triacs
September 1997 Rev 1.200
MAC223 Datasheet pdf image
63Kb/8P
Triacs
July 2001
BT134W Datasheet pdf image
57Kb/7P
Triacs
September 1997 Rev 1.200
BT136S Datasheet pdf image
51Kb/6P
Triacs
October 1997 Rev 1.100
BT138F Datasheet pdf image
51Kb/7P
Triacs
February 1996 Rev 1.100
BT137F Datasheet pdf image
51Kb/7P
Triacs
February 1996 Rev 1.100
BT137S Datasheet pdf image
52Kb/6P
Triacs
October 1997 Rev 1.200
BT138X Datasheet pdf image
54Kb/7P
Triacs
September 1997 Rev 1.200
BT139F Datasheet pdf image
51Kb/7P
Triacs
February 1996 Rev 1.100
BT139X Datasheet pdf image
52Kb/7P
Triacs
September 1997 Rev 1.200
MAC223A8X Datasheet pdf image
50Kb/6P
Triacs
September 2002-Rev 1.000
BT136X Datasheet pdf image
50Kb/7P
Triacs
October 1997 Rev 1.200
BT134 Datasheet pdf image
46Kb/6P
Triacs
August 1997 Rev 1.200

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What is TRIACS


A triac is a type of thyristor, which is a solid-state device that can control the flow of AC electrical power.

The triac is a three-terminal device that consists of a gate, a main terminal (MT1), and a second terminal (MT2).

When a small current is applied to the gate of the triac, it triggers the device and allows current to flow from MT1 to MT2.

The triac remains in the on state as long as current flows through the device, and it automatically turns off when the current drops to zero.

Triacs are commonly used in applications where it is necessary to control the flow of AC power, such as dimming of light bulbs, motor speed control, and temperature control in heating systems.

They are also used in power switching circuits and as solid-state relays.

One of the advantages of triacs is their ability to handle both positive and negative half-cycles of an AC waveform, which makes them ideal for use in AC power control applications.

They are also highly reliable and have a long operational life, which makes them an attractive alternative to mechanical relays for many applications.

*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.


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