Socket connector and electronic equipment with same

Abstract

The invention discloses a socket connector and electronic equipment with the same. The socket connector comprises a base part, a movable part, an actuating part, a position monitoring module and a control module. The movable part is provided with a contact point, the actuating part is supported on the base part and connected with the movable part and can drive the movable part and the contact point of the movable part to move relative to the base part, the contact point is provided with a disengaging position disengaged with a plug as well as a pre-contact position and an electric contact position contacting with the plug on a movement track; the position monitoring module and the contact are connected with the control module; the position monitoring module monitors the position of the contact point; when the contact point is at the disengaging position and the pre-contact position, the control module cuts the electricity of the contact point, and when the contact point is at the electric contact position, the control module electrifies the contact point. The socket connector has simple structure and can ensure that the equipment is not affected by surge when the equipment is plugged and unplugged, avoid the circumstance that the sparkle generated at the time of the electrified contact corrodes the contact point, and ensure the work reliability of the equipment.

Description

technical field [0001] The invention relates to a socket connector and electronic equipment with the socket connector. Background technique [0002] As ultrasonic equipment has higher and higher requirements for probe performance, the number of contacts, voltage, and current of the probe plug also increase. Since the same ultrasonic equipment is equipped with a wide variety of probes, frequent replacement of probes is inevitable during use. How to ensure frequent hot-swapping of probes in the case of high working voltage and current without affecting the hardware in the probe and the reliability of the probe and the connector of the ultrasound equipment host has become an unavoidable problem in the design of ultrasound equipment question. The minimum requirement for hot-swapping is to provide inrush current limiting to prevent damage to the entire system when large capacitive loads are powered on, and to prevent sparks from being generated when the connectors are in live co...

AI Technical Summary

Problems solved by technology

The minimum requirement for hot-swapping is to provide inrush current limiting to prevent damage to the entire system when large capacitive loads are powered on, and to prevent sparks from being generated when the connectors are in live contact, which can corrode the connector contacts and cause the connection to fail. Repeatability (change in contact resistance) suffers

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