Overview of DGH205Q2R7 by Cornell Dubilier Electronics Inc.
The DGH205Q2R7 is an Electric Double Layer Capacitor described specifically for applications requiring a combination of low voltage (2.7V), high capacitance (2000000 µF), and a radial leaded package for through-hole mounting. As an electrical capacitor, it exhibits a very high capacitance in relation to its size, enabled primarily by its use of activated carbon as the dielectric material. This part exhibits a negative tolerance of 10% and a positive tolerance of 30%. The DGH205Q2R7 features a radial package style with dimensions measuring 8mm in diameter and 14mm in length, ensuring it is compact enough for a range of applications. The component operates within a temperature range of -40°C to 85°C and is mounted through a through-hole mount system, featuring a terminal pitch of 3.5mm. Its terminals are finished with tin (Sn), and the package is compliant with UL standards, RoHS, and has a JESD-609 Code of e3.
Industry Applications for DGH205Q2R7
The unique properties and specifications of the DGH205Q2R7 render it suitable for various applications across multiple industries. It’s essential to note that the deployment of such components in specific industries and applications depends on thorough validation and adherence to relevant standards by engineering teams. Here are a few potential industries where the DGH205Q2R7 might be beneficial:
- Telecommunications: The high capacitance and radial leaded mounting feature allow this capacitor to potentially be used in telecom infrastructure components where stability and power supply smoothing are critical. The high capacitance can help in power backup systems which are vital during power outages in telecommunications infrastructure.
- Consumer Electronics: Devices requiring a reliable power management system, such as wearable technology or smart home devices, could potentially utilize this capacitor to ensure stable operation and extend battery life by providing short-term backup power during changes in load.
- Aerospace and Defense: Given its wide operating temperature range and robustness signified by a UL standard compliance, this capacitor might be utilized in an aerospace setting where equipment must operate reliably under extreme conditions. However, further specification and standard checks would be necessary to confirm suitability in such critical applications.
- Industrial Automation: Automation systems that require immediate discharge of power to maintain system operations during brief interruptions could also benefit from this type of capacitor. Its high energy storage capacity and durability make it a potential candidate for such applications.
Please note, these potential industry applications are conceptual and illustrative. Proper analysis and verification by engineering and design teams are required to ensure compliance with industry standards and specific application needs.
About Cornell Dubilier Electronics Inc.
Cornell Dubilier, a noted player in the world of capacitors, specializes significantly in Special Capacitors. They have developed a reputation for manufacturing robust capacitors catered to demanding applications across various sectors such as telecommunications and industrial equipment. The DGH205Q2R7, produced by Cornell Dubilier, exemplifies the company’s commitment to providing high-quality and high-capacity capacitors. Alongside models such as DGH205Q2R7, Cornell Dubilier also produces a wide range of other capacitor types, each designed to meet specific needs within electric circuits, thereby reinforcing its role as a key supplier of innovative and reliable capacitor solutions.
Where to Find DGH205Q2R7 by Cornell Dubilier Electronics Inc
To procure the DGH205Q2R7, potential buyers can utilize findchips.com to research and identify this Special Capacitors. Historically, distributors such as TTI, TTI Europe, Mouser Electronics, DigiKey, and Farnell have stocked this item. To find current stock levels and pricing, as well as to explore similar capacitors by the same manufacturer or others, searching on findchips.com is highly recommended.