PT Cables
Anoison challenges the perception that top-quality test cables are always expensive and bulky. What is essential when choosing test cables? Low insertion loss, high phase stability, good RF shielding, proper connector selection, durability and flexibility. Why are high-quality test cables necessary? Accurate measurements, calibration impact and repeatability. The Anoison PT family of test cables achieves these requirements with equal to or better specifications, less bulk and weight and at a significantly lower price than you are used to.
Anoison
www.anoison.com
1.0 mm Test Cable Assemblies
Fairview Microwave launched its new 1.0 mm test cable assemblies, designed for high performance test setups requiring superior durability and signal integrity. Made with an armored, ultra-low loss, phase-stable coax cable, these assemblies are available in 1.0 mm male-to-male and 1.0 mm male-to-female configurations. They support frequencies up to 110 GHz. In addition, they provide exceptional phase stability, low insertion loss and rugged crush resistance.
Fairview Microwave
www.fairviewmicrowave.com
HLL228R Series Cable
The HASCO HLL228R Series cable is a ruggedized, low loss, phase-stable cable that are designed for demanding environments where durability and signal integrity are critical. The low loss LL228 cable operates from DC to 50 GHz. These cables feature enhanced shielding and robust construction to withstand harsh conditions, including extreme temperatures, moisture and physical stress. Their low loss design minimizes signal degradation, while phase stability ensures consistent performance over time, especially in high frequency applications.
Hasco
www.hasco-inc.com
Armored & Stable Cable Assemblies
Setting the standard for high performance ruggedized cable assemblies, the Maury Microwave StabilityPlus™ Series is your interconnect choice for reliable and repeatable measurements, providing amplitude and phase stability with flexure, superior flexibility, ease-of-use, durability and a compact form factor. Color-coded connectors significantly reduce the potential for connection errors, offering clear indications of compatibility and intermatability. Discover how StabilityPlus can enhance your test setup today.
Maury Microwave
www.maurymw.com
Elbow Right-Angle MMWave Cable Assembly
The 40 GHz high performance elbow right-angle mmWave cable assembly, launched by MIcable, features a 90-degree elbow 2.92 mm right-angle connector paired with the C29F low loss phase-stable cable (with a 2.54 mm diameter). It offers the same exceptional electrical performance as straight assemblies while providing superior mechanical reliability compared to conventional right-angle assemblies. This product is suitable for production line and laboratory testing, as well as various equipment and system connections.
MIcable Inc.
www.micable.cn
Flexible Cable
Mini-Circuits’ model FL086-12SMMCR+ is a 12-in. length of Hand-Flex™ semiflexible coaxial cable for system and test applications from DC to 6 GHz. Insertion loss is typically 0.7 dB while return loss is typically 27 dB, both at 6 GHz. It includes a right-angle MCX male connector, SMA male connector and insulated outer jacket. With a minimum bend radius of 6 mm without tools, the cable assembly is hand-formable to almost any shape to replace worn 0.086 in. diameter semirigid cables.
Mini-Circuits
www.minicircuits.com
Instrumental Cable
Mini-Circuits’ model VNAX-2FT-EMERF+ is a test cable with low loss across its 2 ft. length. Insertion loss is typically 2.4 dB to 40 GHz and typically 3.7 dB to 67 GHz while return loss is typically 34 dB to 40 GHz and 26 dB to 67 GHz. Terminated with stainless-steel 1.85 mm connectors, female at one end and male at the other, the RoHS-compliant cable has stable amplitude and phase with flexure and connects as much as 17 W at 67 GHz.
Mini-Circuits
www.minicircuits.com
MMCX Power over Coax RF Connector
The MMCX Power over Coax (PoC) RF Connector, merging power and data over a single coaxial cable. With a frequency range of DC to 6 GHz, it delivers superior performance for modern applications while ensuring backward compatibility with existing systems. This innovative connector reduces complexity and boosts efficiency, making it ideal for compact, high performance solutions. Elevate your connectivity with this cutting-edge technology, tailored for today’s digital demands.
Molex
www.molex.com
Design, Model and Simulate Copper Cables
OptEM Cable Designer is a software tool that gives engineers the ability to design, model and simulate copper cables that meet compliance requirements and certification. Engineers can investigate cable behavior, test material effects and calculate cable mass and cost – all prior to prototyping and measurement – allowing companies to reduce prototype iterations and manufacturing cost. The software takes advantage of the latest technologies to give engineers a powerful design environment for cable development and costing.
OptEM Engineering
www.optem.com
