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RFTYT DC-50.0GHz Inset Termination

Inset coaxial load is a common electronic device component used for testing and debugging RF circuits and systems. Its main function is to ensure the performance stability and reliability of circuits and systems at different frequencies and powers.

The Inset coaxial load adopts a coaxial structure with internal load components, which can effectively absorb and disperse power in the circuit.


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Overview

The Inset coaxial load is connected to the testing equipment or system using coaxial connectors. Common coaxial connectors include N-type, SMA type, etc., which are characterized by convenient connection and good impedance matching. The core part of the built-in coaxial load is the load element, which is responsible for absorbing and dispersing power in the circuit. Load components typically use high-precision resistors that can withstand a certain amount of power and convert it into heat. The Inset coaxial load is also equipped with a thermal dissipation structure, which is used to effectively dissipate the heat generated by the load components to ensure long-term stable operation of the load. Common heat dissipation structures.

Due to its use of high-precision load components and heat dissipation structure, Inset coaxial loads can withstand high power levels, typically operating in the range of a few to tens of watts. The Inset coaxial load can cover a wide range from low frequency to high frequency, suitable for testing and debugging of RF circuits and systems in different frequency bands. The Inset coaxial load has been carefully designed and manufactured, with good stability and reliability, and can work stably for a long time, ensuring the accuracy of test data. At the same time, the Inset load usually has the advantages of small size and low weight when designed, as it needs to be integrated and assembled into the equipment.

The Inset coaxial load plays an important role in the testing and debugging of RF circuits and systems. By connecting to the circuit or system to be tested, it can simulate loads under real working conditions, evaluate the performance of the circuit and system, and assist engineers in troubleshooting and optimizing design. Therefore, Inset coaxial loads are widely used in the research and production processes of communication, radio, radar, satellites, and other fields.

Data Sheet

RFTRFTYT DC-18GHz RF Inset Termination
Power Connector Type Impedance (Ω) VSWR max Freq.Range & Data Sheet M Type Freq.Range & Data Sheet F Type
7W SMP 50Ω 1.35  18G-M Type 18G-F Type
10W SMA 50Ω 1.30  3G    4G    6G    8G    12.4G     18G 3G    4G    6G    8G    12.4G     18G
N 50Ω 1.35  3G    4G    6G    8G    12.4G     18G 3G    4G    6G    8G    12.4G     18G
20W SMA 50Ω 1.25  3G    4G    6G    8G    12.4G     18G 3G    4G    6G    8G    12.4G     18G
N 50Ω 1.30  3G    4G    6G    8G    12.4G     18G 3G    4G    6G    8G    12.4G     18G
30W SMA 50Ω 1.40  3G    4G    6G    8G    12.4G     18G 3G    4G    6G    8G    12.4G     18G
N 50Ω 1.40  3G    4G    6G    8G    12.4G     18G 3G    4G    6G    8G    12.4G     18G
50W SMA 50Ω 1.40  3G    4G    6G    8G    12.4G     18G 3G    4G    6G    8G    12.4G     18G
N 50Ω 1.40  3G    4G    6G    8G    12.4G     18G 3G    4G    6G    8G    12.4G     18G
100W SMA 50Ω 1.40  3G    4G    6G    8G    12.4G     18G 3G    4G    6G    8G    12.4G     18G
N 50Ω 1.40  3G    4G    6G    8G    12.4G     18G 3G    4G    6G    8G    12.4G     18G
150W N 50Ω 1.40  3G    4G    6G    8G    12.4G     18G 3G    4G    6G    8G    12.4G     18G
200W N 50Ω 1.40  3G    4G    6G    8G    3G    4G    6G    8G 
250W N 50Ω 1.40  3G    4G    6G    8G 3G    4G    6G    8G
300W N 50Ω 1.40  3G    4G    6G    8G 3G    4G    6G    8G

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