801-87-004-20-001101

Rectangular Connectors - Headers, Receptacles, Female Sockets all have a shared purpose - they connect devices to one another to transfer data and/or power. Among these types of connectors, the 801-87-004-20-001101 connector is a specific type to be considered. Before attempting to use this connector, it is necessary to look into the application field and working principle to ensure it will provide the desired functionality.

The 801-87-004-20-001101 connector is primarily used in applications such as power supplies, communication systems, industrial automation, automotive components, and consumer electronics. The connector is designed to move data or power from one device to another in most dynamic operating modes. A2 SBC/QFN modules, in particular, often require the 801-87-004-20-001101 connector for proper performance.

The 801-87-004-20-001101 connector has a high level of functionality that makes it an ideal choice for a variety of applications. It is equipped with a high-bandwidth signal and power with low insertion force and capable of high-frequency operations. The connector operates in temperatures ranging from -97°F (-72.2°C) to 194°F (90.6°C). Further, the connector provides secure latching and stable connection points to ensure no signal and power loss.

The 801-87-004-20-001101 connector is known for its versatility and stability, due to its design and construction. The connector is composed of multiple parts that make up the construction of the connector. The top and bottom connector housings, center node pin and valley nodes, as well as terminal contacts and flanges combine to form the 801-87-004-20-001101 connector. It also has a flexible, secure mounting scheme that allows for easy and quick flashing.

The working principle of the 801-87-004-20-001101 connector is based on two main steps. The first step is inductive coupling, which is a process when two electrical fields come close to each other, and an energy exchange occurs between the inductor and the connected components of the electronic device. The inductive coupling between a transmitter and its receiver transfers power and information. The second step is capacitive coupling, this occurs when two electrical elements come into close contact, creating an electric charge between the two elements.

The 801-87-004-20-001101 connector is a reliable and efficient connection solution when used for its application field. It is a solution that can be implemented in power supplies, communication systems, industrial automation, automotive components, and consumer electronics. The connector is designed with a stable construction that can maintain a tight connection between the transmitting element and the receiving element, so that data and energy flow freely. The connector is also highly resistant to temperature fluctuations, making it ideal for dynamic operating systems.