+61 (0)41 8847256 ron@rhombustechnologies.com.au


Finding a Low Noise Broadband RF Power Amplifier That Suits Your Specifications

Where do you look first when you need an electronic component manufactured to fit a very specific profile When you are in the midst of a search for a piece of equipment destined for a delicate system, the procurement process can feel quite frustrating There is an almost endless number of product... ... read more.

Using Rhombus Technologies to Source Coaxial Cable Assemblies or a Difficult to Find Adapter or Connector

Coaxial cable may be one of the oldest types of cabling still in use today, but that does not mean it has outlived its usefulness Although faster transmission media such as fibre optic cables have replaced coaxial in some applications, there is still a wealth of equipment that relies on various... ... read more.

Securing a Reliable RF Power Amplifier Module Source for Critical Testing Applications

For more than a century, the incredible versatility of radiofrequency energy has enabled a host of advances in science and technology Today, RF equipment using very low and very high frequencies continues to see widespread use in many applications When dealing with such minute and high-energy... ... read more.

Sourcing a Reliable Ferrite Circulator for Transmission Systems

How can you make energy go where you want Answering that question is a foundational part of electronics, but it's not just an abstract question for university exams Instead, it's often a real-world problem that demands an effectual solution For example, an antenna transmission system your... ... read more.

Choosing a Distributor in Australia for Network Operators That Require a Robust Ferrite Devices Isolator

To develop complex systems for the transmission of microwave and radio frequency energy, one must start with a strong foundation in the form of reliable systems and components well-tooled for the job at hand Whether that is a medical application, high-powered telecommunications, or a more niche... ... read more.