TC2186-3.3VCTTR

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TC2186-3.3VCTTR is a linear voltage regulator designed for use in power management applications. It is designed to provide excellent line and load regulation and offer high accuracy and low noise to suit a number of different applications. With an adjustable current limit, the TC2186-3.3VCTTR can be used in a variety of custom power requirement scenarios.

The TC2186-3.3VCTTR is a low dropout voltage regulator with a typical dropout voltage of 1.2V. The operating input voltage range is 4.5V to 40V. Output current up to 1.5A can be delivered with a resolution of 8mV. The output voltage range is fixed at 3.3V with a maximum output voltage of 3.6V.

The TC2186-3.3VCTTR includes various protection features: Thermal shutdown protection prevents damage to the part from thermal overloads. Over-current protection ensures the device is not damaged by an excessive output current. The output protection feature disables the power output until the device is manually reset or until the input current reaches the target current limit.

The TC2186-3.3VCTTR utilizes a precision bandgap reference and a low-noise voltage feedback network to achieve high accuracy in the output voltage setting. The output voltage is further stabilized by means of an internal current feedback loop. A low reference current of 1.0 µA contributes to a tight tolerance of the output voltage.

An adjustable current limit provides additional flexibility and control over the operating conditions of the TC2186-3.3VCTTR. The current limit is digitally adjustable, allowing the user to set the current limit and ensure that the maximum safe operating current is never exceeded. The current limit is adjustable from 0.2µA to 1.15mA.

The TC2186-3.3VCTTR is a highly reliable and cost-effective linear voltage regulator that can meet the requirements of most power management applications. Its high accuracy, excellent line and load regulation, and adjustable current limit features make it ideal for any platform requiring precise voltage regulation. The combination of a low-noise output and excellent thermal stability make it an excellent choice for a wide variety of applications.

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