MAX5060ETI+T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MAX5060ETI+T is an integrated circuit that helps conditions the power supplied to devices and other components. This voltage regulator is a DC-DC switching controller with integrated MOSFETs and optimized wirings. It has an input voltage of up to 40V with a wide output voltage range, making it beneficial for applications that need really high power requirements. Its output voltage is adjustable, making it flexible enough to be used in various conditions.

The MAX5060ETI+T mainly functions as a power supply controller which is used to generate an output voltage from an input voltage source. The device has a wide input voltage range (up to 40V), with wide output voltage range. There are built-in features such as integrated power MOSFETs, along with various other features such as fault protection, adjustable hysteresis, integrated configurations, spread spectrum clock, and scalable PWM frequency.

The working principle of the MAX5060ETI+T is fairly straightforward. It works by first receiving an input voltage and then using it to generate an output voltage. This is done using an integrated Buck switching conversion system. It then uses the MOSFETS integrated into the design to convert the voltage to the required output. This makes the device compact and efficient.

The MAX5060ETI+T has various applications in electronic devices. It is used to supply power to components such as microprocessors and other critical parts of the device. It can also help reduce the noise level in a system. It can also help in controlling the energy consumption of the device. It can be used in power supplies, automotive applications, and medical devices.

The MAX5060ETI+T is a highly efficient and reliable power supply controller. It has integrative power MOSFETs with a wide input voltage range, making it perfect for use in applications that require a high current or voltage. Its integrated configurations, spread spectrum clock, adjustable hysteresis, fault protection, and scalable PWM frequency also make it a highly desirable device for power conditioning.

The specific data is subject to PDF, and the above content is for reference