This is a card edge connector featuring a contact spacing of 0.100 inches (2.54 mm) and a total of 36 contacts. It has a tail size of 0.030 x 0.018 inches (0.76 x 0.46 mm) with a tail length of 0.185 inches (4.70 mm). The connector includes mounting slots that are 0.128 inches (3.25 mm) wide for secure installation. Made from thermoplastic polyester UL 94V-0 with copper, nickel, tin alloy contacts plated with gold on the mating area and tin on tails, rated for 3 amperes, with dielectric withstand voltage of 1200 V AC rms. Designed for durability and high-performance electronic applications.
Insulator Material: Thermoplastic Polyester, UL 94V-0
Contact Material: Copper, Nickel, Tin Alloy CA-725
Contact Plating: Gold on the Mating Area, Tin on the Contact Tails, Nickel Underplate
Current Rating: 3 Amperes Continuous
Contact Resistance: 10 Milliohms Maximum
Dielectric Withstanding Voltage: 1200 V AC rms at Sea Level Between Adjacent Contacts
Insulation Resistance: 5000 Megohms Minimum
Operating Temperature: -65 to +105 Degrees C
Tail Size: 0.030 x 0.018 inches (0.76 x 0.46 mm)
Tail Length: 0.185 inches (4.70 mm)
Mounting Slots: 0.128 inches (3.25 mm) wide
Number of Contacts: 36
Contact Spacing: 0.100 inches (2.54 mm)
Buy the Mylar U2403 – Reliable Card Edge Connector for Industrial Applications
Order the high-quality card edge connector online today to ensure reliable performance for your electronic projects. Designed with a contact spacing of 0.100 inches and 36 contacts, it features a durable thermoplastic polyester insulator, gold-plated contacts for excellent conductivity, and a tailored mounting system for secure installation. Perfect for high-reliability applications in industrial, automation, and electronics manufacturing environments, this connector offers robust dielectric withstand voltage of 1200 V AC rms and excellent resistance to temperature extremes. Ensure your electronic assembly’s success by purchasing this precision component online now.
Get Mylar U2403 today—built for precision and long-lasting durability in electronic assemblies.
Frequently Asked Questions
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