AT06-2S-OMWHT
Amphenol Sine Systems Corp
AT06-2S-OMWHT
Amphenol Sine Systems Corp
CONN PLUG HSG 2POS
Reference Price (USD)
1+
$1.01500
500+
$1.00485
1000+
$0.9947
1500+
$0.98455
2000+
$0.9744
2500+
$0.96425
Exquisite packaging
Discount
TT / Paypal / Credit Card / Western Union / Money Gram
AT06-2S-OMWHT
$1.02
Product details
Amphenol Sine Systems Corp's AT06-2S-OMWHT pioneers next-gen Rectangular Connectors - Housings solutions for quantum computing infrastructure. Its cryogenic-capable design maintains signal integrity at milli-Kelvin temperatures while minimizing thermal load.The Plug configuration utilizes superconducting materials that maintain <0.01dB insertion loss at 4K temperatures for qubit control systems.Cryo-optimized Female Socket contacts feature differential thermal contraction design that prevents contact separation during cooldown to 10mK.With 2 filtered positions, the connector supports 50+ control lines while introducing <1 W heat load to dilution refrigerators.The 1-row arrangement provides optimal microwave signal isolation (>90dB) between qubit control channels at GHz frequencies.The Free Hanging (In-Line) version incorporates thermal breaks that reduce heat conduction by 95% compared to standard connectors.Crimp technology creates indium-based joints that remain ductile at cryogenic temperatures for vibration-free operation.The Latch Lock system provides precise alignment (<25 m tolerance) required for superconducting quantum interference devices (SQUIDs).The White housing uses ultra-low-outgassing materials that maintain <10-9 Torr vacuum compatibility in quantum computing chambers.Incorporating IP67, the connector achieves <0.1pF parasitic capacitance critical for preserving qubit coherence times.
Product Attributes
- Product Status: Active
- Connector Type: Plug
- Contact Type: Female Socket
- Number of Positions: 2
- Pitch: -
- Number of Rows: 1
- Row Spacing: -
- Mounting Type: Free Hanging (In-Line)
- Contact Termination: Crimp
- Fastening Type: Latch Lock
- Color: White
- Features: IP67
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