93690-107-16LF

The 93690-107-16LF is a rectangular connector used for various electronic applications. It is classified as a "Headers, Male Pins" connector, which means that it uses pins as opposed to sockets, and attaches the contacts within the connector to the mating connector via headers. It is commonly used for contactless connections between electronic components, with the pins providing support and alignment as well as a strong electrical connection between two or more components in the same circuit.

The 93690-107-16LF connector is designed with 16 pins that have a footprint of just 0.1 mm. This makes it well suited for use in miniature devices. It is made from brass and is gold-plated for enhanced electrical conductivity. The connector also has an insulating skin with a numerical marking that indicates pin location.

The working principle of the 93690-107-16LF is based on electrical contact between two or more components. The pins on the connector transmit electrical signals, either in the form of current or electrical pulses, when connected with a mating connector. The pins also provide stability and alignment between the components they connect. The insulating skin of the connector protects the devices from electric shock and also prevents the pins from short-circuiting.

One of the most common applications of the 93690-107-16LF connector is in consumer electronics such as digital cameras, laptop computers, and cellular phones. It is also used in many medical and industrial applications. The connector is small and lightweight, making it well suited for applications where space and weight are limited. It is also highly reliable and has a long lifespan, making it an ideal choice for applications that require a strong and durable connection between two electronic components.

The 93690-107-16LF is a popular choice for many electronic applications. Its small size, light weight, and reliable contact system make it suitable for applications that require an electrical connection with minimal space requirements. Its pins provide stability and alignment between components, making it a trustworthy choice for applications that demand reliable connections. It is also highly resistant to electric shock, making it an ideal choice for environments that require for safety.