UTPCH62VLY

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UTPCH62VLY, or Ultra-Tight Pitch Conformal Headers 62 pin, Vertical Latch, with Eyelet supports, are a subset of the high-density surface-mount header. This ultra-tight pitch header is designed to provide reliable connections in densely packed printed circuit board (PCB) designs. The header uses high-performance gold-plated contacts that allow for a reliable connection between PC boards and provides higher performance levels than traditional board-to-board connectors.

Typical applications for this type of component include signal routing, power delivery, and chip carrier interconnects. The UTPCH62VLY conformal header is designed to be used in high-density and low-profile PCB edge connectors and circuit boards. The ultra-tight pitch header design make it easy to route and fit in areas of a board that would be otherwise inaccessible. Its vertical latch design provides an additional layer of protection against unintentional unplugging or shorting.

The working principle of the UTPCH62VLY conformal header is based on simple electrical engineering principles. The high-density header’s gold-plated contacts meet the precision requirements and reduce contact resistance for reliable connections. When the two mating halves are linked, the electrical continuity is established between the two components. The low profile, combined with its tight pitch spacing, allows for a reliable connection even in high-density boards and connectors.

The UTPCH62VLY conformal header is ideal for applications that require high-density interconnects in a compact space. It provides reliable connections with low contact resistance for efficient signal transmission. Its vertical latch design also provides an additional layer of protection against unintentional unplugging or shorting. The high-density header is available in various pin configurations and materials, making it suitable for a wide range of applications. This product can provide reliable interconnects in situations where it would either be impossible or cost-prohibitive to connect using traditional wired connections.

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