LNK564DN-TL

The LNK564DN-TL is a power integrated circuit (IC) from the LINKSwitch family, designed for use in offline switch-mode power supplies (SMPS). It integrates a high-voltage power MOSFET and a control circuit to provide efficient power conversion for various applications, including LED drivers, adapters, and consumer electronics.
Key features of the LNK564DN-TL include a wide input voltage range, low standby power consumption, and robust thermal performance. It offers built-in protections such as over-voltage, over-current, and thermal shutdown, ensuring reliability and safety in operation. The device is optimized for low to medium power applications, typically ranging from 1W to 25W.
This IC simplifies design by reducing the number of external components required, facilitating a compact solution for power supply design. Its efficiency and compactness make it a popular choice for energy-efficient applications.

The LNK564DN-TL is a high-performance power integrated circuit from the LinkSwitch family, designed for isolated flyback converter applications. Key features include:
1. Integrated MOSFET: It includes a 700V power MOSFET, enabling high efficiency and reducing component count.
2. Output Power: Supports output power up to 50W, suitable for a range of applications including adapters and chargers.
3. Wide Input Voltage Range: Operates across a broad input voltage range, typically from 85V to 265V AC.
4. Built-in Protection Features: Incorporates over-voltage protection, over-temperature protection, and short-circuit protection to enhance reliability.
5. Low Standby Power Consumption: Designed for minimal energy consumption in standby mode, meeting energy efficiency regulations.
6. Frequency Modulation: Features frequency modulation to minimize electromagnetic interference (EMI).
7. Ease of Design: Simplifies design process with fewer external components, resulting in a compact solution.
Overall, the LNK564DN-TL is ideal for efficient, reliable power supply applications with advanced safety features.

The LNK564DN-TL is packaged in a 6-pin Dual-In-Line Package (DIP) format.

The LNK564DN-TL is a power integrated circuit (IC) from the LinkSwitch family, designed for switch-mode power supply applications. It typically features a 6-pin configuration.
The pin functions are as follows:
1. DRAIN: Connects to the drain of the internal MOSFET, used for switching.
2. SOURCE: Connects to the source of the MOSFET and ground.
3. GND: Ground pin, provides a reference for the internal circuitry.
4. VDD: Supply voltage pin, powers the internal control circuitry.
5. CSN: Current sense pin, monitors the current through the MOSFET for regulation.
6. COMP: Compensation pin, used for loop compensation to stabilize the feedback loop.
This IC is commonly used in applications such as adapters and chargers, providing efficient power conversion with minimal external components.

The LNK564DN-TL is manufactured by Power Integrations, Inc. Power Integrations is a technology company that specializes in developing high-performance electronic components for power conversion applications. The company is known for its innovative products that enhance energy efficiency in various devices, including consumer electronics, lighting, and industrial applications. Power Integrations focuses on providing integrated circuits (ICs) and technologies that enable efficient power management and energy savings, contributing to more sustainable and environmentally friendly electronic design.

The LNK564DN-TL is a power management IC primarily used in offline switch-mode power supplies (SMPS). Its application areas include consumer electronics, home appliances, LED lighting, and industrial automation systems. It provides efficient power conversion, low standby power consumption, and integrated protections, making it suitable for compact and reliable power supply designs.

The LNK564DN-TL is a component from the LinkSwitch series by Power Integrations, typically used in offline switcher applications. Equivalent products include the LNK563, LNK565, and LNK566, which offer similar functionality with slight variations in output power and specifications. Always verify compatibility based on specific application requirements before substitution.