GE Mark VI IS200VSVOH1B Printed Circuit Board: High-Performance Control Module for Advanced Systems

Product Type:Printed Circuit Board

Brand:GE

Model:IS200VSVOH1B

Series:Mark VI

Dimension:11 x 6 x 6.7 cm

Weight:0.14 kg

Connectors:6, including two backplanes (P1/P2) and four conductive traces (P3-P6)

Relays:Four relays (K1-K4)

Components:Resistors, capacitors, TP test points, inductor beads (L1-L10), over seventy integrated circuits

Functionality:Supports robust data transfer, enhanced system reliability, and precise control in industrial environments

    Crafted with precision and robustness, the GE Mark VI IS200VSVOH1B Printed Circuit Board is a cornerstone of advanced industrial automation. Its compact yet powerful design ensures seamless integration into complex systems, providing unparalleled performance and reliability.

    This PCB boasts an array of connectivity options, including dual backplanes and multiple conductive trace connectors, which facilitate efficient data transfer and enhance system scalability. The inclusion of four relays ensures precise control and signal switching.

    With an impressive lineup of over 70 integrated circuits, this board delivers exceptional processing capabilities and fault tolerance, crucial for maintaining system integrity under demanding conditions. The goldish yellow MOVs at the center add a touch of sophistication while ensuring robust protection against voltage spikes.

    The IS200VSVOH1B is meticulously designed with ease of use in mind. Its intuitive layout and comprehensive documentation make it accessible to both experienced engineers and those new to the field. Comprehensive testing ensures compatibility with a wide range of industrial applications, making it a versatile choice for various manufacturing and process control scenarios.

    Investing in the GE Mark VI IS200VSVOH1B Printed Circuit Board signifies commitment to operational excellence and future-proofing your industrial infrastructure. Its robust build, cutting-edge technology, and compatibility with advanced systems position it as a leading solution for today’s and tomorrow’s industrial challenges.