Pasternack Blog

Within an RF signal chain, there is often the need to provide some signal conditioning in incoming, outgoing, or through signals. One of the most needed signal conditioning methods is amplification of signal energy, which is the key function of RF Amplifiers. Signal amplification involves increasing the amplitude of a signal, this could imply voltage, ..

In today’s interconnected world, omnidirectional antenna types have become essential tools for expanding connectivity. Ideal for both indoor and outdoor use, serve as reliable solutions for users who need wide-ranging signal coverage without the hassle of constant adjustments. Supporting applications from mobile networks to Wi-Fi connectivity, omni antennas provide the flexibility and dependable performance needed ..

Throughout the signal chain and especially at a signal input stage, RF signals for communications and sensing can be extremely weak. RF Low Noise Amplifiers (LNAs) are the most common method for increasing the signal level of these very weak signals while minimizing the introduction of signal degrading factors. Of these signal degrading factors, added ..

RF sensing and communication applications often involve very weak signal levels. It is often necessary to use RF Amplifiers to increase the gain, or signal level, of these signals in order to digitize them or otherwise condition these signals to usable levels. However, there are a few trade-offs to consider when increasing a signal’s power ..

As more technology becomes electrified and wirelessly connected, there is an ever-growing need for more nuanced and diverse RF and high-speed digital interconnect. A key enabling technology for this are RF Coaxial Cable Assemblies that can be customized with different connector and cable types. Most standard coaxial cable assemblies are made with in-series connectors. Some ..

RF and wireless systems are used extensively in virtually every modern application. Hence, there are a wide array of different types of RF Connectors to provide interconnect between modules and systems either via board-to-board, board-to-cable, or module-to-board connections. RF connectors are the physical piece of equipment that is used to provide a convenient and standardized ..

The BNC connector is one of the most common styles of coaxial connectors. The commonality of BNC connectors for a very wide range of applications including RF, networking, audio/visual, and a wide range of test and measurement applications are why there are a vast number of BNC variations, such as BNC 90 degree connector. The ..

There have been many innovations and adaptations of coaxial cable and RF Connectors since their inception in the early 20th century. Hence, there are many varieties of RF Adapters to efficiently transition among the wide range of RF coaxial connectors. Among these are the common coaxial connector types, such as SMA, N-type, BNC, 3.5 mm, ..

The number and type of coaxial connector standards, both open and proprietary, is steadily growing. The growth and diversity of coaxial connector standards is partly fueled by the growing diversity of wireless applications and the penetration of RF technologies in virtually every market. This is why Coaxial connector adapters, a subset of RF adapters, are ..

Developed specifically for small cell applications, the NEX10 connector system is a new connector interface that exhibits low-PIM, excellent return loss, and other features desirable for high speed RF communication installations. With the rise of higher frequency bands used in cellular, Wi-Fi, and other communications applications, there has been an opportunity for a small and ..