The MAC4DLM-1G, developed by ON Semiconductor, is a robust silicon bidirectional thyristor, also known as a TRIAC, designed to manage AC loads in a variety of applications. This TRIAC is capable of switching power AC currents up to 4 A and can handle repetitive peak voltages of up to 600 V, making it an excellent choice for moderate power applications.

Key Features

• Current Handling: With a maximum continuous on-state current of 4 A, the MAC4DLM-1G can efficiently control a variety of AC loads.
• Voltage Capabilities: It is capable of withstanding repetitive peak off-state voltages up to 600 V, providing a wide operating margin for applications involving mains voltages.
• Gate Trigger Current: The device has a specified maximum gate trigger current of 10 mA, ensuring that it can be easily driven by a wide range of control circuits.
• Package: Enclosed in a standard TO-251 package, it is designed for through-hole mounting, which facilitates easy installation and robust physical connections.
• Temperature Range: The MAC4DLM-1G operates within a junction temperature range of -40°C to +110°C, making it suitable for various environmental conditions.

Applications

The MAC4DLM-1G is versatile and can be used in numerous applications, including:

• Motor control for household appliances such as fans, washing machines, and vacuum cleaners.
• Lighting dimmers, providing smooth control over lighting levels in both residential and commercial settings.
• Power tools, where controlled power delivery is essential for safety and efficiency.
• Heating controls, ensuring precise temperature regulation in heating systems.

With its solid performance and reliability, the MAC4DLM-1G from ON Semiconductor stands out as a top choice for designers looking for a TRIAC that can efficiently handle moderate power AC loads with ease. Its combination of current handling, voltage capabilities, and temperature resilience ensures that it can be integrated into a wide array of electrical systems, providing effective control and enhanced safety.