Description
The LPJ2011KONL is a single-port RJ45 connector designed for LAN Ethernet applications. It features an automDX function and a Bst circuit, and has a configuration of RX T,C and TX T,C. The connector has 4 cores per port and a contact mating area plating of GOLD 6u"/15u"/30u". It does not have any diodes. The LED option for the connector is orange and green/yellow, and the latch is tab up. The LPJ2011KONL is built on FR4 PCB with a side entry PCB mount angle and T POST PCB retaining post. It has shield EMI tabs for protection against electromagnetic interference. The temperature range of the connector is 0 to +70C, and it has a turns ratio of 1CT:1CT for both RX and TX.
Features
- Single-port RJ45 connector
- Integrated magnetics
- Orange and green/yellow LED option
- Tab up latch
- Supports 10/100 Base-T speeds
- Suitable for non-PoE Ethernet applications
- 4 cores per port
- Contact mating area plating of GOLD 6u"/15u"/30u"
- No diodes
- AutomDX function
- Bst circuit
- Built on FR4 PCB with a side entry PCB mount angle and T POST PCB retaining post
- Shield EMI tabs for protection against electromagnetic interference
- Temperature range of 0 to +70C
- RoHS compliant with a RoHS-5 with lead in solder exemption
Resources
RJ45 connectors, also known as Registered Jack 45, are commonly used in Ethernet networks to connect devices such as computers, routers, and switches. The connector has eight pins and is designed to work with twisted pair cables. RJ45 jacks, RJ45 female connectors, and RJ45 modular jacks all refer to the same type of connector, which is designed to be mounted on a panel or a printed circuit board. Ethernet RJ45 connectors and 8P8C RJ45 connectors are also the same type of connector, and they are designed for use with Ethernet cables. SMT RJ45 connectors are surface mount technology connectors, which are designed to be mounted directly onto a printed circuit board without the use of through-hole pins. These connectors are essential components in modern Ethernet networks, and they play a critical role in ensuring reliable data transmission between devices.
