ESQT-135-02-M-6-512

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Rectangular Connectors, also known as Headers, Receptacles, and Female Sockets, are parts that aid in the transmission of signals in electrical systems. The ESQT-135-02-M-6-512 is a particular type of rectangular connector that is used in various applications. This article will discuss the application fields in which the ESQT-135-02-M-6-512 is used, as well as the working principles of this part.

Application Fields of the ESQT-135-02-M-6-512

The ESQT-135-02-M-6-512 is used in a variety of application fields, ranging from the military and aerospace industries, to medical and industrial applications. In the military and aerospace sectors, the ESQT-135-02-M-6-512 is utilized to enable secure signal transmission in aircraft systems, satellites, and various military equipment. Medical applications such as medical imaging, optical instruments, laboratory equipment, and healthcare devices heavily rely on the ESQT-135-02-M-6-512 to enable reliable signal transmission. In industrial applications, the ESQT-135-02-M-6-512 is used for various kinds of EtherCAT, sercos, powerlink, and Profibus automotive applications. The ESQT-135-02-M-6-512 is capable of handling currents ranging from 8 to 180 Amps and voltages from 8 to 230 Volts.

Working Principle of the ESQT-135-02-M-6-512

The working principle of the ESQT-135-02-M-6-512 is based on the same principle as that of other rectangular connectors. The component is a header or a female socket with multiple pins that are arranged in a specific pattern. The pins are designed to transmit electric signals with the help of a custom-made interface. The interface contains a series of resistors, capacitors, inductors, and other components. These components work together to break down and filter the signals so that they travel through the connection seamlessly.

The ESQT-135-02-M-6-512 also features an EMI (electromagnetic interference) shield that acts as a barrier between the pins of the connector and the devices that are connected to it. This shield helps reduce the amount of interference caused by external electromagnetic fields, such as those generated from electric motors, radio waves, and other types of energy. This shield also helps to maintain a good signal-to-noise ratio, which is essential for ensuring a good quality signal.

The ESQT-135-02-M-6-512 is also equipped with a vibration-proof design that facilitates a reliable transmission of signals even in highly vibrating environments. This ensures that the signal remains strong and clear, even when the connector is subjected to large amounts of vibration. Additionally, the ESQT-135-02-M-6-512 has an advanced sealing technology that enables it to remain waterproof even in highly liquid environments.

The ESQT-135-02-M-6-512 is also designed to have a low profile, which is essential for optimizing space in tight areas that require the use of multiple connectors. The small size also makes it much easier to handle, which is handy when the connectors are used in multiple applications.

In conclusion, the ESQT-135-02-M-6-512 is a highly versatile rectangular connector that is suitable for a wide range of applications. The part is designed to transmit signals efficiently while helping to reduce the risk of interference. It also features a vibration-proof design and advanced sealing technology to ensure robust signal transmission even in the toughest environments. Therefore, the ESQT-135-02-M-6-512 is an ideal choice for signal transmission applications in the military, aerospace, medical, and industrial sectors.

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