FZ2ELQ1Q1SNM2.5

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FZ2ELQ1Q1SNM2.5 is a type of circulator found in a range of applications. It is a high-performance, ruggedly-built circulator designed for use in industrial and military applications. The circulator has an isolator bandwidth of 2.5 GHz and provides excellent isolation performance for CW and pulsed applications. FZ2ELQ1Q1SNM2.5 circulators are used in a variety of applications from microwave communication systems to radar systems. They are also used in data transmission, broadcast transmission, point-to-point transmission, and satellite communication.

A circulator is a passive three-port electronic device, typically made of ferrite, which enables signals to flow from port 1 to port 2, while preventing signals from port 2 to port 1. The circulator acts as a non-reciprocal device which can be used to separate transmission and reception paths. An ideal circulator will allow energy to move only in one direction through its ports, making it a very useful device for reducing unwanted interference and crosstalk. Circulators are used in a variety of systems to reduce the effects of crosstalk, interference, and spurious signals, as well as to improve signal-to-noise ratio.

The FZ2ELQ1Q1SNM2.5 circulator is a non-reciprocal device which can be used to separate transmission and reception paths. It consists of two ferrite elements connected with a low-loss transmission line. The two ferrite elements enable signals to travel one-way from port 1 to port 2, and vice versa. The low-loss transmission line ensures that the signal is not distorted as it passes from one port to the other. The FZ2ELQ1Q1SNM2.5 circulator is designed to operate in a variety of temperature and environmental conditions, making it an ideal choice for use in industrial and military applications. It can also be used in communication systems, radar systems, and other applications that require high-isolation performance.

FZ2ELQ1Q1SNM2.5 circulators are typically used to separate the transmit and receive paths of a communication system. This helps reduce the effects of crosstalk and interference in the system, while improving signal-to-noise ratio. The circulator can also be used to separate the antenna functions of a radar system, enabling the processing of the transmit and receive information separately. This helps to increase the accuracy of radar detection. The circulator can also be used to separate the signals from multiple antennas, allowing for more precise antenna pointing and tracking.

FZ2ELQ1Q1SNM2.5 circulators are designed to provide high isolation between ports while maintaining low insertion loss and VSWR. The insertion loss is typically under 2.5dB across the entire 2.5GHz bandwidth. The VSWR is typically under 1.4:1, with an acceptable VSWR conditions up to 5:1. The high isolation of the FZ2ELQ1Q1SNM2.5 circulator helps reduce the effects of crosstalk and interference, while improving signal-to-noise ratio. The circulator also provides excellent linearity performance, with a maximum second harmonic level of -20dBm.

The FZ2ELQ1Q1SNM2.5 circulator is an ideal choice for applications that require high-isolation performance. It is robustly built and designed to operate in a variety of temperature and environmental conditions. It provides excellent isolation performance for CW and pulsed applications, making it ideal for use in microwave communication systems, radar systems, data transmission, broadcast transmission, point-to-point transmission, and satellite communication.

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