TP3465V/63SN

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Introduction

The TP3465V/63SN is a high performance signal transmission device from TE Connectivity, a US-based company that specializes in connectors and connection solutions for various industries. It is ideal for signal transmission applications which require high speed and low energy use.

Application Field

The TP3465V/63SN is typically used for industrial automation, automotive control systems, and aerospace applications. It is also used for medical equipment and various types of data acquisition. It is specifically designed for low noise, long-term signal operation. It is also designed to provide resistance to voltage irregularities, which is essential in today’s highly dynamic applications.

Design Specifications

The TP3465V/63SN is a low voltage, single-ended signal transmission device. The device has two separate and distinct impedance levels, which are designed to help maintain signal integrity over long distances. The device is designed to be one tenth the size of a standard resistor, with a voltage rating of 0.8V and a maximum current rating of 10mA. It also has a low insertion loss, high isolation resistance, and low crosstalk.

Advantages

The TP3465V/63SN provides a cost-effective, reliable means of signal transmission. It offers low voltage operation, low insertion loss, and excellent signal transmission quality. It is also designed specifically for low noise and long-term signal operation. In addition, the device has a reduced susceptibility to voltage irregularities and is also designed to provide great reliability in applications where vibration or shock may be present.

Working Principle

The TP3465V/63SN works by creating an active bridge, using two different impedance levels, between two different transmission lines. The two impedance levels are designed to minimize crosstalk while maintaining signal integrity over long distances. The device utilizes two switches, one each at either end of the transmission lines. When a signal is present on one line, the switch associated with that line will open, while the other switch remains closed. This will create an impedance mismatch between the two lines, and thus create a bridge between the two lines. This bridge will enable the transmission of the signal and will also enable a current to pass between the two lines, resulting in the desired signal transmission.

Conclusion

The TP3465V/63SN is an effective signal transmission device which offers advantages that include low voltage operation, low insertion loss, excellent signal transmission quality, and reduced susceptibility to voltage irregularities. It has a small form factor, making it suitable for both industrial and automotive applications. Furthermore, it is designed for low noise and long-term signal operation. With these advantages, the TP3465V/63SN is an effective solution for signal transmission applications, and is sure to be a successful product for TE Connectivity.

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