LX7176CLQ

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LX7176CLQ is a DC/DC switching regulator from Lattice Semiconductor developed specifically for applications from low to medium power requirements. It is based on a wide input voltage range, synchronous rectification, and is designed for a small footprint by having a wave synchronous xNOR structure. This device is made mainly for automotive applications such as automotive, industrial and consumer applications.

The LX7176CLQ includes a 3A switching regulator and an integrated power module. The integrated power module provides high efficiency, low noise, and a small form factor. It has a wide temperature range of -40°C to +125°C and a supply voltage of 6V-50V. The device also offers on-chip current and voltage sensing.

The LX7176CLQ is a buck regulator that provides a low noise, high-efficiency DC output from a high voltage input. It uses an external MOSFET, at the same time, is able to achieve high efficiency and low noise. The output voltage is adjusted through PWM or hysteretic control mode, allowing for a wide range of output voltage changes. The switcher also allows for synchronous DC/DC operation by allowing for the MOSFETs to synchronize their operating frequency with an external clock.

The working principle of the LX7176CLQ is based on the Buck Topology. This topology allows for a high voltage input to be converted into a low voltage DC output. In the LX7176CLQ, the required power is obtained by converting the input voltage to a lower voltage, while regulating the output current and voltage to the desired levels. The device limits the current flow and produces a low noise, efficient output. The device uses switching stages and a sensing circuit to ensure that the output is constantly regulated.

The LX7176CLQ is a great device to use in applications such as automotive, industrial, and consumer applications. It provides a reliable and efficient solution for power conversion with a small form factor, a wide operating temperature, and low noise. It offers very good performance for low to medium power requirements.

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