ESS-101-TT-05

Rectangular Connectors - Headers, Receptacles, Female Sockets

Headers, Receptacles, and Female Sockets are the three types of rectangular connectors available in the market. They serve a variety of purposes and applications, and each type of connector has its own distinct advantages and disadvantages. In order to understand their use, it is important to learn about the differences between each type and the types of applications they are most suitable for.

Headers

Headers, also known as board-to-cable connectors, are typically sold in single-row, dual-row, and lunched versions. They are made up of a block of terminal pins which are placed in a plastic or metal housing. Headers are most commonly used in applications such as data communications, instrumentation and control, and consumer electronics.

Their advantage is that they allow for a wide range of cable deployment options, as the pins can be broken apart and rearranged into many different configurations. Additionally, they are easy to install and maintain in most circumstances. The disadvantage is that they can be costly compared to other types of connectors.

Receptacles

Receptacles are commonly found in a variety of applications such as data communications, instrumentation and control, and consumer electronics. They are made up of two basic parts: the housing and the pins. The pins are made of either metal or plastic and are designed to fit in the two parts which make up the receptacle.

Their advantage is that they provide a reliable connection and require minimal maintenance. They are also relatively inexpensive compared to other types of connectors. The disadvantage is that they do not provide as wide of a range of cable deployment options as headers do.

Female Sockets

Female sockets, or board-to-board connectors, are typically used in applications such as data communications, instrumentation and control, and consumer electronics. They are similar to receptacles, except that there are two boards which must be attached together in order for the connection to be made. Female sockets have a wide range of applications due to their ability to securely connect two boards together.

The advantage to using female sockets is that they provide a more reliable connection than most other types of connectors due to the way they are designed. Additionally, they require minimal maintenance and are relatively inexpensive. The disadvantage is that they can be difficult to disconnect when necessary.

ESS-101-TT-05 Application Field and Working Principle

Essential for the connectivity of Printed Circuit Boards (PCBs) in the field of Data Communications, instrumentation and control, and consumer electronics, the ESS-101-TT-05 connector is a standardised Header. This board-to-board connection is designed to act as an extension of the electrical connection between PCBs.

The connector\'s rows of terminals are intented to be soldered onto the mating PCB in order to complete the electrical connection. In terms of flexibility, the ESS-101-TT-05 connector features a low profile design which allows it to connect more than one PCB together securely. Additionally, its terminals have a wave-soldering design, meaning they are able to keep a high connection force even when physically separated.

These features make the ESS-101-TT-05 a reliable and cost-effective solution for connecting circuit boards, providing a reliable and secure electrical connection.