AP7315-18W5-7

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The AP7315-18W5-7 is a linear voltage regulator manufactured in Taiwan by Anpec Electronics Corporation. The device is designed to regulate the input voltage and output voltage levels of analog circuits such as DC to DC converters and low frequency inverters. It can also be used to provide a stable voltage source in battery-powered equipment where the battery voltage needs to be regulated.

The AP7315-18W5-7 is a TO-252 package, with a maximum input voltage of 15V, a maximum output voltage of 35V and an output current of 1.5A. The device has an operating temperature range from -40 to +85°C and a storage temperature range of -55 to +150°C. Its thermal shutdown protection and over-current protection circuits provide additional safety against damage to the device due to extreme temperatures or excess current.

The AP7315-18W5-7 is an adjustable voltage regulator that can be used to adjust the output voltage up or down. The output voltage level is increased or decreased by raising or lowering the input voltage. The output voltage is also adjustable with an external potentiometer, allowing users to fine-tune the voltage settings to their specific requirements.

The AP7315-18W5-7 has an order-on-demand feature that allows the output voltage to be adjusted if the user has certain needs. This feature is particularly useful for applications that require frequent adjustment of the voltage level. It also has low-voltage dropout protection, ensuring a stable output voltage even when the input voltage is not precisely regulated.

The AP7315-18W5-7 also features superior ripple rejection and output noise, allowing it to provide a clean, noise-free output for critical applications. It employs a low-side current sensing scheme, which helps it to achieve high accuracy and fast response time when regulating current.

The AP7315-18W5-7 is a good choice for applications requiring a stable source of regulated voltage, such as LED lighting, automotive electronics, power supplies, and communications systems. Its low noise, high accuracy, and fast response time make it a popular choice for applications requiring precise control of the output voltages.

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