KR2000 Series Microblade DIP Type Wire to Board Connector

2.0mm connector, DIP Wafer, MicroBlade™ Connection System.Providing compact, flexible and economical solutions for 2.00mm pitch applications

Pitch 2.00mm
Circuits: 2-15pin
Current: 2A
Voltage: 125V

 

KR2000 Series Microblade DIP Type Wire to Board Connector


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    General Specifaction

    Material: PA66/UL94/Phosphor Bronze/Brass
    Insulation O.D 1.4mm Max
    Withstanding Voltage: 800V AC/ minute
    Temperature Range: -40℃~+105℃
    Contact Resistance: 20mΩ Max
    Insulation Resistance: 1000MΩ Min
    Product Plating Tin over Nickel

    Overview

    In the rapidly advancing world of electrical connectors, the KR2000 series stands as a prime example of miniaturization done right. These connectors are engineering wonders, boasting unique features that cater to a diverse range of applications and deliver exceptional benefits. Rated for 2A and 125V, the KR2000 series connectors are designed to ensure efficient electrical connections across various applications. Operating reliably in temperatures ranging from -40°C to +105°C, they are suited for use in a wide array of environments. With a contact resistance of only 20mΩ and insulation resistance of at least 1000MΩ, these connectors provide a dependable electrical connection. Furthermore, their ability to withstand voltage spikes of up to 800V AC/minute makes them a trusted choice for numerous applications.

    Advantages

    • Space Efficiency

    Its compact design maximizes space utilization and is ideal for space-constrained applications.

    • High Signal Integrity

    Despite their small size, these connectors maintain high signal integrity, ensuring minimal interference in the transmission of data and power.

    • Reliability

    These connectors offer long-term reliability, minimizing maintenance and replacement costs.

    In summary, the KR2000 series connectors offer ultra-compact design, high contact density and robust performance, providing a powerful solution to connectivity needs.