Overview of 503480-0600 by Molex
The 503480-0600 card edge connector from Molex is designed for secure and quick connection with a pitch spacing of 0.5mm. It features a right angle, surface mount terminal with locking mechanism. This connector has six contacts at the right-angle orientation and it comes in a single row. It targets applications requiring a small footprint connexion utilizing the surface mounting technique for printed circuit boards. As a part of Molex’s Easy-On 503480 Series, this connector offers a blend of functionality and reliability, being equipped with a top and bottom contact position which increases design flexibility in integrating within various layouts.
This connector is RoHS compliant, ensuring it meets specific environmental standards prohibiting the use of certain hazardous substances in electrical and electronic equipment. It’s made from durable phosphor bronze with a contact finish of nickel gold and housed in glass filled liquid crystal polymer, which acts excellently in tough conditions, offers a superior thermal stability, and provides a very clear insulator color. With an operating temperature range from -40 °C to 85 °C, it is suitable for a variety of operational environments.
Industry Applications for 503480-0600
The design features and material choices of the 503480-0600 make it potentially suitable for several industry applications, though following must only be considered as conceptual illustrations; actual utility should be validated by professional engineering and design teams:
- Energy and Power Systems: This connector could potentially be utilized in control systems for power distribution. Its ability to operate within a wide range of temperatures and its RoHS compliance might be beneficial in environments focusing on energy efficiency and regulatory compliance.
- Transportation and Logistics: Given its small footprint and robust design, the 503480-0600 might find applications in electronic control systems within transport logistics infrastructure. The locking feature and durable material could be advantageous in environments that demand connectors that resist vibration and frequent use.
- Renewable Energy: Projects focused on solar energy or wind power utilise numerous connective solutions that must withstand environmental stress. The high insulation resistance and dielectric voltage resistance make this connector a conceivable option for interfacing with control units handling power fluctuations.
- Automotive: Although specific automotive compliance was not mentioned, the temperature range and physical robustness of this connector might make it suitable for non-critical components within automotive electronic systems, subject to verification against automotive standards.
It’s important to emphasize that these potential applications are theoretical and must be properly analyzed to ensure the connector meets specific standards and application requirements.
About Molex
Molex is a globally recognized provider of electronic solutions, including a wide range of connectors like the 503480-0600. Molex’s strong reputation in the manufacturing of Headers and Edge Type Connectors and other connector types is built on their consistency in producing high-quality, reliable, and technologically advanced components. Their products, including the 503480-0600, are engineered to meet stringent international standards and cater to a wide array of industrial needs, emphasizing versatility and durability.
Where to Find 503480-0600 by Molex
To procure the 503480-0600 connector, a visit to FindChips.com provides up-to-date information on current distributors that have this part in stock. The reader can check out this link to view stock levels and competitive pricing from various distributors. Historically, it has been available at distributors such as Win Source Electronics, Master Electronics, and Mouser Electronics among others. Checking on Headers and Edge Type Connectors category at FindChips can also showcase alternative options from Molex or other manufacturers, affording buyers flexibility in their sourcing options.