SLW5S-1C7

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FFC, FPC (Flat Flexible) Connectors are small, mostly two-conductor, flat connectors for durable, high-speed, and low-profile connections between printed circuit boards (PCBs). The SLW5S-1C7 is one such connector designed for a wide range of applications.

The main purpose of an SLW5S-1C7 is to reduce the contact resistance between two printed boards. This is especially useful in applications that require high-speed data transfer, like computer networks, or in applications that need small amounts of power, like medical implants. The SLW5S-1C7 has an excellent resistance to noise and EM interference, making it a very reliable connector.

The SLW5S-1C7 has a wire-to-board contact system that reduces contact resistance. This means that the connection between the two printed boards is more reliable, and the data flow is faster. The slim, flat design also helps to reduce the size of the overall product, enabling it to be easily integrated into tight applications. The connector also has a low profile, making it perfect for applications where space is limited.

The SLW5S-1C7 is applicable for a variety of electronic devices, ranging from computer networks to medical implants. Its resistance to noise and interference makes it an ideal choice for applications that require high-speed data transmission. Its durable, flat design makes it a great fit for tight spaces and low-profile applications.

The working principle of the SLW5S-1C7 is simple: when mated between two printed circuit boards, the contacts of the connector are compressed. This compression creates a low-resistance connection as the mating surfaces contact each other. This compression also increases the durability of the connection, as the contacts are prevented from oxidizing.

The SLW5S-1C7 is a great choice for tight, low-profile applications as it is an incredibly low-profile, durable connector with an excellent resistance to noise and interference. Its design ensures reliable data transmission and its slim design makes it easy to integrate into practically any application.

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