Thanksgiving Deal S-817a16apf-cuftfg Kit [NULTjvo4]

Thanksgiving Deal S-817a16apf-cuftfg Kit [NULTjvo4] Voltage Regulator

The Thanksgiving Deal S-817a16apf-cuftfg Kit [NULTjvo4] is a high-quality voltage regulator designed by ABLIC Inc. This compact and efficient device is ideal for a wide range of electronic applications. With its positive output configuration and fixed output type, it ensures stable voltage supply in various environments. The Thanksgiving Deal S-817a16apf-cuftfg Kit [NULTjvo4] is built to deliver exceptional performance, making it a reliable choice for engineers and hobbyists alike.

Key Product Properties and Specifications

The Thanksgiving Deal S-817a16apf-cuftfg Kit [NULTjvo4] features a single regulator with a maximum input voltage of 10V and a minimum output voltage of 1.6V. Its voltage dropout is a mere 0.99V at 10mA, ensuring efficient power conversion. The device has an output current of 20mA and a quiescent current of just 2.5 μA, making it highly energy-efficient. With short circuit protection and a wide operating temperature range of -40°C to 85°C, the Thanksgiving Deal S-817a16apf-cuftfg Kit [NULTjvo4] is robust and versatile.

• Single regulator design for simplicity and reliability
• Low dropout voltage for efficient power conversion
• Compact 4-SMD package for easy integration

Practical Applications and Benefits

The Thanksgiving Deal S-817a16apf-cuftfg Kit [NULTjvo4] is perfect for a variety of applications, including battery-powered devices, IoT sensors, and portable electronics. Its ability to maintain a stable output voltage under varying conditions ensures reliable performance in daily use. Whether you're developing a new project or enhancing an existing product, this voltage regulator offers numerous benefits:

• Enhances the lifespan of battery-powered devices
• Improves overall system performance and reliability
• Contributes to energy efficiency and cost savings

With its surface mount design and SNT-4A package, the Thanksgiving Deal S-817a16apf-cuftfg Kit [NULTjvo4] is also easy to integrate into your circuit designs.