LD39080DT12-R

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LD39080DT12-R voltage regulator is a low dropout device that supports a wide range of up to 4A. It operates with an input voltage of 2.2V, making it suitable for low voltage systems such as battery powered devices. It is designed to provide reliable, accurate DC power and to protect against over current, over voltage, and thermal conditions. The LD39080DT12-R has several features that make it a great fit for portable and wearable applications where board space is limited.

The LD39080DT12-R is built into a compact package, making it ideal for use in space-constrained applications. In addition, its features include low quiescent current, high current capability, and fast transient response. With these features, the device can effectively regulate voltage in a wide range of applications, from wearables to automotive electronics.

The LD39080DT12-R operates by comparing the input voltage to its reference voltage, and controlling the power delivered to the system.The device also contains protection circuitry to prevent damage from over-current, over-voltage, and thermal conditions. The IC is designed to operate in ambient temperatures from -40°C to 125°C.

This device provides a precise output voltage, up to 2.2V, that is adjustable by changing the feedback resistor. The output voltage is also adjustable using an external reference. The LD39080DT12-R also offers adjustable current limiting, which is important for preventing overload conditions. With current limiting, the device can protect itself and the application from excessive current.

The LD39080DT12-R is a linear voltage regulator designed for a wide range of applications, such as:

• Automotive electronics
• Medical, industrial, and consumer electronics
• Battery charging control
• Smart phones, tablets and other portable applications
• Data centers and servers
• Lighting and power circuits

The LD39080DT12-R is a great choice for portable and wearable applications as it is both space efficient and offers great reliability, accuracy, and protection against over current, over voltage, and thermal conditions.

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