MAC97A8,116 Discrete Semiconductor Products

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Thyristors are semiconductor devices that, like transistors, are designed to regulate current. Unlike a transistor, the thyristor is able to hold current even after the input signal that originally drove it is removed. A TRIAC is a type of thyristor, and the MAC97A8,116 is a specific type of TRIAC. This semiconductor device is intended for use in AC power electronic circuits for applications such as heating, lighting, and motor speed control.

The term TRIAC is an acronym for TRIvial AC switch, which refers to its capability of switching a device on and off by sensing the sinusoidal waveform of the supply voltage. In other words, the TRIAC is a three-terminal gate-controlled switch, capable of responding to alternating current signal inputs. The design of the MAC97A8,116 combines a two-quadrant Triac and a logic level gate in a single integrated circuit.

The MAC97A8,116 operates with an average on-state current of only 8A, making it suitable for low power AC systems. The device has three leads, known as Anode 1, Anode 2 and Gate. The Gate lead is used to control the device by applying an appropriate control signal, while both the Anode 1 and Anode 2 leads are used to provide the AC power supply. When a positive signal is applied to the gate of the device, current will flow from the Anode1 to Anode2, allowing the load to turn on. When the signal is removed, the load will be turned off.

The working of the MAC97A8,116 device can be easily understood with the aid of a few basic diagrams. First, when a positive signal is applied to the gate (Figure A), current will flow from Anode1 to Anode2, allowing the load to turn on. When the signal is removed, the load will be turned off (Figure B). This is the basic working of the device.

In terms of its application field, the MAC97A8,116 is most commonly used in applications such as heating, lighting, motor control, or motor speed control. It is also suitable for use in other AC systems such as solenoids, relays and other AC-switched devices. The device offers individual circuit control and is robust, meaning it is impervious to thermal and/or electrical noise. This makes it a reliable solution where noise suppression is an issue.

The design of the MAC97A8,116 makes it an efficient and cost-effective device for use in AC systems. Its construction combines a two-quadrant Triac and a logic level gate in a single integrated circuit. This makes it ideal for cost-conscious applications where space is limited, or for applications where output power is limited.

As a summary, the MAC97A8,116 is a type of TRIAC, a three-terminal gate-controlled semiconductor device that responds to alternating current signals. The device has three leads--Anode 1, Anode 2, and Gate. It deals with relatively low levels of power and has multiple uses including heating, lighting, and motor control. Its design combines a two-quadrant Triac and a logic level gate, making it an efficient, cost-effective device.

The specific data is subject to PDF, and the above content is for reference