830-90-015-10-001000

830-90-015-10-001000 Rectangular Connectors - Headers, Male Pins are part of the comprehensive range of electric connectors from Murata, a world-leading supplier of electronic components. The connector series comprises header blocks, male pins, female sockets and angle connectors. A variety of application fields and working principles make the 830-90-015-10-001000 ideally suited for a range of applications.The 830-90-015-10-001000 is one of the smallest of Murata’s rectangular connectors, being just 6.3mm wide and 2.05mm long. The contacts are made from nickel plated phosphor bronze, and have a current rating of 2A and a voltage rating of 300V. The small size makes it suitable for a variety of applications, including high density board-to-board interconnections.The 830-90-015-10-001000 rectangular connector uses a shrouded headers system. A metallic two part shield consists of a upper and lower shell over the pins. The two part shielding protects from dust, EMI, and human contact as well as stabilising the connections end to end and side to side. The working principle of 830-90-015-10-001000 involves coaxial mating connections. This means that the male pin is designed to make each and every connection well within the environment of mated pins, before becoming harder during unmating. This ensures maximum retention and resistance to accidental mating and accidental un-mating due to shock or vibration.The 830-90-015-10-001000 is ideal for applications where board-to-board connections are required in a small space, for example in space-constrained designs. It is also suitable for use in industrial control and communications applications, and in automotive applications. Overall, the 830-90-015-10-001000 is an effective and reliable electrical connector from Murata that offers a variety of application fields and working principles to suit the needs of a range of applications. It is a small and compact size that makes it suitable for higher density board-to-board connectors, while its performance in terms of connection retention and resistance to accidental disconnect is unmatched.