95501 Cat3 modular jack connectors designed for use with modular plugs according to FFC part 68 and IEC 60603-7. These Cat3 modular jacks have a low profile space saving design of 11.50 mm for tight board stacking and are right angle through hole or SMT mount. The housings of these modular jacks are made from high temperature thermoplastic making them reflow solder capable. Versions of these connectors are available with PCB retention pegs which help position and hold the connector in place. These cat3 modular jack connectors are designed to be used with PCBs with a 1.57mm thickness and are available with a range of circuit sizes

• Space saving low profile design
• High temperature thermoplastic housings
• Reflow solder capable
• PCB retention pegs
• Range of circuit sizes

These Cat3 modular jacks offer high performance and reliablility for voice, data and high speed networking applications. These applications include those in the consumer, industrial, office, medical and commercial industries.

This compact RJ12 modular female connector from Molex is a low-profile Ethernet plug that's ideal for tight board stacking. It features through-hole mounting and a right-angle orientation for simple connections in areas where space is limited. The phosphor-bronze contacts are plated with gold over nickel for enhanced conductivity and resistance to corrosion, ensuring a reliable connection. Thanks to the robust, heat-resistant thermoplastic housing, it's strong enough to withstand use in harsh environments. It also enables reflow soldering for secure connections to surface mount technology (SMT) components.

• Compact dimensions of 13.21 (length) x 11.5 (width) x 18.1mm (depth) for use in tight spaces
• Low-halogen materials reduce the risk of toxic fumes in the event of a fire for added safety
• Wide operating temperature range of -40°C to +80°C for use in demanding environments

• Computer systems
• Data processing
• Communications industries
• Consumer electronics

Yes, this component features a UTP (unshielded twisted pair) design, meaning the wire pairs provide reduced electrical noise and protection from electromagnetic interference (EMI). This means you're assured a clear signal transmission with minimal cross-talk.