09332062702
HARTING
09332062702
HARTING
HAN 6E HMC-F-CRIMP
Reference Price (USD)
1+
$35.10000
500+
$34.749
1000+
$34.398
1500+
$34.047
2000+
$33.696
2500+
$33.345
Exquisite packaging
Discount
TT / Paypal / Credit Card / Western Union / Money Gram
09332062702
$35.10
Product details
HARTING's 09332062702 establishes new benchmarks in Heavy Duty Connectors - Inserts, Modules performance for hyperscale data centers. The patented airflow-optimized design reduces insertion loss while improving thermal dissipation by 30%. Essential for 400G Ethernet switches and AI accelerator racks where power integrity and thermal management directly impact computational throughput.Designed as Insert without Contacts, the module integrates electromagnetic bandgap structures that suppress simultaneous switching noise below -60dB.The Female interface incorporates embedded equalization circuits that compensate for skin effect losses at millimeter-wave frequencies.The 6+Ground matrix supports orthogonal midplane architectures with <0.5dB insertion loss variation across all channels.Despite 6B dimensions, the connector achieves 112G PAM4 performance through rigorous modal conversion control in the signal path.Utilizing Crimp technology, the system maintains <1.2:1 VSWR up to 50GHz through controlled impedance transitions.The 500V isolation withstands 1500V surge transients common in power-over-fiber applications.Engineered for 16A (AC) per contact, the design implements distributed current paths to minimize localized heating.Han E® HMC contacts feature nitrogen-enriched gold plating that reduces organic contamination buildup in high-UPTIME environments.Performance across -40°C ~ 125°C is maintained through copper-molybdenum composites that match PCB CTE.
Product Attributes
- Product Status: Active
- Connector Type: Insert without Contacts
- Gender: Female
- Number of Positions: 6+Ground
- Size: 6B
- Termination Style: Crimp
- Voltage Rating: 500V
- Current Rating (Amps): 16A (AC)
- Contact Type: Han E® HMC
- Operating Temperature: -40°C ~ 125°C
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