Corresponding to frequencies from DC to 145GHz! Combining flexibility and durability, with minimal phase change, contributing to measurement stability!
The "0.8mm Armored Cable Assy (DC to 145GHz)" is a measurement cable that balances ease of handling and high durability by reinforcing and covering the connector neck and the cable body. It supports a frequency range from DC to 145GHz and can be used for measurement applications aimed at developing millimeter-wave applications. It contributes to improved measurement quality due to minimal phase change when bent. 【Features】 ■ Usable without characteristic changes under a load of 1000N (according to our tests) ■ Cable lengths can be manufactured to any desired length (minimum 100mm) ■ Supports a temperature range of -30 to +70°C *For more details, please refer to the documentation. Feel free to contact us with any inquiries.
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basic information
【Specifications】 Characteristic Impedance: 50Ω Frequency Range: DC to 145GHz Insertion Loss (L=500mm): 6.3dB (at 40GHz), 7.6dB (at 60GHz), 10.2dB (at 110GHz), 11.6dB (at 145GHz) V.S.W.R. (L=500mm): 1.3 (at DC to 40GHz), 1.4 (at 40 to 60GHz), 1.5 (at 60 to 110GHz), 1.6 (at 110 to 145GHz) Cable Outer Diameter: 4mm Minimum Bending Radius: 15mm Bending Cycles: 300 times *For more details, please refer to the documentation. Feel free to contact us with any inquiries.
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Applications/Examples of results
[Applications] - Vector Network Analyzer - RF Test Equipment - High-Frequency Measurement
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Company information
Waka Manufacturing Co., Ltd. has developed connectors that support millimeter waves at 110GHz. "Towards higher frequencies" is Waka Manufacturing's development policy for coaxial connectors. The expertise pursued in high frequency is applied to all connectors as high reliability. We are also constantly working on enhancing our new lineup and accommodating user custom-made requests. Waka Manufacturing will continue to challenge itself in pursuit of even higher frequencies and reliability in line with the advancement of electronics.
