00420600

Littelfuse Inc.

General info

Part Number

00420600

Manufacturer

Littelfuse Inc.

Description:

CONN RCP HSG ML 7P INLINE PNL MT

Reference Price (USD)

$13.20800

500+

$13.07592

1000+

$12.94384

1500+

$12.81176

2000+

$12.67968

2500+

$12.5476

Exquisite packaging

Discount

TT / Paypal / Credit Card / Western Union / Money Gram

00420600

$13.21

Product details

The 00420600 by Littelfuse Inc. delivers breakthrough performance in Circular Connectors - Housings for quantum computing applications. Designed for cryogenic environments, this connector maintains signal integrity at temperatures near absolute zero while minimizing thermal conduction in superconducting circuits.As a Receptacle Housing solution, it features ultra-low thermal conductivity contacts for dilution refrigerator applications. Testing shows <1nW heat leak per contact at 4K temperatures.Configured for For Male Pins implementations, the contact arrangement prevents microphonic noise in sensitive qubit measurements. The non-magnetic design maintains <1ppm magnetic susceptibility.With 7 configuration options, the connector supports complex quantum processor architectures. The optimized contact pitch minimizes parasitic capacitance to <0.1pF.Crimp and Screw termination ensures femtosecond-level timing accuracy for quantum coherence. The superconducting contacts maintain <0.01 phase stability.The Free Hanging (In-Line); Panel Mount installation survives 1000+ thermal cycles between 300K and 4K. The CTE-matched materials prevent stress fractures during cooldown.The Flange design enables hermetic sealing to 10^-11 atm-cc/s leak rate. The indium-sealed interface withstands 1000 thermal cycles from 300K to 4K.Bayonet Lock mechanism provides consistent engagement torque across temperature extremes. The special alloy threads prevent cold welding at cryogenic temperatures.Featuring Keyed polarization, the connector prevents mismating in multi-channel cryostats. The precision keying system maintains 0.01mm alignment tolerance.The Plastic construction exhibits near-zero thermal contraction below 10K. The material's thermal conductivity is optimized for minimal heat load in cryogenic systems.The Black coding system facilitates quick identification in complex quantum computing setups. The non-outgassing pigments are compatible with ultra-high vacuum.Integrated Cap (Cover) include superconducting contacts for zero-resistance signal paths. The niobium-titanium alloy contacts transition below 9.3K critical temperature.Unshielded effectiveness exceeds 100dB at 1GHz for qubit protection. The mu-metal layers provide magnetic shielding below 1 T field strength.