Discover the ZMDC-37PNP Micro Connector Series

Compact Design for Space-Constrained Systems: The ZMDC-37PNP micro connector is a space-saving marvel. Measuring 5.65mm shorter in length and 1.24mm narrower than its predecessor, the ZMDM series, it’s tailor-made for applications where board real estate matters. Whether you’re designing aerospace avionics or industrial control systems, this connector ensures efficient signal transmission without compromising on performance. Its robust construction withstands extreme temperatures (from -55°C to +125°C), making it a reliable choice for demanding environments.
High Performance, Low Contact Resistance: With an impressive contact resistance of just 8 mΩ, the ZMDC-37PNP connector ensures minimal signal loss. Its insulation resistance of 5000 mΩ adds an extra layer of reliability. Plus, the versatile applications span across industries, from defense electronics to precision machinery. When space is at a premium and performance is non-negotiable, the ZMDC-37PNP connector delivers.

Key Features of the ZMDC-37PNP Connector

Frequency Range: The ZMDC-37PNP operates seamlessly across a broad frequency spectrum, spanning from 0.2 MHz to an impressive 250 MHz. Whether you’re dealing with low-frequency signals or high-speed data, this connector has you covered.
Mainline Loss (Insertion Loss): When it comes to signal integrity, the ZMDC-37PNP connector shines. Its typical mainline loss (insertion loss) is a mere 0.35 dB. This minimal loss ensures efficient signal transmission, critical for high-performance applications.
Electrical Performance (Typical Values): Insulation Resistance: A robust 5000 mΩ ensures secure operation.
Mechanical Life: Expect 500 reliable cycles.
Impact Resistance: Withstands 490m/s²—ideal for rugged applications.
Vibration Resistance: Survives vibrations from 10 Hz to 2000 Hz at 196m/s².
Contact Resistance: A low 8 mΩ for efficient conductivity.
Relative Humidity: Up to 98% at 40°C.
Current Capacity: Handles 5 A with ease.
Pressure Resistance: Impressive 800V withstand capability.

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