VNV35N0713TR

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The VNV35N0713TR PMIC, or Power Management Integrated Circuit, is a key component of power distribution in numerous electronics applications. It is specifically designed for high-efficiency applications in which low dissipation and low component count are essential for fast switching. The VNV35N0713TR offers an integrated solution for the distribution of power throughout electronic systems with multiple power components in a single package.

The VNV35N0713TR is a portfolio of automotive grade, load drivers and distribution switches. It is equipped with an integrated protection and diagnostics system that provides robust protection against overvoltage and current faults. The integrated circuitry of the VNV35N0713TR ensures reliability and fail safe operation in applications requiring ridged stability and load regulation.

The VNV35N0713TR power distribution switch family offers the advantages of low on-resistance and reduced power dissipation. The GDTCx™ process (Green Double Technology core) technology used in the VNV35N0713TR enables fast switching with low-losses and minimal chip package volume.

As for it\'s working principle, the VNV35N0713TR is based on a bidirectional CMOS device that provides two switch channels. The channels allow for the switching of different voltage domains, or multiple power components in a single package. The device includes two N-type FETs that can be driven individually or simultaneously from a logic input. The logic threshold of each FET is adjustable to ensure optimal switching performance.

The integrated diagnostics of the VNV35N0713TR makes it ideal for use in fault-controlled systems. Both channels feature independent input protection against overvoltage and fault inputs. With on-chip monitoring and protection, VNV35N0713TR is well suited for use in distributed power architectures, automotive, aerospace and industrial applications.

VNV35N0713TR is an ideal choice for users looking for power switching efficiency in applications with high power dissipation requirements. Its robust design coupled with advanced processing technology allows for stable operation, fast switching and reliable protection in power management applications.

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