DC-110Ghz Flexible cable assembly with 1.0-j connecter

The DC-110GHz Flexible Cable Assembly with a 1.0-J connector is designed to operate within the frequency range of up to 110 GHz, making it suitable for high-frequency applications such as millimeter-wave communication systems, radar, and satellite communication. This cable assembly features a VSWR (Voltage Standing Wave Ratio) of 1.5, indicating good impedance matching and minimal signal reflection, which is crucial for maintaining signal integrity at such high frequencies.

The insertion loss of this flexible cable assembly is specified as 4.8 dB, which is relatively low for a coaxial cable operating in the mmWave band. Insertion loss refers to the reduction in signal power as it passes through the cable, and a lower value signifies better performance in terms of signal transmission efficiency. An insertion loss of 4.8 dB means that approximately 76% of the input power is delivered to the output, considering the logarithmic nature of dB measurements.

This cable assembly utilizes a flexible design, allowing for ease of installation and routing in compact or complex environments. The flexibility is particularly advantageous in applications where space constraints or dynamic movement are factors, ensuring reliable performance without compromising on mechanical durability.

The 1.0-J connector type suggests compatibility with standardized interfaces commonly used in high-frequency systems, facilitating easy integration into existing setups. The connector design plays a critical role in maintaining the overall electrical performance of the system by minimizing discontinuities and ensuring proper mating with other components.

In summary, the DC-110GHz Flexible Cable Assembly with a 1.0-J connector offers a combination of high-frequency operation, low insertion loss, good VSWR, and flexibility, making it an ideal choice for advanced communication and radar systems requiring precise signal transmission capabilities at millimeter-wave frequencies. Its specifications ensure optimal performance even under demanding conditions, contributing to the reliability and efficiency of the systems it supports.