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Product Detailed Parameters
- Description:CONN MOD JACK 8P8C R/A SHLD
- Series:RJHSE
- Mfr:Amphenol ICC (Commercial Products)
- Package:Tray
- Connector Type:Jack
- Number of Positions/Contacts:8p8c (RJ45, Ethernet)
- Number of Ports:1
- Number of Rows:1
- Mounting Type:Through Hole
- Orientation:90° Angle (Right)
- Termination:Solder
- Shielding:Shielded
- Ratings:-
- Features:Board Lock
- LED Color:Green - Green, Yellow
- Ingress Protection:-
- Tab Direction:Up
- Contact Material:Phosphor Bronze
- Contact Finish:Gold
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Buying Guide
Amphenol ICC (Commercial Products) RJHSE5F8DA1 is used in ModularEthernet Connector (RJ45, RJ11) Jacks category when mechanical fit, mating compatibility, and assembly constraints must be clear for procurement. Key specs include Description (CONN MOD JACK 8P8C R/A SHLD), Mounting (Through Hole), and Packaging (Tray).
- For RJHSE5F8DA1, confirm Number of Positions/Contacts (8p8c (RJ45, Ethernet)) is suitable for your use case and operating conditions.
- Confirm the mounting type (Through Hole) is suitable for your production flow and reliability target.
- Verify Features (Board Lock) matches your requirements and the datasheet test conditions.
- When selecting alternates, compare package, pinout, and key performance parameters.
- For RJHSE5F8DA1, the closest choices usually preserve mating compatibility together with termination/finish Solder.
- For RJHSE5F8DA1 in ModularEthernet Connector (RJ45, RJ11) Jacks, the strongest connector alternates usually preserve the same mating family, keying, and retention style because those details decide whether a substitute is practical (key constraints: mounting Through Hole, packaging Tray).
- For substitutions, the lowest-risk options normally preserve mounting Through Hole, packaging Tray.
What details help you quote RJHSE5F8DA1 quickly?
Share the part number (RJHSE5F8DA1), quantity, target delivery date, and any packaging or documentation requirements.
Who is the manufacturer of RJHSE5F8DA1?
Amphenol ICC (Commercial Products)
What should I check before choosing connector RJHSE5F8DA1?
Confirm mating compatibility, keying, positions, pitch, termination style, current/voltage rating, and contact finish requirements.
Which Number of Positions/Contacts is listed for RJHSE5F8DA1?
8p8c (RJ45, Ethernet)
Application Scenarios
Selecting Amphenol ICC (Commercial Products) RJHSE5F8DA1 for ModularEthernet Connector (RJ45, RJ11) Jacks usually comes down to meeting the system constraints that matter most: limits, interfaces, and testability in the real build. Ethernet interconnect selection considers controlled impedance, shield termination, PoE current paths, and ESD strategy at the connector entry. A connector that matches the real assembly, mating, and service path usually prevents more field faults than one that only looks close in the table. In practice, connector selection is as much mechanical as electrical: stack-up tolerance, strain relief, and retention decide long-term stability. In outdoor enclosures, sealing and corrosion resistance are essential to prevent intermittent contact faults. In robotics and motion systems, connectors are selected for vibration resistance and strain relief to avoid intermittent sensor faults. It also makes bring-up and troubleshooting easier because the team is debugging against the same constraints used to approve the part.
Compatibility Advice
- For Amphenol ICC (Commercial Products) RJHSE5F8DA1, where substitutions are likely, verify ESD/surge protection coordination at the connector entry so the real cable harness environment is covered during bring-up and production test.
- During bring-up and production test, verify sealing, corrosion resistance, and strain relief so vibration and handling do not degrade contact stability over time. Keep the same stress method and limits attached to the approval record so later reruns do not drift away from the released design.
Project Fit
- Avoid relying on Amphenol ICC (Commercial Products) RJHSE5F8DA1 in ModularEthernet Connector (RJ45, RJ11) Jacks designs when strain relief and retention cannot be ensured, increasing intermittent contact risk because the remaining risk is system-level and cannot be bounded by datasheet checks alone.
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