1640C

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Terminals - PC Pin Receptacles, Socket Connectors are becoming increasingly popular in many application fields due to their compact size, versatility, and their ability to handle high amounts of data in a reliable manner. The 1640C is the latest in a series of PC pin receptacles by terminal manufacturers, bringing even greater flexibility and versatility in its tiny, 3 mm by 2.54 mm package. This article will discuss the application fields as well as the working principle of the 1640C terminal.

The 1640C PC pin receptacles are used in many application fields, primarily in high performance computing applications. These include applications such as embedded systems, industrial solar systems, machine learning and artificial intelligence, automotive computing applications, robotics, multimedia-based signal processing, and many others. The versatile package of 1640C makes it a suitable choice for most of these applications.

The working principle of the 1640C PC pin receptacle is based on a proprietary technology developed by terminal manufacturers. This technology is known as the ‘Data Connector Principle’. This technology is based on the connections made within a pair of connectors – in this case, within a group of two or more PC pin receptacles. The technology is designed to provide reliable, high speed data transmission which is necessary for these fast paced applications. To achieve this, a high grade of insulation material is utilized between the two connectors which gives the users excellent performance and robustness.

The 1640C employs two rows of six pins each, to connect with a mating connector. At each row, one row of six pins is the active row. The other row is the inactive row. The active row consists of two pins connected to each other, forming a total of four pins. The inactive row consists of two pins connected to each other, also making a total of four pins. This allows for a total of sixteen pins for a complete connection. The pins are arranged in a grid pattern, thus allowing for close spacing and high density in a small space.

The 1640C is designed to be used in applications that require reliable, fast data communication. It is capable of transferring data at rates up to 12Mbits/sec (at 12 VDC) and up to 18Mbits/sec (at 24 VDC). The pins on the 1640C are rated for up to 1A current, which is suitable for most high performance computing applications. The 1640C is also designed to be used in harsh environmental conditions, where temperatures range from -40°C to +125°C and relative humidity (RH) from 20% to 90%.

The 1640C is RoHS (Restriction of Hazardous Substances) compliant, which is essential when using this product in a public setting. It also has a special design feature known as the ‘2-Way Interconnect’. This feature provides extra insulation for the pins and also helps to protect against EMI (Electromagnetic Interference). The pin configuration of the 1640C is also very easy to adjust and set up.

Overall, the 1640C terminal from terminal manufacturers offers excellent performance in a small, 3 mm by 2.54 mm package. It is suitable for many application fields including embedded systems, industrial solar systems, machine learning and artificial intelligence, automotive computing applications, robotics, multimedia-based signal processing, and more. It can transfer data at very high speeds, and its durable design makes it reliable in harsh environmental conditions. It is RoHS compliant and has a two-way interconnect feature for extra insulation and protection against EMI.

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