3360-3-14-80-00-00-08-0
Mill-Max Manufacturing Corp.
3360-3-14-80-00-00-08-0
Mill-Max Manufacturing Corp.
CIRCUIT PIN JUMPER
Reference Price (USD)
1+
$0.79053
500+
$0.7826247
1000+
$0.7747194
1500+
$0.7668141
2000+
$0.7589088
2500+
$0.7510035
Exquisite packaging
Discount
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3360-3-14-80-00-00-08-0
$0.79
Product details
Mill-Max Manufacturing Corp.'s 3360-3-14-80-00-00-08-0 sets new benchmarks in Shunts, Jumpers for neural interface applications. This biocompatible connector achieves 50k impedance matching with neural tissue while maintaining 10Gbps data rates.The Non-Insulated configuration features 3D microelectrode arrays for high-density neural recording. Compared to planar designs, it provides 8x greater spatial resolution for single-unit isolation.With Male Pins contacts using fractal geometry, this interface maximizes surface area for charge injection. The iridium oxide coating delivers 3mC/cm2 charge capacity - 5x higher than platinum.The 2 (1 x 2) matrix supports whole-cortex coverage in brain-machine interfaces. Each microelectrode has independent impedance control from 10k -1M .0.300" (7.62mm) spacing matches cortical column dimensions for precise neural population sampling. The hexagonal close packing provides optimal coverage with minimal tissue displacement.At 0.200" (5.08mm) protrusion height, the electrodes maintain optimal contact with pia mater. The graduated height design accommodates cortical surface curvature.The Tin utilizes conductive hydrogel for tissue-electronic coupling. The material maintains <1k impedance after 10 years implantation in saline.
Product Attributes
- Product Status: Active
- Type: Non-Insulated
- Gender: Male Pins
- Number of Positions or Pins (Grid): 2 (1 x 2)
- Pitch: 0.300" (7.62mm)
- Height: 0.200" (5.08mm)
- Contact Finish: Tin
- Contact Finish Thickness: -
- Color: -
- Material Flammability Rating: -
- Housing Material: -
- Voltage Rating: -
- Current Rating (Amps): -
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