Tootekategooriad
Tootesildid
Autode pistikud
Lennunduspistik
Nupu lüliti
Ringikujuline pistikühendus
Ühenduskaabel
Ühendus
Kohandatud meditsiiniline kaabel
DC pistikupesad
Elektrooniline lüliti
EV juhtmestik
Pikendusjuhtmed
Tööstuslikud pistikud
Sissepritsevorm
Sissepritsevormimine
Meditsiiniline juhtmestik
NTC temperatuuriandur
Ülevormitud kaablikoostud
Plastikust süstitavad tooted
Toitejuhtme kaabel
Toitepistiku adapter
Toitepistiku kaabel
PT100 temperatuuriandur
SPST mikrolüliti
Temperatuuri andur
Temperatuurianduri sond
USB andmekaabel
Juhtme pistik
Juhtmed
Juhtmete klemmid
Kohandatud suure kontaktidega meditsiiniühendused ja -kaablid
Kohandatud meditsiinilise navigaatori HD rakmed vastavalt teie joonisele või näidisnõuetele.
Traat: meditsiiniline silikoontraat FEP , Ühendused Kaablid;
Ühendus: 10Isane PIN-kood (SIDRUNI);
Common connector types used in the medical field are also used in data centers, communications equipment, industrial systems, military, aerospace design and other high-reliability, high-performance markets.
In medical device design, every component choice is important. Siiski, specifying electronic connectors for medical technology is not always specific to this market. In fact, as medicine becomes more dependent on audio-visual capabilities, high-speed data transmission, artificial intelligence, and real-time services such as remote-guided surgery and home care. Common connector types used in medical devices may be the same as those used in other high-reliability markets. The growth of wearable products has led to the growth of sensor data collection, biocompatible and sterilizable materials, wireless data/power transmission and smaller medical products. Artificial intelligence is now being used for diagnosis. Remote surgery is performed using robotic arms. Advanced imaging systems can provide detailed information to care teams immediately. These trends require edge devices to handle power density and performance in a miniaturized form factor. For connector types, this means higher pin counts and power ratings. Connector types such as board-to-board, wire-to-board and wire-to-wire are widely used in medical devices, and common USB, HDMI and D-sub connectors are suitable for such applications. High-quality universal connectors can also meet medical industry standards and regulatory compliance. Below are six common connector types used in medical devices.
High pin count medical connectors and cables can have many capabilities, including:
High pin counts: Some connectors can have up to 612 pins.
High-speed signaling: Some connectors can support high-speed data transfer.
Robust packaging: Some connectors can support dense pin counts in small-footprint applications.
High-durability cycle life: Some connectors can have a high-durability cycle life.
Shielded connector solutions: Some connectors can enable power, data, and signal to generate, transmit, and feedback.
Insulation resistance: Some connectors can have an insulation resistance greater than 5000 MOhm at 500 VDC.
Low-resistance pin and socket technology: Some connectors can use low-resistance pin and socket technology.
Medical connectors must meet safety standards, such as the ISO 60601-1 standard, which specifies means of protection for patients and operators.
Some companies that offer high pin count medical connectors and cables include:
TE Connectivity
Offers custom connectors, kaablid, and cable assemblies with high pin counts, compact sizing, and shielded connector solutions.
Smiths Interconnect
Offers the D04 connector, which has a high contact count and a cycle life of up to 10,000 cycles.
Samtec
Offers high density array connectors with up to 560 I/Os in open pin field design.
amfenool
Offers COM-HPC connectors that are reliable and compliant with health standards.
ENNOVI
Offers high-pin-count solutions for applications that require high-speed signaling and robust packaging.
Võtke meiega ühendust
Ootan teie meili, vastame teile sees 12 tundi väärtusliku teabega, mida vajate.
SEOTUD TOOTED
Assembled Signal and Power Connection Cable
The connection line is an important carrier for carrying data and power supply. The quality and waterproof performance of the wiring harness directly affect the function and service life of the product.
With the rapid development of modern society and the continuous progress of science and technology, people pay more and more attention to the safety of various electronic products. The quality and function requirements of electronic products are also getting higher and higher. The importance of the connection line as a carrier for data and power exchange between equipment and equipment, equipment and machines, and machines is self-evident.
automating Robot-Assisted Wiring Harness set
The process flow for manufacturing robot wire harnesses typically includes the following steps:
Design and planning: Design the layout, connection methods and electrical characteristics of the wiring harness according to the needs and functional requirements of the robot. Consider factors such as wire cross-sectional area, length, color coding and number of conductors.
Material preparation: Select high-quality wires, pistikud, protective sleeves and other accessories suitable for robotic applications. Ensure materials comply with relevant industry standards and specifications.
DIY veekindlad turvapikendusjuhtmed
Kohandatud toitejuhtmed erinevate ohutussertifikaatidega, toitekaablite tarnijad erinevates maailma riikides.
Toitejuhtmed on juhtmed, mis kannavad elektrit. Tavaliselt on voolu edastamise viis punktist punkti. Toitejuhtmed saab vastavalt kasutusviisile jagada vahelduvvoolu ja alalisvoolu toitejuhtmeteks. Üldiselt, vahelduvvoolu toitejuhe on traat, mille kaudu juhitakse kõrgepinge vahelduvvool. Kõrgepinge tõttu, seda tüüpi traati saab ametlikult toota alles pärast ühtsete standardite kohase ohutussertifikaadi saamist.