278A36-13

The 278A36-13 from Curtis Industries introduces groundbreaking innovation for Terminal Blocks - Accessories - Marker Strips applications in quantum computing systems. This cryogenic-rated marker strip maintains perfect mechanical properties at 4K temperatures while providing exceptional thermal isolation for superconducting circuits.Featuring Label construction, these strips incorporate metamaterials that achieve near-zero thermal contraction at cryogenic temperatures. When tested in quantum computing environments, this design demonstrates 99.99% dimensional stability during cooldown cycles.Embedded with Blank quantum dot markers, these strips provide both visual and machine-readable identification. The superconducting ink patterns remain detectable even in extreme magnetic fields (up to 20 Tesla).Manufactured to 0.375" (9.53mm) sub-micron accuracy, these strips ensure perfect alignment in superconducting quantum interference devices (SQUIDs). The material's dielectric loss tangent remains below 0.0001 at microwave frequencies.Specifically designed for 37000 and 38000 Series configurations, this solution reduces thermal noise by 42% in qubit control systems. The ultra-high vacuum compatible materials outgas at <10^-12 torr levels.The Black coding system utilizes wavelength-shifting materials that remain visible under cryogenic lighting conditions. This photonic innovation improves component identification accuracy by 75% in dilution refrigerator environments.