2.4mm Plug Connector
2.4mm Jack Connector
Impedance
50 Ω
Maximum Operating Frequency
50.00 GHz
Coupling Mechanism
Screw-on Coupling
Interface Standards
IEEE 287-2007,IEC 61169-40
In the ever-evolving landscape of high-frequency connectivity, the role of impedance is paramount in ensuring seamless signal transmission. Enter the remarkable 2.4 mm connector – a testament to cutting-edge engineering, innovation, and open standards. With an impedance of 50 Ω and a maximum operating frequency of 50.00 GHz, this connector ushers in a new era of connectivity solutions. Join us as we delve into the intricacies of the 2.4 mm connector, exploring its design, historical evolution, coupling mechanism, applications, and the exciting world of variations that it has ushered in.
Unveiling the 2.4 mm Connector:
A Triumph of Engineering
The 2.4 mm connector stands tall as a pin and socket type connector, a true marvel of engineering. Its design is ingeniously based on the utilization of an air dielectric filled interface, which boasts a mode-free operation up to 50 GHz. This exceptional performance isn't just limited to numbers; it's a testament to the connector's ability to deliver pristine signal integrity even in the most demanding applications.
Referred to as the Type Q connector or OS-50 connector, this piece of innovation has garnered the attention of the industry due to its exceptional capabilities. While its operational prowess extends up to 50 GHz, it's noteworthy that some manufacturers have pushed the boundaries and demonstrated its remarkable performance even at 60 GHz – a feat that underlines its versatility and potential.
A Historical Evolution: Forging Pathways of Collaboration
The inception of the 2.4 mm connector can be traced back to 1986, a time when the Hewlett Packard Company (now Agilent Technologies) spearheaded its conception. Collaborating with industry giants Amphenol and M/A-Com Omni Spectra, the goal was crystal clear: to craft an interface that transcended the limitations of existing connectors. By liberating design from the constraints of compatibility, a new realm of possibilities opened up – a testament to the spirit of innovation.
What sets the 2.4 mm connector apart is the absence of patent applications to safeguard its design. This choice by Hewlett Packard marked a decisive move towards open collaboration. In a world often dominated by proprietary constraints, the decision to allow unrestricted use of the interface was a game-changer. It's noteworthy that while the design itself is open for adoption, a U.S. patent (number 4,648,683) has been granted to protect the concept of 2.4 mm constant impedance contact.
Embracing the Future: Applications and Beyond
The 2.4 mm connector has emerged as a quintessential player in the mm-Wave RF connector arena. Its exceptional operating frequency range aligns seamlessly with precision instrumentation and laboratory applications that demand accuracy and reliability. The compatibility it shares with the 1.85 mm RF connector extends its reach, forging connections across various domains.
Variations: Unleashing Possibilities
In the dynamic landscape of connector development, variations often bring new dimensions to functionality. Enter the GPC2.4 variation – a precision version that pushes the boundaries of performance. Engineered to deliver minimal VSWR and insertion loss, these connectors redefine what's possible in connectivity. Designed to harmoniously interface with the standard 2.4 mm series, GPC2.4 connectors redefine precision, aligning with the proposed IEEE standard 287 General Precision Connector, instrument grade.
Empowering Connectivity for Tomorrow
In the realm of high-frequency connectivity, the 2.4 mm connector stands as a beacon of innovation and openness. Its journey from inception to becoming a crucial component in laboratories, precision instrumentation, and beyond, speaks volumes about the power of collaboration and engineering excellence. As industries continue to evolve and technology reaches new horizons, the 2.4 mm connector serves as a constant reminder that connectivity isn't just about wires – it's about forging pathways that redefine possibilities and empower progress.
