10041743-301LF

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Introduction

10041743-301LF is a highly specialized backplane connector, designed for military and aerospace applications. The parts are manufactured to precise military and aerospace specifications, to ensure reliability in even the most demanding environments. The connector provides signal and power connection, while still maintaining maximum signal integrity. It is also capable of operating at extreme temperatures, as well as in high vibration and shock environments. In this article, we will discuss the application field and working principle of this type of connector.

Application Field

10041743-301LF are designed primarily for use in military and aerospace applications, where reliability and extreme environments are of paramount importance. The connector is designed to stand up to temperatures ranging from -55°C to +125°C, as well as high vibration and shock environments. It is also designed for extremely reliable operation, with up to 200 mating cycles for power and up to 500 mating cycles for signal. This makes it particularly well-suited for military and aerospace applications, where reliability is of the utmost importance.

The connector is also designed to meet the stringent military and aerospace specifications regarding Total Electromagnetic Band Gap (TEBG). TEBG is a measure of the total noise generated by an electronic component, and is especially important in military and aerospace applications, as it can have a significant effect on the performance of the device. By meeting these specifications, the connector is able to provide high signal integrity, even in the most challenging of environments.

In addition to its military and aerospace applications, the connector is also used for other high-reliability applications, such as medical equipment, off-site communication, and data transmission. For these applications, the connector should be able to maintain its performance even in extreme temperatures and environments, such as those found in hospitals, off-site locations, or onboard ships and aircraft.

Working Principle

The working principle of the 10041743-301LF connector is based on the principle of signal and power transmission. The connector consists of two main components - the mating interface and the backplane. The mating interface consists of several rows of pins, which are inserted into matching sockets on the backplane. When two connectors are mated, the pins transmit both power and signals between the two components. The signals are then routed to the appropriate destination on the backplane. The connector is also designed to provide shielding from electromagnetic interference (EMI), as well as providing up to 200 mating cycles for power, and up to 500 mating cycles for signal.

The connector is also designed to provide a reliable, high-speed connection, with up to 4.5 GHz signal transmission. This makes it ideal for applications where data rates are of the utmost importance. The connector also provides the ability to route multiple signals, allowing designers to create complex systems with multiple connections between multiple components.

Finally, the connector is designed to meet the stringent military and aerospace specifications regarding TEBG. By meeting these atmospheric specifications, the connector is able to provide high signal integrity, even in the most challenging of environments.

Conclusion

10041743-301LF is a highly specialized backplane connector, designed specifically for military and aerospace applications. It is designed to stand up to extreme temperatures, high vibration and shock environments, and is capable of up to 200 mating cycles for power and up to 500 mating cycles for signal. The connector also meets the stringent military and aerospace specifications regarding TEBG, providing high signal integrity in even the most challenging environments. In addition to its military and aerospace applications, the connector is also used in medical equipment, off-site communication, and data transmission. The working principle of this connector is based on the principle of signal and power transmission, with up to 4.5 GHz signal transmission and the ability to route multiple signals.

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