TLE6711GXUMA1

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TLE6711GXUMA1 is a DC-DC switching regulator of PMIC - Voltage Regulators category. It has a wide range of applications and different working principles that makes it a practical powersource for a variety of commercial and industrial applications.

The TLE6711GXUMA1 is developed by NXP\'s PMIC division, and is based on their proprietary silicon-germanium technology. As a DC-DC switching regulator, it has a wide range of applications that can power a variety of traditional and non-traditional industrial and commercial systems. As it is a chip-level regulator, the TLE6711GXUMA1 can supply regulated voltage and current levels to multiple downstream systems within a single product. It is also capable of providing minimum noise and ripple, making it suitable for use in high-reliability and noise-susceptible applications.

TLE6711GXUMA1 has a wide input range from 4.5V to 20V, and a regulated output voltage range from 0.8V to 18V. It is capable of delivering up to a continuous 60A and can support pulse currents up to 240A. It has various operating modes, making it suitable for various operational needs. It also supports external compensation, improving the overall stability of the system. Furthermore, the TLE6711GXUMA1 supports variable switching frequencies between 300 kHz to 3MHz, enabling it to be optimized for different applications.

TLE6711GXUMA1 has a sophisticated switching technique which makes it able to start up from very low input voltage. It is also equipped with fault protection features such as overcurrent, overtemperature, undervoltage and overvoltage protection. Furthermore, it has a diagnosis output pin which informs the user of any fault conditions.

Armed with a wide input range, excellent noise and ripple performance, multiple output capabilities, and fault protection features, the TLE6711GXUMA1 DC-DC switching regulator is an excellent power source for numerous commercial and industrial applications. Its easy-to-use operation and its capability to be optimized make it a solution to satisfy various power needs.

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