BA00CC0WFP-E2

The BA00CC0WFP-E2 Linear Voltage Regulator is a high performance power management integrated circuit (PMIC) designed to convert input voltage levels while preserving its reliability under different operating conditions. It is designed as an efficient power solution for embedded applications such as digital audio/video, communications, and portable computing equipment. The BA00CC0WFP-E2 offers a cost-effective solution using a single-stage, linear voltage regulator architecture, along with an embedded power switch for precise current-monitoring applications.

The BA00CC0WFP-E2 includes an integrated power FET switch, which is activated when the output voltage reaches its preset voltage level. When the voltage reaches this level, the integrated power switch is triggered and enabled, providing a regulated voltage to the output device. This allows the device to maintain the desired output power level. At the same time, the integrated regulator is able to actively monitor the current being supplied to the output device and will shut down the power switch in case of over-voltage conditions.

The BA00CC0WFP-E2 also provides temperature compensation for the voltage regulator. In operating temperature ranges, the built-in temperature compensation feature keeps the voltage regulator within acceptable ranges for maximum reliability and safety. It also includes a power-cone in circuit for further protection against over-voltage. The regulator also includes an adjustable current limiter feature, which will limit the current within specified levels.

The BA00CC0WFP-E2 Linear Voltage Regulator applications range from desktop and portable small-form-factor power supply applications to typical industrial and commercial power electronics. Additional applications include automotive, handheld and other embedded applications that require efficient power management solutions. With its efficient design, the BA00CC0WFP-E2 will provide reliable power at an optimal price point.

The working principle of the BA00CC0WFP-E2 lies in its linear voltage regulator, where the input and output pins of the device are connected to the resistor, which forms a loop. The voltage regulator then utilizes the resistor to adjust the output voltage by changing the current through the loop. This provides the regulated voltage to the output device, which remains within the acceptable range for the application. The temperature compensation and power-cone control circuit will monitor the output voltage and adjust the current to ensure reliable operation.

The BA00CC0WFP-E2 is a reliable and cost-effective voltage regulation solution for accurate voltage control in embedded applications. It is designed for ease of use, reliability and cost efficiency. Its advanced 8-pole design with 12-bit current monitoring allows for precise voltage control and accuracy for a wide variety of power-hungry applications, including communications, audio/video, and portable computing equipment.