JCON Synchronous RJ45 Side Entry Connector for Medical Devices | 8P8C Shielded
JCON's Synchronous RJ45 Side Entry Connector delivers superior EMI protection and reliable data transfer for medical devices. This shielded 8P8C through-hole connector features gold plating, meets stringent medical standards, and provides 750+ cycle durability. Ideal for medical equipment requiring high-frequency bandwidth without interference.
Synchronous RJ45 Side Entry Connector for Medical Devices
J012110151
RJ45 Side Entry Jack Connector Shielded 8P8C
JCON Synchronous RJ45 Side Entry Connector elevates medical device connectivity is crafted with precision to meet stringent medical standards, guaranteeing reliable and secure data transfer. Besides, the shielding on the connector helps protect from alien crosstalk and interference.
Experience our Side Entry Latch down RJ45 Connector 8P8C TH (Through-Hole), a pinnacle of precision engineering designed to redefine seamless networking. It can reach high-frequency bandwidth without going through a tin stove to avoid tin influencing the digital communication. It can effectively prevent the interference from the unnecessary electromagnetic emissions with the shield for radio communications or other sensitive equipment. With an unwavering commitment to excellence, this connector exemplifies our dedication to pushing the boundaries of quality and innovation.
Specification
Material:
1. Housing: Engineering Thermoplastic. Thermoplastic UL94V-0.
2. Plating: Gold Plating Over Nickel In Contact. Tin Plating Over Nickel In Solder Area.
3. Contact: Phosphor Bronze.
4. Shielded: Brass With Nickel Plated.
Electrical:
1. Voltage Rating: 125 Vac Rms.
2. Current Rating: 1.5 Amp.
3. Contact Resistance: 40 Milliohms Max.
4. Insulation Resistance: 1000 Megohms Min @500 Vdc.
5. Dielectric Strength: 1000 Vac Rms 60Hz, 1Min.
Mechanical:
1. Operating: 750 Cycles Min.
Environmental:
1. Storage: -40°C To +85°C
2. Operation: - 20°C To +75°C
Mates With Modular Plug Conforming To FCC Part 68, Subpart F.
Key Features
- Efficient Side Entry Design.
- Universal 8P8C Compatibility.
- Robust Construction.
- Enhanced Signal Integrity.
- Wide Application Scope.
- Certified Quality.
Application
- Network Equipment Manufacturing.
- Telecommunications Infrastructure.
- Industrial Automation.
- IoT (Internet of Things) Devices.
- Surveillance and Security Systems.
- Smart Home Applications.
- Audio-Visual Equipment.
- Medical Devices.
- Automotive Electronics.
- Gaming and Entertainment.
Function Option
| Process Type | TH |
| Ports Options | N/A |
| Shielded | Options |
| LED | N/A |
| Grounding | N/A |
| Position and Contact | 8P10C, 8P8C, 8P6C, 8P4C, 8P2C, 6P6C, 6P4C, 6P2C |
| Gold Plating | G/F, 6U", 15U", 30U", 50U" |
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How can EMI shielding impact the reliability of medical diagnostic equipment?
Electromagnetic interference can compromise critical data in medical diagnostics, potentially leading to misdiagnosis or equipment failure. JCON's Synchronous RJ45 Side Entry Connector features superior brass shielding with nickel plating specifically designed to protect sensitive medical equipment from external electromagnetic emissions, ensuring consistent, reliable data transmission even in electromagnetically noisy hospital environments. This level of protection is essential for maintaining diagnostic accuracy and patient safety.
What sets our medical-grade RJ45 connector apart is its ability to achieve high-frequency bandwidth transmission without requiring tin soldering, thereby eliminating potential signal degradation issues critical in diagnostic and monitoring equipment. The robust brass shield with nickel plating effectively prevents electromagnetic emissions from interfering with sensitive medical devices, while the side entry design facilitates space-efficient integration into compact medical equipment. Operating reliably across temperatures from -20°C to +75°C, this connector meets stringent medical device standards for consistent performance in various healthcare environments, from operating rooms to diagnostic laboratories, where data integrity and connection reliability are paramount.