Molex 43045 Series Vertical Through Hole PCB Header, 16 Contact(s), 3 mm Pitch, 2 Row, Shrouded

The Molex Micro-Fit 3.0 Vertical Header is an Advanced interconnect solution designed for power and wire-to-board applications. With a 3.00mm pitch and an impressive dual-row design of 16 circuits, this component ensures optimal connectivity and durability. Its construction features high-temperature thermoplastic materials, making it glow-wire capable and compliant with international safety standards. The Micro-Fit header is engineered for reliability, with a maximum operating temperature range from -40° to +125°C. Whether you require enhanced performance or stringent safety compliance, this product is tailored to meet demanding application needs in electronic assemblies.

The Molex Micro-Fit 3.0 Vertical Header is an Advanced interconnect solution designed for power and wire-to-board applications. With a 3.00mm pitch and an impressive dual-row design of 16 circuits, this component ensures optimal connectivity and durability. Its construction features high-temperature thermoplastic materials, making it glow-wire capable and compliant with international safety standards. The Micro-Fit header is engineered for reliability, with a maximum operating temperature range from -40° to +125°C. Whether you require enhanced performance or stringent safety compliance, this product is tailored to meet demanding application needs in electronic assemblies.

Glow-wire capable, meeting strict fire safety standardsFeatures a vertical orientation Ideal for space-constrained designsIncludes PCB locator for easy and accurate positioning during assemblyCapable of through-hole termination for improved mechanical stabilityPolarized design ensures correct orientation, reducing the risk of misalignment

Glow-wire capable, meeting strict fire safety standardsFeatures a vertical orientation Ideal for space-constrained designsIncludes PCB locator for easy and accurate positioning during assemblyCapable of through-hole termination for improved mechanical stabilityPolarized design ensures correct orientation, reducing the risk of misalignment