Molex Connector for use with SlimStack

The TE Connectivity Board-to-Board connector embodies advanced engineering for seamless connectivity, specifically designed for applications requiring precision and reliability. With a compact 0.80mm pitch, it effortlessly facilitates high-density circuit configurations. The right-angle orientation allows for streamlined integration into constrained spaces, making it an excellent choice for modern electronic assemblies. Constructed from premium materials, this connector ensures durability, sustaining up to 30 mating cycles without compromise. The high-temperature thermoplastic resin enhances its resilience against harsh operational conditions, while the meticulously engineered metal components deliver superior electrical performance.

The TE Connectivity Board-to-Board connector embodies advanced engineering for seamless connectivity, specifically designed for applications requiring precision and reliability. With a compact 0.80mm pitch, it effortlessly facilitates high-density circuit configurations. The right-angle orientation allows for streamlined integration into constrained spaces, making it an excellent choice for modern electronic assemblies. Constructed from premium materials, this connector ensures durability, sustaining up to 30 mating cycles without compromise. The high-temperature thermoplastic resin enhances its resilience against harsh operational conditions, while the meticulously engineered metal components deliver superior electrical performance.

Premium materials provide enhanced electrical conductivityDesigned to facilitate easy mating and demating processesComplies with stringent industry standards for reliabilitySupports a maximum current of 0.5A, ensuring efficient power transmissionSurface mount termination interfaces enhance design flexibility

Premium materials provide enhanced electrical conductivityDesigned to facilitate easy mating and demating processesComplies with stringent industry standards for reliabilitySupports a maximum current of 0.5A, ensuring efficient power transmissionSurface mount termination interfaces enhance design flexibility