The microstrip line isolator is a product of Nova Company. Nova Microwave has designed and manufactured a comprehensive series of isolators for commercial applications, military applications, cellular and wireless markets. These devices are extremely important for minimizing the interference between the incident signal and the reflected signal. These devices provide a constant impedance for the transmitter, thereby maximizing power transmission by absorbing the reflected signal into the internal terminal. They are made of magnetic magnets and ferrite materials. The isolator can also be rotated counterclockwise.
At Nova Microwave, we take pride in being able to offer high-quality isolators. These isolators are designed at competitive prices to meet the needs of our customers. Nova Microwave provides a wide range of isolators from 380 MHz to 23.6 GHz for the following products:
Embedded Isolator
Surface mount isolator
SMA coaxial isolator
N-type coaxial isolator
Insertion-type and connector-type multi-port connectors
Each device undergoes pressure testing during the production process to ensure its performance under extreme temperatures. Paying attention to quality and conducting tests during the manufacturing process enables us to provide reliable products to our customers. The selection of materials for manufacturing allows us to offer reliable products, which have a significant impact on their performance and cost. Our understanding of ferrite and magnetic materials enables us to manufacture reliable and cost-effective devices. During the design stage, we also considered temperature fluctuations. During the design and testing process, the temperature cycling of each device ranges from -50°C to +100°C. This ensures that the magnet will provide the required magnetic field within the required operating temperature range.
The typical application of a microstrip line isolator is to minimize the interference between two microwave components. The isolator provides low loss in the forward direction and high isolation in the reverse direction. This enables the correct separation of the devices connected to the input from those connected to the output (such as amplifiers and antennas).