S-1323B39PF-N8YTFU

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The S-1323B39PF-N8YTFU is a member of a family of linear voltage regulators designed by Seiko Instruments (SII) for use in automotive and battery operated applications. The device is capable of providing constant-voltage regulation up to 5mA over a wide range of operating temperatures. This device operates with an input voltage of 8V-40V, allowing it to conveniently be used in a variety of applications ranging from motor vehicle starting systems to low-voltage battery-powered devices.

The primary benefit of the S-1323B39PF-N8YTFU is its ability to regulate voltages with a wide output current range. This allows the device to serve as an effective solution for projects that require a steady voltage output over a wide range of input amplitudes or currents. Its wide operating temperature range also lends itself to applications in automotive and other temperature-sensitive applications. Additionally, the device comes in an ultra-compact SOP package, enabling it to fit into tight places and reduce the overall system cost. The device is rated for extended life and features a Quiescent Current of 0.04mA.

In addition to its linear integrated circuit design, the S-1323B39PF-N8YTFU incorporates an over-voltage protection circuit to help safeguard its output from transient spikes. Additionally, the device is designed to allow for convenient selections of the output voltage via external resistors. Furthermore, its high efficiency helps to minimize power dissipations and thus, reduces thermal stress. The device also features a number of protection functions, such as over-temperature protection and short-circuit protection.

The S-1323B39PF-N8YTFU is a robust voltage regulator well-suited for automotive and battery powered applications that require stable voltage outputs over a wide range of input amplitudes and currents. Its linear design, combined with its wide operating temperature range and low quiescent current, provide several benefits to design engineers. By incorporating an over-voltage protection circuit and allowing for the convenient selection of an output voltage via external resistors, the device can help to ensure the reliable operation of an application. Finally, the device’s high efficiency helps to minimize power dissipations and thus, reduces thermal stress on the application.

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