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SHV connectors and MHV connectors, these two seemingly similar abbreviations, in fact, in their respective fields of application represents a very different meaning and technical characteristics. SHV and MHV represent the ultra-High-definition television standard and High-Voltage Connector technology, respectively, as well as ultrasound of the middle Hepatic Vein and another High-Voltage connector technology in the Medical field. Here will be a detailed discussion of SHV connectors and MHV connectors in various fields of specific applications and technical characteristics.

SHV connectors : ultra-high-definition Television Standard and high voltage connectors

SHV connectors, short for Super High Vision, is a ultra-High-definition television standard proposed. The actual resolution is 7,680 × 4,320 pixels, 16 times higher than mainstream 1080P full HD, and because the banner is nearly 8,000 pixels, it's also known as the 8K Ultra HD standard.

In addition to the ultra-High-definition television standard, SHV connectors also refers to a Safe High Voltage connector. The utility model relates to a bayonet-connected RF connector, which has the advantages of convenient connection, stable performance, high voltage resistance, etc. . The SHV connector features a protruding insulator design for easy identification, and when paired, the connection of the outer conductor contact is completed before the inner conductor contact, ensuring safe connection. SHV connectors are suitable for all high voltage applications up to 5kV DC or 3.5kV AC RMS and are available with or without a connection. Its electrical performance characteristic impedance is 50ohm, frequency range is 0-300 MHz, operating voltage is 3500V (RMS) , dielectric withstand voltage up to 5000V (RMS) . SHV connector is often used to connect high-voltage power supply and devices in nuclear instruments or electronic measuring devices, which is widely used in wireless communication, industrial applications, medical and other fields.

MHV connectors: medical ultrasound with high-voltage connector

In medicine, MHV is the abbreviation for Middle Hepatic Vein in ultrasound. The middle hepatic vein is one of the main branches of the liver, which usually runs along the middle hepatic fissure and finally flows into the hepatic vein. The health status of the liver can be known by observing the middle hepatic vein with ultrasonography. If the middle hepatic vein is abnormal, it may induce Hepatic veno-occlusive disease. Symptoms include local tenderness, jaundice, splenomegaly and ascites. For this case, need to go to the hospital to do a detailed examination, and for the cause to take appropriate treatment, in order to reduce the disease on the body.

In addition to medical applications, MHV also refers to a High-Voltage connector, the MHV (Medium High Voltage) connector. Similar to SHV connector, MHV connector is also bayonet connection type, which has the advantages of convenient connection, stable performance, high voltage resistance and so on. However, MHV connectors may be less secure than SHV connectors when handling high voltages, and their maximum operating voltages are generally lower than those of SHV connectors. MHV connectors are also widely used to connect high-voltage power supplies to nuclear instruments or electronic measuring devices, but the specific application scenarios and technical parameters may vary according to the manufacturer and product model.

Conclusion

In summary, SHV and MHV play an important role in their respective application fields. SHV connectors as a ultra-high-definition television standard and Safe High Voltage Connector, brings unprecedented visual experience to the audience and ensures the safety and stability of high voltage connections. While MHV connectors play an important role in medical ultrasound screening, helping doctors to detect and treat liver diseases in a timely manner, while serving as another high-voltage connector technology, MHV connectors can also be used to detect and treat liver diseases, it is also widely used in nuclear instruments and electronic measuring devices. Although SHV and MHV are similar in some aspects, their technical characteristics and application scenarios in their respective fields are quite different.