Interconnection


Connector provides innovative Z-axis board-to-board solution

14 August 2002 Interconnection

Molex's SliderZ board-to-board connector helps minimise assembly, service, and retrofit costs. When servicing, upgrading and executing plug-in expansions on printed circuit boards, previous board-to-board solutions required the use of ribbon cable and several connectors linking the two boards together. The SliderZ connector, with its 1,27 mm pitch and 'slide' mating action, allows the user to mate or remove one PCB in the Z-axis while leaving the other PCB's undisturbed. Available in 10 through 60 select circuit sizes, this versatile connector can be used in a wide range of applications, including consumer electronics. The SliderZ connector is rated for up to 1000 mating cycles, for applications requiring frequent service.

The hermaphroditic design means the same connector is used in mating, which means only one part number needs to be ordered and inventoried. Guide rails and generous lead-ins help make installation and board-to-board mating easy.

Featuring glass-filled polyester housings, the connectors are UL 94 V-0 approved and have an operating temperature of -40 to 85°C. With current ratings of 1,5 A for the 10 circuit connectors and 1,25 A for the 20 through 60-circuit connectors, the SliderZ connector has a voltage rating of 30 V a.c. rms (42 V peak). Select gold plated contacts improve conductivity and reduce required insertion forces. Prominent finger pulls allow for ergonomic unmating and minimise stress to the board and connector.

For more information: Avnet Kopp, 011 809 6100.





Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Blade terminals deliver greater power density
Spectrum Concepts Interconnection
[Sponsored] Connectivity has become more important as designers pack more power into smaller spaces, all while managing thermal loads and ensuring efficiency.

Read more...
What’s the big deal with open pin fields?
Spectrum Concepts Interconnection
The concept behind the open pin field array is that it provides many contacts that are not limited to a single role.

Read more...
Hirose Electric’s push-on bayonet lock connectors
Avnet Abacus Interconnection
Hirose Electric’s HR22K Series is a compact, waterproof, and oil-resistant connector designed for demanding industrial environments.

Read more...
New connector for Push-X technology
Phoenix Contact Interconnection
Phoenix Contact is extending the series of PCB connectors with innovative Push-X technology to include a new connector for conductor cross-sections up to 2,5 mm2.

Read more...
Test cable designed for maximum ruggedness
Conical Technologies Interconnection
The Anoison PT test cable is designed for maximum ruggedness using a high-quality raw cable, connector, and smart armouring module.

Read more...
Safe connection under load
Phoenix Contact Interconnection
The ArcZero DC connectors from Phoenix Contact can be safely connected and disconnected under load, providing operators with reliable protection against hazardous electric arcs.

Read more...
Time-To-Market interconnect solutions
Interconnection
TTM Technologies are at the forefront of electrified powertrains, vehicle charging stations, and energy storage solutions, providing thermal management, high-current capabilities, and specialised solutions.

Read more...
Connectors for energy storage systems
Phoenix Contact Interconnection
The new Phoenix Contact BPC series connectors are protected against polarity reversal making them ideally suited for use in energy storage systems.

Read more...
What’s the big deal with open pin fields?
Interconnection
The concept behind the open pin field array is that it provides many contacts that are not limited to a single role.

Read more...
mBend cable assemblies
Conical Technologies Interconnection
The mBend cable assemblies from Anoison are designed to meet the growing demand for low-profile coaxial connections in applications where space is limited, and precise bending is necessary right next to the connectors.

Read more...