ESQT-115-02-M-Q-470

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Rectangular connectors are commonly used in a variety of applications, ranging from laboratory testing and medical instrumentation, to consumer electronics. Understanding the ESQT-115-02-M-Q-470 rectangular connector, its application field and working principle is essential for selecting the right component for the job.

Description: The ESQT-115-02-M-Q-470 rectangular connector is a two-pole, female form-fit receptacle with a flip-lock design. It has an insulation resistance of 500V, a rated current of 10A and a rated dielectric voltage strength of 600V. This type of connector is typically used in the medical, electronic and telecommunications industries, and its high-performance characteristics make it suitable for high-current applications, such as in computers and medical equipment.

Application Field: The ESQT-115-02-M-Q-470 rectangular connector can handle 10A of continuous current, making it ideal for many medical and electronic applications. It is commonly used in medical imaging scanners and pacemakers, allowing high-current data transfer between two systems or components without the risk of electrical noise or other interference. In addition, it is commonly used in telecommunications systems, as it can withstand high levels of frequency and electrical transients. The connector also finds a place in other industries, such as in automated test and inspection machines for testing cable assemblies.

Working Principle:The ESQT-115-02-M-Q-470 rectangular connector works by moving a pin on the connector in and out as the machine it’s connected to operates. This movement is enabled through the mechanism of two mating surfaces that lock together to allow and disallow the movement. When the connector is connected to another component, the connection is made as the two pins on the connector move or rotate. The motion of the pin causes the connector to make an electrical connection, allowing current to flow between the two components.

Conclusion: The ESQT-115-02-M-Q-470 rectangular connector is an excellent choice for medical and electronic applications due to its robust construction and high-performance characteristics. Its two-pole design and form-fit receptacle make it able to withstand high currents, while its flip-lock feature ensures secure electrical connections at a variety of frequencies. Understanding the working principle and application field of this connector will allow for the most efficient use in a variety of medical, robotic, digital and analog applications.

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