TNY256P

Part points

• The TNY256P chip is a highly integrated, low power offline switcher IC designed for power supplies in applications such as chargers, adapters, and other low power consumer electronics. It features precise control over output voltage and current, as well as built-in protection features to ensure safe and reliable operation.

• Equivalent

  The equivalent products of the TNY256P chip are TNY256G and TNY257P. These chips are part of the TinySwitch family of ICs and offer similar functionality and features for power supply applications.

• Features

  1. Integrated 700 V power MOSFET 2. Very low power consumption in off-state 3. Optimized for energy-efficient design 4. Built-in line undervoltage detect 5. Auto-restart operation 6. High accuracy internal digital load compensation 7. Integrated digital frequency reduction with minimal load. (Note: TNY256P is a power management IC designed for energy-efficient and low-power applications)

• Pinout

  The TNY256P is an 8-pin integrated circuit with functions including an integrated high-voltage power MOSFET, primary side regulation, and frequency jitter for reducing EMI. It is commonly used in power supply applications for low-power devices.

• Manufacturer

  Power Integrations is the manufacturer of the TNY256P. They are a semiconductor company that specializes in creating power conversion and power management integrated circuits. Their products are used in a variety of applications including consumer electronics, lighting, industrial systems, and automotive electronics.

• Application Field

  The TNY256P is commonly used in various applications such as power adapters, chargers, auxiliary power supplies, and LED lighting. It is ideal for low power applications requiring high efficiency, small size, and minimal external components.

• Package

  The TNY256P chip comes in a compact, 7-pin SMD package type with a form factor of a surface-mount device (SMD). The size of the chip is approximately 4.5mm x 6.4mm, making it suitable for small electronic applications.