- Terminal → SCT1251FT
- Housing → SCT1251FH
- Header → SCT1251WV, SCT1251WR, SCT1251WVS, SCT1251WRS
Molex 51021-0800 PicoBlade 8 Pin Connectors: Unleashing Seamless Wire-to-Wire and Wire-to-Board Connections
Molex introduces the PicoBlade 8 pin connector series, revolutionizing wire-to-wire and wire-to-board connections with unparalleled features and advantages. Specifically, the Molex 51021-0800 receptacle crimp housing, when paired with the 51047-0800 plug crimp housing, forms a robust wire-to-wire connection. Additionally, these connectors seamlessly integrate with PicoBlade 8 pin through hole vertical headers (53047-0810), right-angle headers (53048-0810), SMD vertical headers (53398-0871), and right-angle headers (53261-0871) for efficient wire-to-board connections.
Key Features of Molex 51021-0800:
1. Current Rating and Voltage Endurance:
– The PicoBlade 8 pin connectors boast a remarkable current rating of 2A AC/DC, ensuring reliable power transmission in diverse applications.
– With a voltage rating of 250V AC/DC, these connectors excel in both low and high-voltage environments, making them versatile for various electronic systems.
2. Insulation Performance:
– Featuring an insulation resistance of 100MΩ minimum, these connectors provide a high level of electrical insulation, reducing the risk of signal interference and ensuring signal integrity.
– The connectors can withstand a voltage of 500VAC (1 minute), ensuring robust insulation properties even in demanding operating conditions.
3. Low Contact Resistance:
– With a maximum contact resistance of 20mΩ, the PicoBlade connectors guarantee low resistance levels, minimizing power loss and enhancing overall system efficiency.
4. Wide Operating Temperature Range:
– Designed to perform in diverse environments, the connectors support an impressive operating temperature range from -40°C to +85°C, ensuring reliability in extreme conditions.
5. High-Quality Material:
– The insulator (housing) is constructed from Nylon 66 (UL94V-0), a durable and flame-retardant material that enhances the connectors’ safety and longevity.
– The white color of the housing not only adds a sleek aesthetic but also facilitates easy identification and organization within complex electronic systems.
Applications of Molex PicoBlade 8 Pin Receptacle Crimp Housing:Â
The Molex PicoBlade 8 pin connectors find applications across various industries, including but not limited to:
– Consumer Electronics
– Automotive Electronics
– Industrial Automation
– Medical Devices
– Telecommunications
Advantages of Molex 51021-0800:
1. Reliability: The connectors’ high current and voltage ratings, coupled with robust insulation and low contact resistance, ensure a reliable and stable connection in critical applications.
2. Versatility: With compatibility for both wire-to-wire and wire-to-board configurations, these connectors offer versatility in designing and assembling electronic systems.
3. Durability: The connectors’ wide operating temperature range and high-quality materials make them durable, capable of withstanding challenging environmental conditions.
4. Safety: The use of flame-retardant Nylon 66 in the housing enhances safety, meeting stringent industry standards.
5. Ease of Use: The white color of the housing simplifies identification and installation, contributing to the ease of use in complex electronic setups.
In conclusion, the Molex PicoBlade 8 pin connectors, exemplified by the 51021-0800 receptacle crimp housing, offer a reliable, versatile, and durable solution for wire-to-wire and wire-to-board connections. With outstanding electrical performance, a wide operating temperature range, and high-quality materials, these connectors are poised to meet the evolving needs of modern electronic applications across various industries.
SCT1251MH-08BWT104 serves as a cost-effective and reliable alternative to the Molex PicoBlade 8-pin receptacle housing 51021-0800. Offering dependable connections and exceptional performance, it is well-suited for a variety of electronic applications, making it an ideal solution for electrical connectivity.