MIC94069YML-TR

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The MIC94069YML-TR is a type of power distribution switch, load driver, and pulse width modulation (PWM) controller. This integrated device offers a highly efficient and reliable solution for a wide range of applications. The MIC94069YML-TR series includes an ergonomic interface, an efficient power switch output, a programmable PWM output, and a low-power operating mode. It has been designed to meet a wide range of requirements, from medium- to high-power applications, including motor drive, computer peripherals, lighting, and automotive applications.

The MIC94069YML-TR integrates an active high-side and low-side synchronous rectifier switch to drive high-current loads. The switching behavior is determined by a set of logic pins. Multi-mode operation is supported, enabling the user to customize the switching behavior based on specific requirements. When the user sets the switches to on/off mode, the MIC94069 is able to provide steady output current with capability of up to 1.5 A continuous and 3 A peak.

The programmable PWM output of the MIC94069YML-TR offers an effective way to monitor and regulate energy used in a wide range of applications. It allows for the stability of the output voltage and current, as well as the reduction of electromagnetic interference (EMI). In addition, its low-power operating mode reduces device power consumption during inactive mode. The MIC94069YML-TR can be operated in either PWM or Direct Digital Control (DDC) mode.

The MIC94069YML-TR is designed to work in conjunction with the MCU (microcontroller unit) to provide a complete embedded power solution. The device communicates with the MCU via a serial interface. It is optimized to be controlled by embedded programming languages such as C/C# and Java. With the embedded programming interface, the user can easily customize its functions and applications.

The MIC94069YML-TR is capable of providing high-efficiency and reliable power solutions in a wide range of applications. Its synchronous rectifier switch, programmable PWM output, and low-power operating mode enable it to provide an energy-saving and low-EMI energy solution. It is ideal for applications such as motor drive, computer peripherals, lighting, and automotive applications.

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