JC0-0131NL

PulseJack® 2xN Gigabit US Patent #7241181 Description: 10/100/1000 Base-T RJ45 2xN Integrated Connector with Magnetics, designed to support such applications as: Switches, Routers, Servers and Hub. Features and Benefits: RoHS peak wave solder temperature rating 260°C Suitable for CAT 3, 5, 6 UTP cable or better 350µH minimum OCL with 8mA bias current High performance for maximum EMI suppression Meets or exceeds IEEE 802.3ab standard for 1000Base-T Electrical Specifications @ 25°C - Operating Temperature 0°C to +70°C RoHS Compliant Part Number Number of Ports Return Loss (dB TYP) 100Ω (± 15 Ω) Insertion Loss TX/RX (dB MIN) Common Mode Rejection (dB TYP) Crosstalk (dB TYP) Hipot (Vdc MIN) 1-125 MHz 1-40 MHz 60 MHz 100 MHz 1-10 MHz 30-60 MHz 60-100 MHz 1-10 MHz 10-150 MHz I MIN JC0-0131NL 2x4 -0.8 -20 -17 -14 -40 -35 -30 -50 -40 2250 JC0-0132NL 2x6 -0.8 -20 -17 -14 -40 -35 -30 -50 -40 2250 JC0-0133NL 2x8 -0.8 -20 -17 -14 -40 -35 -30 -50 -40 2250 Notes: 1. Contact Pulse for LED options. RJ45 Durability Testing Rating Mating Force (MAX) Unmating Force (MAX) Durability Part Number JC0 Series 5 Ibs./2.268 kgs. 5 Ibs./2.268 kgs. 750 Insertions RJ45 Material Specification Shield Housing Contact Part Number Material Finish Material Plating Area Solder Area Material Specification MSL 2 JC0 Series Brass 10-20µ inches thick Nickel over brass Phosphor Bronze 30µ inches gold over 30-80µ inches nickel Tin matte finish Thermoplastic UL 94 V-0 1 Notes: 1. Connector dimensions comply with FCC dimension requirements 2. MSL = Moisture Sensitivity Level rating from 1 to 5 (highest rating = 1, lowest rating = 5). 1 Networking.PulseElectronics.com J405.G (03/19) PulseJack® 2xN Gigabit US Patent #7241181 2X4 Mechanicals (No LEDs) JC0-0131NL 2 Networking.PulseElectronics.com J405.G (03/19) PulseJack® 2xN Gigabit US Patent #7241181 2X6 Mechanicals (No LEDs) JC0-0132NL 3 Networking.PulseElectronics.com J405.G (03/19) PulseJack® 2xN Gigabit US Patent #7241181 Mechanicals JC0-0133NL 4 Networking.PulseElectronics.com J405.G (03/19) PulseJack® 2xN Gigabit US Patent #7241181 Pin-out Assignment JC0-0131NL/32NL/33NL NOTE: All parts use the same port indentification system. JC0-0133 (2x8) shown here. Schematic 5 Networking.PulseElectronics.com J405.G (03/19) PulseJack® 2xN Gigabit US Patent #7241181 2XN Gigabit Application Note These Integrated Connector Modules are specifically designed for the implementation of a 10Base-T, 100BaseTX and 1000Base-TX transmission over data-grade unshielded twisted pair cable (UTP-3, 5-5e and 6). The connectors category provide excellent EMI filtering and are suitable for Embedded Systems and Multiport Applications. Pulse has worked closely with the leading IC manufacturers in providing these 10/100/1000 solutions, thereby assuring comptability with each transceiver. Notes: 1. For maximum EMI suppression (electromagnetic interference) place the decoupling capacitors adjacent to Vcc and 50 Ω connections. JC0 series meet the stringent open circuit inductance requirements imposed by IEEE. When an 8mA DC current is applied across the transformer windings, the transformer will provide at least 350 µH of open circuit inductance. The transformers used in each module also provide 2250Vdc minimum isolation, wide band width with minimal attenuation and fast rise times to minimize system level jitter. 3. Connections between 10/100/1000 IC and the connector should be direct (ideally no change in direction) and of minimum length. 2. Connections to ground should be as short as possible. For More Information: Americas - prodinfonetworkamericas@pulseelectronics.com | Europe - comms-Apps-Europe@pulseelectronics.com | Asia - prodinfonetworkapac@pulseelectronics.com Performance warranty of products offered on this data sheet is limited to the parameters specified. Data is subject to change without notice. Other brand and product names mentioned herein may be trademarks or registered trademarks of their respective owners. © Copyright, 2019. Pulse Electronics, Inc. All rights reserved. 6 Networking.PulseElectronics.com J405.G (03/19)