10120130-R0J-40DLF

As one of the specialized backplane connectors, 10120130-R0J-40DLF plays an important role in data transmission. With a wide range of application, it is applicable for data processing, storage, communication, machine control, and instrumentation as well.

The construction of 10120130-R0J-40DLF has seven layers, which are made of tin-lead alloy plated contacts, 2 O-rings, 2 columns with 12 rows, 5 solid two-piece housings, 4 O-rings, 2 low-profile floating shields, 4 floating shields, and 4 O-rings. The spacing between the contacts is 0.042 inches. The connector has 64 total positions, with 48 populated rows for contact mating and 40 raised insert rows to facilitate multi-row applications.

The contacts in this type of backplane connector are designed with various levels of complexity and are suitable for a wide range of electrical specifications. The design makes these contacts more reliable when mated to other components, and they are able to withstand the mechanical and environmental stresses of high temperatures and vibration with relative ease. The contact design also provides a high level of EMI shielding, which is important when transmitting data at higher speeds.

The structure of 10120130-R0J-40DLF backplane connectors helps ensure that the contacts have good electrical performance, which is important for data transmission and signal integrity. This structure also helps ensure accurate spacing between the contacts. This spacing enables the contacts to accurately mate with other components, ensuring a stable signal transmission.

The working principle of 10120130-R0J-40DLF backplane connectors is based on the physical contact between the contacts and the mating parts. The structure of the connector enables the contacts to slide across the mating surface. As the contacts slide across, they create a circuit and allow electrical currents to flow through the connector. This helps to transfer data and other information quickly and accurately over long distances.

The working principle of this type of backplane connector also helps ensure that the integrity of the data transmitted is maintained. As the contacts move across the surface, the contacts adjust to the changes in voltage and current. This ensures that the contents of the data remain true and that any loss of data is minimized.

In summary, 10120130-R0J-40DLF backplane connectors offer a range of features that make them suitable for many types of applications. Thanks to their high reliability in data transmission and signal integrity, these connectors are often used in a variety of industrial and commercial data transmission systems. Their excellent performance and wide application make them an ideal choice for many applications.