High-Frequency RF Test Cable Guide: Types, Structure, and Uses Over 18 GHz
What Are High-Frequency RF Test Cables?
Flexible cables for high-frequency measurements from 18 to 60 GHz.
Available with SMA, N, 3.5 mm, 2.92 mm (K), 2.4 mm, 1.85 mm (V), and other small high-frequency connectors. An SMA option up to 26.5 GHz and an armored type reinforced with a stainless steel tube are also offered. Each high-spec cable is supplied with measurement results of the finished product.
Standard delivery is 2 to 4 weeks, with express service available for urgent needs. Please contact us for details.
TC-055 Ultra low loss, Heat resistant
Features low loss with minimal dielectric loss. Provides stable transmission under harsh conditions such as varying temperatures. Loss, reflection, and phase remain stable even when the cable is bent, with low phase change across temperatures, and triple shielding ensures high shielding performance.
Connectors are available in SMA (plug, L-plug, jack), N-type (plug), and 3.5 mm (plug, jack). In addition to standard versions, armored types reinforced with stainless steel tubing and resistant to 200°C are also offered.
See the pages below for detailed cable specifications and electrical characteristics.
TC-205: Low Loss and Low Cost
Cost-effective measuring cable. Features low loss with minimal dielectric loss. Provides stable transmission under harsh conditions such as temperature changes. Maintains stable loss, reflection, and phase even when bent, with low phase change across temperatures and high shielding from triple shielding.
Connectors are available in SMA (plug, L-plug, jack), N (plug), and 3.5 mm (plug, jack).
See the pages below for detailed cable specifications and electrical characteristics.
TC-048: 40 GHz Compatible
This high-end product for 40 GHz measurement is a precision-class cable with low loss and high phase stability. It is triple-shielded, bend-resistant, temperature-stable, and ideal for network analysis and other measurement applications.
Connectors are available in 2.92 mm (plug and jack), SMA (plug and jack), and 3.5 mm (plug and jack). A non-magnetic 2.92 mm plug is also offered.
See the pages below for detailed cable specifications and electrical characteristics.
TC-038: Low Loss and Low Reflection
This flexible cable is equivalent to 0.141”. It offers excellent shielding and stable transmission in high-frequency bands. With IPX4-level waterproofing and suitability for high-power applications, it is a versatile all-around product.
Connectors are available in SMA (plug, L-plug, jack) and N (plug, jack).
See the pages below for detailed cable specifications and electrical characteristics.
TC-065: Flexible, High Phase Stability, and 40 GHz
Very flexible and easy to handle, compatible up to 40 GHz, with low cost, low loss, and high phase stability. Suitable for a wide range of applications from wiring to measurement.
Connectors are available in SMA (plug, L-plug, jack), 2.92 mm (plug, jack), and N-type (plug, jack). An armored version reinforced with stainless steel tubing is also offered in addition to the standard type.
See the pages below for detailed cable specifications and electrical characteristics.
TC-120: 50 GHz Compatible and Low Loss
This high-end cable supports 50 GHz measurements and offers precision performance with low loss and high phase stability.
Triple-shielded and resistant to bending and temperature, it is ideal for network analyzers and other measurement applications.
Connectors are available in 2.4 mm, 2.92 mm, and SMA (plug and jack). A non-magnetic 1.85 mm version is also available, limited to 50 GHz.
See the pages below for detailed specifications and electrical characteristics.
TC-054: 60 GHz Compatible and High Flexibility
This 0.085-inch (RG405) equivalent cable is highly flexible and maintains stable performance up to the millimeter-wave band. Its wide range of compatible connectors and relatively low cost make it suitable for many applications.
Connectors are available in 1.85 mm (plug), 2.92 mm (plug, jack), SMA (plug, L plug, jack), N (plug), and others on request. The 1.85 mm V-type cable core is pinned, allowing use up to 60 GHz with very low reflection.
See the pages below for detailed specifications and electrical characteristics.
TC-055A: 8.4 mm Armored Cable
Armored cable made with low-loss, top-grade TC-055 cable, enclosed in stainless steel tubing. The stainless steel shields against external pressure and ensures long-lasting performance.
Connectors are available in SMA (plug and jack), N-type (plug), and 3.5 mm (plug and jack).
See the pages below for detailed specifications and electrical characteristics.
TC-065A: 6.1 mm Armored Cable
Armored cable using flexible TC-065 measurement cable, covered with stainless steel tubing. Thinner than TC-055A, ideal for applications where handling matters. Supports up to 40 GHz.
Connectors are available in SMA (plug, L-plug, jack), N-type (plug, jack), and 2.92 mm (plug, jack).
See the pages below for detailed specifications and electrical characteristics.
TC-065AS: 7.8 mm Soft Armored Cable
This armored cable is more flexible than standard armored cables. It handles like a regular flexible cable while the outer layer is protected by a stainless steel tube. Supports up to 40 GHz.
Connectors are available in SMA (plug, L-plug, jack), N-type (plug, jack), and 2.92 mm (plug, jack).
See the pages below for detailed specifications and electrical characteristics.
High-Frequency RF Test Cables FAQs
QWhat are the key features of high-frequency RF test cables?
QWhat are the key features of high-frequency RF test cables?
TYCLON high-frequency RF test cables offer low loss, high phase stability, heat resistance, and durability, ensuring reliable performance for measurements from eighteen to sixty GHz.
QWhat frequency ranges are high-frequency RF test cables suitable for?
QWhat frequency ranges are high-frequency RF test cables suitable for?
These cables support high-frequency measurements from eighteen to sixty GHz, maintaining stable transmission and low loss across the full range for accurate signal testing.
QWhat connector types are available for high-frequency RF test cables?
QWhat connector types are available for high-frequency RF test cables?
We offer SMA, N, three point five millimeter, two point nine two millimeter, two point four millimeter, and one point eight five millimeter connectors to suit diverse RF measurement needs.
QDo you offer armored versions of high-frequency RF test cables?
QDo you offer armored versions of high-frequency RF test cables?
Yes, armored versions are available with stainless steel tubing for extra protection. These cables resist external pressure and harsh environments while maintaining performance.
QHow do high-frequency RF test cables maintain stable performance when bent or subjected to temperature changes?
QHow do high-frequency RF test cables maintain stable performance when bent or subjected to temperature changes?
The cables feature low loss, stable reflection, and minimal phase change, ensuring reliable transmission even when flexed or exposed to varying temperature conditions.
QWhat makes the TC-055 cable model stand out?
QWhat makes the TC-055 cable model stand out?
The TC-055 model is ultra low loss, heat resistant, and highly stable under temperature variations, offering precise measurements and high phase stability for demanding applications.
QWhat makes the TC-205 cable a cost-effective choice for measurements?
QWhat makes the TC-205 cable a cost-effective choice for measurements?
The TC-205 cable delivers low loss and stable transmission while remaining affordable. Its reliable performance in various conditions makes it ideal for general-purpose RF testing.
QWhat are the key characteristics of the TC-048 cable, and what is its maximum frequency?
QWhat are the key characteristics of the TC-048 cable, and what is its maximum frequency?
The TC-048 is a high-end, precision-class cable compatible with frequencies up to forty GHz, offering low loss, high phase stability, and stable performance in measurement applications.
QHow does the TC-038 cable offer both flexibility and excellent transmission characteristics?
QHow does the TC-038 cable offer both flexibility and excellent transmission characteristics?
The TC-038 cable combines flexibility with excellent shielding and stable transmission. It is waterproof and maintains reliable performance in high-frequency applications.
QWhat is the primary benefit of the TC-065 cable, and for what applications is it best suited?
QWhat is the primary benefit of the TC-065 cable, and for what applications is it best suited?
The TC-065 is flexible, easy to handle, and compatible with forty-GHz measurements. Its low loss and high phase stability make it ideal for wiring and precision test applications.
QWhat is the standard delivery time for orders of Tyclon high-frequency RF test cables?
QWhat is the standard delivery time for orders of Tyclon high-frequency RF test cables?
Standard delivery time is typically two to four weeks. An express service is available for urgent orders, ensuring timely delivery of cables for project schedules.
QHow can I order high-frequency RF test cables, and what support do you offer?
QHow can I order high-frequency RF test cables, and what support do you offer?
You can purchase our High-Frequency RF Test Cable directly from our website or contact our sales team for assistance. We also provide comprehensive technical support—including datasheets, CAD models, and application notes—to help you select the ideal connector for your project.
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High-Frequency RF Test Cables Catalog
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