LY20-4P-DT1-P1E-BR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

LY20-4P-DT1-P1E-BR is a part of the rectangular connectors. It is a type of header with male pins which float and are adjustable in the Z-axis. This connector is primarily used in signal and power distribution applications. It features a reduced form factor with a 40% reduction in the overall foot print which make it suitable for connecting cables and other components.

The LY20-4P-DT1-P1E-BR header is designed to overcome mating and decoupling problems within a low profile physical layout. It offers reduced form factor designed for high frequency signal and power distribution applications. This header also features a 2 mm pitch between pin-centers, allowing space-constrained applications where a higher density of connectors is required. It also offers a quick and secure locking mechanism, a built in strain relief, and a removable end cap that locks the cable in place.

The notable feature of this connector is its working principle, specifically, the way in which the pins float in a 3-axis direction while allowing the user to make precise adjustments. This floating, adjustable pin mechanism is designed to ensure a good connection between the cable and the connector despite any misalignments. Furthermore, the pins are designed to be extremely flexible and have a low contact resistance, which helps to ensure that a good connection is established even at a wide range of temperatures.

The 3-axis adjustable pin feature also allows for a wide range of applications in signal and power distribution. These applications include but are not limited to powering embedded systems such as cameras, data storage systems, or broadcasting systems. It is also ideal for use in the medical, automotive, military, aerospace, and consumer electronic industries.

The LY20-4P-DT1-P1E-BR header is a great addition to any signal power distribution system. Its adjustable pin feature enables it to offer higher performance than other types of connectors, while is small form factor makes it perfect for use in space constrained systems. This connector is an excellent choice for any application where spacing, flexibility, and reliability are key concerns.

The specific data is subject to PDF, and the above content is for reference