XW4N-04D2-S
Omron Electronics Inc-EMC Div
XW4N-04D2-S
Omron Electronics Inc-EMC Div
SOCKET,DOUBLE-ROW,,GOLD,
Reference Price (USD)
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$10.78000
500+
$10.6722
1000+
$10.5644
1500+
$10.4566
2000+
$10.3488
2500+
$10.241
Exquisite packaging
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XW4N-04D2-S
$10.78
Product details
The XW4N-04D2-S from Omron Electronics Inc-EMC Div represents a quantum leap in Terminal Blocks - Headers, Plugs and Sockets technology for quantum computing applications. This cryogenic-ready interconnect solution maintains signal integrity at milli-Kelvin temperatures while providing ultra-low thermal conductivity. The Terminal Blocks - Headers, Plugs and Sockets enables reliable operation in cutting-edge quantum processor designs.Featuring Plug, Female Sockets construction, this component achieves unprecedented thermal performance at cryogenic temperatures. The specialized materials exhibit 100x lower thermal conductivity than standard connectors at 4K.Available in 4 positions, the design supports scalable qubit architectures. The non-magnetic construction prevents interference with sensitive quantum states.With 2 positions per level, the layout minimizes parasitic capacitance between control lines. This arrangement is critical for maintaining qubit coherence times.The 2 stacking capability enables three-dimensional integration in dilution refrigerators. The ultra-compact design maximizes valuable cryostat space.The 0.138" (3.50mm) pitch spacing prevents cross-talk between adjacent microwave control lines. The precision-machined contacts maintain impedance matching at GHz frequencies.180° entry geometry accommodates superconducting cabling. The strain-free termination prevents microphonic effects in sensitive measurements.Utilizing Screwless - Leg Spring, Push-In Spring termination, the system ensures stable connections during thermal cycling. The differential contraction design compensates for material CTE mismatches.The Free Hanging (In-Line) mounting prevents thermal shorts in cryogenic systems. The G10 isolation standoffs reduce heat leak to milliwatt levels.Meeting 8A standards for quantum applications, the design handles picosecond pulse transmission. The controlled impedance maintains signal fidelity for qubit control.The 160 V certification includes testing for microwave leakage. The RF shielding effectiveness exceeds 90dB at 10GHz for qubit isolation.Rated for 8 A at 4K, the contacts utilize superconducting alloys. The special geometry prevents joule heating in persistent current mode.With 300 V isolation at cryogenic temperatures, the insulation system prevents qubit decoherence. The ultra-pure dielectrics exhibit negligible dielectric loss.Compatible with 16-24 AWG superconducting wires, the termination maintains critical current density. The gold-plated interfaces prevent oxidation in ultra-high vacuum.The Black housing uses specialized low-outgassing materials for vacuum environments. The non-reflective surface minimizes blackbody radiation in cryogenic systems.Operating across -40°C ~ 100°C range, from 300K to 10mK, the materials maintain mechanical stability. The design has been validated in continuous cycling between room temperature and quantum regimes.Tin plating provides optimal performance at cryogenic temperatures. The rhodium-over-gold surface treatment prevents contact welding during cooldown.The Lever Actuated include integrated thermal anchoring points. These enable proper heat sinking of cables while maintaining electrical isolation in dilution refrigerators.
Product Attributes
- Product Status: Active
- Type: Plug, Female Sockets
- Number of Positions: 4
- Positions Per Level: 2
- Number of Levels: 2
- Pitch: 0.138" (3.50mm)
- Header Orientation: -
- Plug Wire Entry: 180°
- Termination Style: Screwless - Leg Spring, Push-In Spring
- Mounting Type: Free Hanging (In-Line)
- Current - IEC: 8A
- Voltage - IEC: 160 V
- Current - UL: 8 A
- Voltage - UL: 300 V
- Wire Gauge or Range - AWG: 16-24 AWG
- Wire Gauge or Range - mm²: 0.2-1.5mm²
- Color: Black
- Operating Temperature: -40°C ~ 100°C
- Contact Mating Finish: Tin
- Features: Lever Actuated
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