14-3501-20

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Sockets for ICs, transistors, and the 14-3501-20 are ideal for connecting your connected device to an external logic circuit, allowing for fast and efficient data transfer. This article will focus on the application field and working principle of the 14-3501-20 socket.

The 14-3501-20 is a zero insertion force (ZIF) socket, meaning it requires no added pressure to insert the chip being connected. This particular socket is designed specifically for use with DIL chips, and offers 40 pins with a pitch distance of 0.1". The socket offers a range of features, such as making electrical connections and flexible PCB mounting.

A 14-3501-20 is typically used in circuit boards and or embedded systems catering to the higher voltages that flow, as well as the flexibility of connections. Due to its design, the main application field of the 14-3501-20 socket is in automotive, aviation, industrial, medical and mil-spec electronics. It is designed to be used in conjunction with various models of switching diodes, transistors and integrated circuits.

The 14-3501-20 socket features a pressure relief system which helps to protect the integrated circuit from any kind of physical damage due to sudden high temperatures or excessive vibration. This ensures a long and safe service life. The contacts are gold-plated, making them corrosion resistant. This, combined with the pressure relief system, makes it an ideal choice for high-end and often unreliable electronic systems.

How does 14-3501-20 socket work? there is actually quite a lot going on inside the 14-3501-20 socket in order to make sure that it works reliably. It starts with the mechanisms used to ensure a secure electrical connection, such as the gold-plated contacts, the pitch distance of 0.1" and the pressure relief system. The contacts are designed to make a reliable electrical connection with the device. This contact system also reduces the chances of any short circuit or any other kind of problem related to the device being connected.

The next mechanism at work are the gold-plated contacts which helps to ensure that a reliable electrical connection is made and maintained. The gold plating increases the contact-to-contact resistance as well as reducing corrosion. The gold plating also helps to ensure that the connections stay secure over time.

Finally, the pressure relief system works by reducing the pressure at the contact points when the chip is inserted, preventing any damage to either the chip or the socket due to excess pressure. This helps to ensure that the socket can handle a wide range of voltages without issue.

In conclusion, the 14-3501-20 socket is a highly reliable and durable socket that is designed specifically for DIL chips and can handle a wide variety of higher voltages. The socket features gold-plated contacts, a pitch distance of 0.1" and a pressure relief system to ensure reliable electrical connections and to prevent any physical damage due to sudden high temperatures or excessive vibration. Thus, the 14-3501-20 socket is an ideal choice for automotive, aviation, industrial, medical, and mil-spec electronic systems.

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