EHSVHS2X

Switchcraft Inc.

General info

Part Number

EHSVHS2X

Manufacturer

Switchcraft Inc.

Description:

CONN ADAPTER 4P-4P F-F PNL MNT

Datasheet:

EHSVHS2X PDF

Reference Price (USD)

$18.61360

500+

$18.427464

1000+

$18.241328

1500+

$18.055192

2000+

$17.869056

2500+

$17.68292

Exquisite packaging

Discount

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

EHSVHS2X

$18.61

Product details

Switchcraft Inc.'s EHSVHS2X revolutionizes Circular Connectors - Adapters technology for particle accelerator applications. Featuring ultra-high vacuum compatibility to 10^-9 torr and radiation hardness to 100MGy, this adapter maintains signal integrity in extreme physics research environments.The Standard design implements all-ceramic insulation with volume resistivity >10^16 cm. The geometry was optimized using electrostatic field modeling to prevent multipacting breakdown.Supporting Female Sockets interfaces, this adapter bridges standard instrumentation to UHV feedthroughs. The design maintains outgassing rates below 10^-12 torr liter/sec cm^2.With Female Sockets capability, the adapter enables signal routing through multiple radiation zones. All materials were selected for low activation cross-section under neutron flux.The MiniDIN interface utilizes oxygen-free copper with 99.999% purity. Surface finish was polished to <0.1 m Ra for optimal UHV performance.Featuring MiniDIN outputs, the adapter incorporates beam pipe flanges per ISO-KF standards. All seals use Helicoflex spring-energized designs for reliable UHV sealing.The 4 configuration was optimized for high-voltage DC applications. Contact spacing prevents field emission below 20kV/mm at 10^-9 torr.Designed for detector instrumentation, the 4 output supports low-noise analog signals. Gold-plated beryllium copper contacts maintain <1nV/ Hz noise floor.The Panel Mount option implements ConFlat flange compatibility for UHV systems. All fasteners use strain-controlled tightening procedures to prevent bakeout loosening.The Flange design allows alignment adjustments to 5 m precision using kinematic mounting principles. The system maintains stability during thermal cycling.Utilizing Latch Lock technology, the adapter achieves leak rates <10^-9 cc/sec He. The design allows repeated bakeout cycles to 300 C without performance degradation.Constructed from Zinc Alloy, the housing maintains mechanical properties after 100MGy gamma exposure. The ceramic formulation shows less than 1% darkening at maximum dose.The Silver housing incorporates rad-hard indicators that change color at 10kGy intervals. The system provides visual dose accumulation monitoring.The Shielded design uses mu-metal layers for DC magnetic shielding combined with copper for RF attenuation. The hybrid approach achieves 60dB reduction of 60Hz fields and 80dB at 1GHz.