Nexperia 2-Element Uni-Directional ESD Protection Array 6-Pin SOT-886 PRTR5V0U2F,115

Nexperia PRTR5V0U2F,115 2-Element Uni-Directional ESD Protection Array, housed in a 6-pin SOT-886 package, offers ultra low capacitance rail-to-rail electrostatic discharge protection ideally suited for safeguarding high-speed data or high-frequency signal lines.

This device effectively prevents damage caused by ESD and transient voltage spikes, promoting device longevity and signal integrity in electronic assemblies.

The uni-directional diode configuration with two elements per chip and a breakdown voltage of 6 V ensures robust protection in varying circuit conditions. Designed for surface mounting, its compact package enables use in densely packed circuit boards.

With an operational temperature range from -40°C to 85°C and compliance to the automotive-grade AEC-Q101 standard, this device is reliable for automotive, telecommunications, consumer electronics, and industrial applications.

Dimensions of 1.5 mm length, 1.05 mm width, and 0.5 mm height facilitate integration in space-sensitive designs while maintaining electrical performance with a maximum reverse leakage current of 100 nA.

This ESD Protection Array prevents electrostatic damage in circuit boards. Compact SOT-886 surface mount package suitable for high-density PCB layouts. Designed for high-speed data and high-frequency signal line applications.

Meets stringent automotive standards for durability and reliability. Wide temperature operational range supports multiple application environments. Low capacitance and leakage current reduce signal distortion and power loss.

Simplifies protection circuitry with integrated two-element design.

This Nexperia PRTR series product is engineered for industrial, automotive, telecommunications, and general electronic manufacturing sectors where ESD resilience and signal fidelity are paramount.

Explore additional Nexperia semiconductor components and ESD protection devices within EnvMart for your electronic design requirements.