onsemi

LB1667M-TLM-E

LB1667M-TLM-E Description

The LB1667M-TLM-E is a Bipolar motor driver IC from onsemi, designed for DC Motors and General Purpose applications. With a Half Bridge output configuration and capable of handling 12V and 24V load voltages, this IC is suitable for a wide range of motor control applications. The device is surface mountable and comes in a Tape & Reel packaging, making it ideal for automated assembly processes.

LB1667M-TLM-E Features

• Technology: Bipolar technology ensures high efficiency and reliability in motor control applications.
• Voltage - Load: Supports 12V and 24V load voltages, providing flexibility in motor selection.
• Voltage - Supply: Operates with a supply voltage range of 6.4V to 7V, suitable for various power sources.
• Output Configuration: Half Bridge configuration allows for efficient motor control and driving capabilities.
• Interface: Logic interface simplifies integration with microcontrollers and other control systems.
• RoHS Status: Compliant with ROHS3 regulations, ensuring environmental compliance.
• REACH Status: REACH Unaffected, indicating no restrictions on the use of this product within the European Union.

LB1667M-TLM-E Applications

The LB1667M-TLM-E is ideal for various applications where efficient and reliable motor control is required. Some specific use cases include:

1. Industrial Automation: Used in conveyor systems, robotic arms, and other automated machinery to control motor speed and direction.
2. Automotive: Employed in electric power steering systems, window lifts, and other motor-driven components.
3. Consumer Electronics: Found in vacuum cleaners, fans, and other household appliances that require precise motor control.

Conclusion of LB1667M-TLM-E

The LB1667M-TLM-E is a versatile Bipolar motor driver IC that offers high efficiency and reliability in a wide range of applications. Its Half Bridge output configuration, combined with a flexible load voltage range, makes it suitable for various motor control scenarios. While the product is currently marked as obsolete, it remains a valuable option for existing designs and systems that require its specific features. Its compliance with environmental regulations and unaffected REACH status further enhance its appeal in the electronics industry.