16-3508-30

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

16-3508-30 is a type of connector that is designed for use in industrial and laboratory applications. It is a small, solid mateable connector with a robust construction and a low profile design. It has a single row of 4 pins that provide power and data connections to and from other electronic devices. The data pins are used for communication between devices, while the power pins are for providing power to the connected devices.

The connector has a very simple design that makes it ideal for use in tight spaces, making it valuable in applications where space is at a premium, such as medical and aerospace applications. The connector is designed for applications requiring a pairing of 4 pins and a minimum insertion/extraction force of 8 lbs. It is also suited for applications where a coupling system is needed to ensure reliable mating. The mates are all keyed and ensure that correct wiring is achieved.

The key feature of the 16-3508-30 connector is its ability to handle high-speed digital data transmissions. It is capable of handling data transfer rates of up to 1.6GHz. This makes it suitable for high-speed digital signal transmission applications like consumer electronics and instrumentation. Its high frequency response and low insertion loss also ensures reliable performance in high-frequency, high-speed data transmission and signal amplification applications. The connector has a very low profile design, making it suitable for use in very limited space.

The 16-3508-30 connector is available in two different versions. The first is the standard version, which is designed for use in standard low-voltage applications. This version has a dielectric rating of 100V. The second version is the high-voltage version, which is designed for use in high-voltage applications. This version has an increased dielectric rating of 150V. Both versions have an operating temperature range of -30 to +50C.

Sockets for ICs, Transistors

The 16-3508-30 connectors are commonly used in sockets for integrated circuits (ICs) and transistors. ICs are typically mounted in the sockets in order to provide an interface between the devices and the PCB. The IC connections are then routed and soldered to the board. The connector has a four pin design, making it ideal for connecting to ICs and transistors. Transistors are usually mounted in the sockets to act as drivers for the ICs and to provide protection against over-voltage or over-current.

The 16-3508-30 connectors have a low profile, making it a desirable choice for use in sockets for ICs and transistors as it takes up less space in the circuit than a standard socket. The connector also provides a secure connection with its latch pins, which ensure that the socket maintains a good connection with the board. The connector also has excellent heat resistance, making it suitable for use in high-temperature applications.

The sockets for ICs and transistors often work together to provide a data path between the ICs and the PCB. This is done by connecting the data pins of the sockets together, and then connecting them to the board. This enables the transmission of digital signals between the devices. The data pins of the sockets can also be connected to each other, allowing the ICs and transistors to communicate with each other without the need for an external connection.

The 16-3508-30 connectors are versatile and reliable, making them an ideal option for use in sockets for ICs and transistors. They are small in size, making them ideal for use in tight spaces, and they can handle high-speed data transfers, making them ideal for use in applications requiring high speed data transmissions. The connector also has a low profile design, making it suitable for use in extremely limited spaces. In addition, the connector is designed for a minimum insertion/extraction force of 8lbs, making it a secure and reliable connection for ICs and transistors.

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