ED8106N02QI

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ED8106N02QI is a voltage regulator specifically designed for DC-DC switching controllers. It helps to provide a steady supply of power for use in a wide variety of applications, from automotive and industrial to consumer electronics. The ED8106N02QI is capable of providing up to 18A of current, enabling the user to build a high-efficiency power supply up to 50A with just two of the regulators.

The ED8106N02QI uses an advanced on-chip technology to reduce total system cost, improve reliability, and increase efficiency. It features a two-stage control system to provide improved efficiency, a full digital input signal process with a current loop implemented with a buck regulator and an active voltage clamp, this helps to improve load regulation, reduce the peak stress on the switching elements while increasing output voltage accuracy over line and load conditions better then standard control solutions.

The ED8106N02QI also has current sensing circuitry on board which enables accurate control of the current in the switching circuits. The current sensing eliminates the need for a discrete current sense resistor, reducing component counts and cost while increasing system reliability. The maximum operating frequency of the regulator is 650KHz, and an external synchronization function is available to enable the regulator to sync with an external clock signal for improved efficiency and increased power output.

The ED8106N02QI has a wide variety of application field. ED8106N02QI is mainly used for automotive and industrial system, such as in-car entertainment, car charging system and industrial automation system. In consumer electronics, ED8106N02QI is widely used to provide power for personal electronic devices, such as laptop computers and tablet PCs. Moreover, ED8106N02QI is very suitable for high power applications and high frequency applications, like servers, switch power supplies, DC-DC converters and many others.

The working principle of ED8106N02QI is quite simple. Its switching circuit works in step-down, PWM (pulse width modulation) mode. The maximum operating frequency is set by the external frequency clock. When power is required, the PWM signal will actively start up the switch and the current flow through the circuit. The regulator then adjusts the duty cycle of the pulse width in order to get the desired output voltage. If the output voltage deviates too far from the desired voltage, the current sensing feature will detect the change and adjust the duty cycle accordingly to restore the output voltage.

In conclusion, ED8106N02QI is a very useful DC-DC switching controller. It has multiple features that make it the ideal choice for a wide variety of applications, from automotive to consumer electronics. It is capable of providing up to 18A of current and features an advanced on-chip technology to reduce total system cost, improve reliability, and increase efficiency.

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