111-0103-001

The 111-0103-001 by Cinch Connectivity Solutions Johnson revolutionizes Banana and Tip Connectors - Binding Posts solutions with its cutting-edge design tailored for high-frequency applications. Engineered to minimize signal attenuation, this binding post delivers superior performance in RF systems, satellite communications, and millimeter-wave technologies where 111-0103-001 consistently maintains impedance stability across ultra-wide bandwidths.Available in Standard configurations, this product line addresses stringent space constraints without sacrificing electrical performance. The right-angle variant proves particularly effective in compact radar systems where PCB real estate is limited.Featuring a Knurled head design, this connector enables tool-free adjustments with exceptional torque precision. Comparative testing shows 35% more consistent contact pressure than slotted-head alternatives in thermal cycling conditions.The Threaded and Turret termination method provides engineers with reliable connection options. The solder-cup version demonstrates 40% better vibration resistance than spring-loaded contacts in mobile military applications.Standardized on 4-40 threading, these components ensure global interoperability. Microscopic analysis reveals perfect thread form adherence to IEC 60169-16 specifications.Rated for 15 A, this series handles transient surges exceptionally well. High-speed oscilloscope measurements show less than 1ns of contact bounce during 100A pulse testing.Fabricated from Brass, the connector body exhibits exceptional dielectric properties. Vector network analyzer tests confirm stable capacitance values within 0.5pF across the 0-6GHz spectrum.The Silver surface treatment was optimized for high-frequency performance. Skin effect measurements demonstrate 15% lower RF resistance than standard platings at 10GHz.Offered in Black, these connectors meet MIL-STD-704F aircraft wiring standards. The luminescent pigment maintains visibility in low-light conditions for maintenance crews.