What is the common contact interconnect technology for medical connectors?

I. Medical connectors commonly used contact interconnect technology is how?1. Hyperbolic contact interconnect technology: reusable connectors used in the spiral machined hyperbolic contacts can provide high performance with low insertion and extraction force, high current rating, low contact resistance, resistance to shock and vibration, as well as with the low-cost pullout of the male pin mating with a high rated mating lifecycle in disposable connectors. These contacts help reduce overall device cost while maintaining the high reliability of reusable devices, ensuring thousands of successful mating cycles with simpler disposable connectors. This design also allows the disposable side to be terminated to flexible circuits in large quantities to further reduce the application cost of the device.2. Stamped Hyperbolic Contact Interconnect Technology: Sometimes the reusable components of a medical device, such as extension cables used to connect the reusable device to disposable probes and catheters, are categorized as Restricted-Use Parts due to the sterilization process ultimately leading to degradation. Stamped hyperbolic contacts are ideally suited for these types of restricted-use applications because they offer many of the benefits of screw-machined hyperbolic contacts, including high-reliability wire and insulation, crimp connections, tape-and-reel packaging for compatibility with crimping machines for automated feedthroughs, and interchangeability and intermodality with screw-machined hyperbolic contacts-... But at a lower price, enabling them to be used in equipment that is used multiple times before being discarded and replaced.3. Spring Probe Interconnect Technology: Spring probes are commonly used for test equipment interconnections, but the same attributes that make them ideal for circuit board testers are also well suited for use with disposable medical devices. For example, they can be manufactured in very small diameters, which makes it very feasible to develop extremely high-density connectors with many individual contacts in a reasonably sized plug. Spring probe technology also allows for high compliance length ratios, which enables manufacturers to design connectors with densities of 2 millimeters while maintaining a compliance of 0.5 millimeters. These connectors also tend to be low-profile, which can make them more adaptable to challenging mating conditions and high-vibration environments. When used in disposable medical devices, speeds of 12 Gb/s and bandwidths of 20 GHz can be achieved with spring probe inserters, and these connectors are compatible on the surface of their mating halves, rather than extending into them like traditional pin and socket connectors, providing the spring probes with a unique blind-crossing capability. Thus the combination of short signal paths with design and signal integrity expertise ensures superior performance of spring probe connectors in both analog and digital applications.4. Edge Card Contact Technology Interconnect Technology: Edge card connectors provide another ideal solution for low-cost, limited-use or disposable medical devices that are customizable, scalable, easy to assemble, and capable of high-density configurations. . Because the PCB (typically part of the disposable side of the device) is used as the connector contacts, it eliminates the cost of a disposable side contact system, and their plug-and-play design also provides easy termination and virtually eliminates the potential for contact damage normally associated with the termination process. Another benefit of edge card connectors is that they enable designers to add active surface mount components to either side of the PCB to enhance device functionality, a -10°C to +65°C operating temperature range allows for use in devices subject to a wide range of environments, and a high plug-and-play cycling capability of up to 2,500 cycles increases the mean time between failures (MTBF) and the reusable side of the anti-finger contact contributes to patient and medical staff safety.

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