This Multicore Coaxial Cable consisting of 16 RF Coax 30AWG and 16 wire 26AWG

This 16 x 30AWG (RG178) coaxial cables and 16 x 26AWG shielded electronic wires are designed for MRI coil repair and other precision applications. The 30AWG RG178 coaxial cables provide excellent high-frequency signal transmission with minimal signal loss, making them ideal for small RF coils and high-precision components. Featuring braided shielding, they offer robust protection against electromagnetic interference (EMI) to maintain signal integrity. The 26AWG electronic wires, also shielded, ensure reliable low-current signal transmission, power connections, and grounding, offering stable performance in MRI systems. This configuration is ideal for high-quality, demanding MRI coil repairs.

32 wire Multi coax cable with 16x 50ohm coaxial cable RG 178 and 16 wire 26AWG
32 wire Multi coax cable with 16x 50ohm coaxial cable RG 178 and 16 wire 26AWG

Feature

  • RF Coaxial
    • Conductor：sliver plated Copper Wire
    • 30AWG*16 core
    • Impedance：50±2Ω
    • VSWR: DC~500MHz≤1.3；
  • Signal Wire
    • Conductor:Tin Plated Copper Wire
    • 26AWG*16 core
  • Diameter:12.2mm
  • Jacket Material:MRi compatible TPU
  • Application:MRi Coil Repair
Request Sample

Specification

32 core Non magnetic MRi cable with 16 Coaxial X30AWG RG178 + 16X26AWGDownload

Need a Custom Solution?

A MRi coil cable usually will include some Coaxial cables with one or several different specification;and some electronic wire for signal.If please send your more requirements if there is no options mentioned above.such as"Filler material"" Jacket colors"..

Similar Posts

4 coaxial 26AWG+8 signal wire 26AWG

12 wire MRi cable with 4 RF Coax 26AWG and 8 wire 26AWG

ByRF Coaxial

This Multicore Coaxial Cable consisting of 4 x 26AWG coaxial cables and 8 x 26AWG electronic wires, is typically used for the repair of coils in Nuclear Magnetic Resonance (NMR) systems. The coil systems in NMR devices require high-frequency signal transmission and stable signal delivery. The coaxial cables are used to ensure the transmission of…

Multi Core RF Coax Cable 10 Coax RG178 For MRI RF Coax Coil cable

16 wire MRi cable with 8 RF Coax 30AWG (RG178) and 8 wire 26AWG

ByRF Coaxial

This MRi compatible cable consists of 8 RF Coax 30AWG (RG178) and 8 wire 26AWG. Be different from cable for MRi coils ,the RF coaxial cable in this cable is 32AWG: 32AWG Coaxial Cable Characteristics and Usage: Feature Possibility of No High-Frequency Signal Transmission Requirement: Application : Specification Need a Custom Solution?

32 wire MRI cable with 12 coaxial cable 50 Ohm 32AWG and 20 Signal wire 26AWG

32 core MRi cable with 12 RF Coaxial 32AWG and 20 wire 28AWG

ByRF Coaxial

This Multicore Coaxial Cable consisting of 12 RF Coax 32AWG and 20 wire 28AWG This 12 x 32AWG coaxial cables and 20 x 28AWG shielded electronic wires are designed for high-precision applications, including MRI coil repair. The 32AWG coaxial cables offer excellent high-frequency signal transmission with minimal loss, ideal for small RF coils or sensitive components. With braided shielding, they provide superior…

Multi Core RF Coax Cable 10 Coax RG178 For MRI RF Coax Coil cable

10 wire MRi cable with 10 RF Coax 30AWG (RG178)

ByRF Coaxial

This MRi compatible cable consists of 10 RG178 coaxial cables. Differences in Usage: Usually composite cable in MRi coil repair includes “RF coax cable and Electric wire”,the unique feature for this cable is that”it only include RG178″ Feature Possible Application Scenarios: Specification Need a Custom Solution?

10 coaxial 30AWG +12 wire 28AWG

22 wire MRi Coil cable with 10 RF Coaxial cable 30AWG and 12 wire 28AWG

ByRF Coaxial

This MRi compatible cable consists of 10 RF Coaxial cable 30AWG and 12 wire 28AWG This 10 x RG178 coaxial cables and 12 x 28AWG shielded electronic wires are designed for MRI coil repair, offering high-frequency signal transmission with minimal loss. The RG178 coaxial cables feature braided shielding, ensuring excellent signal integrity and protection against electromagnetic interference (EMI), making them ideal for RF…