APH-HDBNCJ-T
Amphenol RF
APH-HDBNCJ-T
Amphenol RF
CONN TERMINATOR JACK HDBNC 75OHM
Reference Price (USD)
1+
$36.13000
500+
$35.7687
1000+
$35.4074
1500+
$35.0461
2000+
$34.6848
2500+
$34.3235
Exquisite packaging
Discount
TT / Paypal / Credit Card / Western Union / Money Gram
APH-HDBNCJ-T
$36.13
Product details
Amphenol RF's APH-HDBNCJ-T delivers unparalleled performance in Coaxial Connectors (RF) - Terminators, specifically engineered for quantum computing applications where signal termination precision affects qubit coherence times. Its cryogenic-compatible design maintains stability at ultra-low temperatures.Featuring BNC, HD interface options, the component facilitates reliable connections in dilution refrigerator environments, where thermal cycling poses unique mechanical challenges.The Jack, Female Socket configuration ensures proper gender implementation while minimizing thermal conductivity, critical for maintaining millikelvin temperature stability.Capable of operating at 3 GHz, the terminator exhibits minimal dielectric losses, preserving microwave pulse fidelity in superconducting quantum processors.Precisely matched to 75 Ohms, the device eliminates standing waves that could disrupt delicate quantum state measurements.Designed for Free Hanging, Cap installation, the solution accommodates unique mounting requirements in cryogenic probe stations and quantum measurement systems.The Gold exterior provides both thermal isolation and RF shielding, essential for reducing noise in sensitive quantum readout circuits.Utilizing Beryllium Copper contacts ensures stable performance across extreme temperature gradients from 300K to 10mK environments.Gold plating maintains ultra-low contact resistance while preventing cold welding in vacuum conditions.
Product Attributes
- Product Status: Active
- Connector Style: BNC, HD
- Connector Type: Jack, Female Socket
- Frequency - Max: 3 GHz
- Impedance: 75 Ohms
- Mounting Type: Free Hanging, Cap
- Body Finish: Gold
- Contact Material: Beryllium Copper
- Contact Finish: Gold
- Features: -
You May Also Be Interested In
