Q2010LT

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 - TRIACs are three terminal power switching components that are used to control the current in an alternating current system. They are primarily used to switch on or off a load during a specific cycle of an alternating current (AC) circuit. TRIACs are used in applications where the current needs to be controlled in one direction or the other. These applications include lighting dimming, motor speed control and AC servo motors.

The Q2010LT is an application field of a TRIAC and is a general-purpose, low-voltage, zero cross-over, and bidirectional TRIAC. This device has an on-state current rating of .5A at 100V AC and is designed for low RMS voltage applications such as light dimming and AC motor speed controls. The Q2010LT is manufactured with a high-quality, low-inductance package, making it suitable for high-frequency switching applications.

The working principle behind TRIACs is based on a three-terminal device that is capable of switching current in both directions. The device consists of two p-type semiconductors joined together and connected to gate, main and main-bar terminals. When a current flows through the gate terminal, it creates a voltage across the main and main-bar terminals, which in turn causes a current to flow in both directions through the main and main-bar terminals. This allows the TRIAC to control the flow of current in both directions, which is why it is used for lighting dimming, motor speed control and AC servo motors. It is this flexibility that makes the Q2010LT a popular choice for these applications.

The Q2010LT also offers a number of other features and benefits. It has an on-state voltage drop of 1.5V at 100V AC, making it suitable for applications with low power requirements. It also has a low gate current rating of 30mA, allowing it to be used in energy-efficient systems. Additionally, the device has a low thermal resistance of 2.2°C/W, which ensures the device operates at optimal temperatures. This helps to minimize power dissipation and improve reliability.

In addition to switching current in both directions, HOMER Q2010LT can also be used for power factor correction. This feature helps to reduce electrical losses and also improve efficiency. Additionally, the Q2010LT has a thermal shutdown feature, which helps to protect the device from damage due to high temperatures. This feature is especially important in applications where the device could be exposed to high temperatures. This combination of features makes the Q2010LT a reliable and robust choice for a variety of AC circuit applications.

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