Overview of DCH010505SN7 by Texas Instruments
The DCH010505SN7 by Texas Instruments is a miniature, 1W, 3kVDC isolated DC/DC converter encompassed in a 4-SIP module. This power converter operates efficiently within a temperature range of -40 to 85 degrees Celsius. Designed primarily for converting a nominal input voltage of 4.5V up to 5V output, it features a peak output current of 0.2A. The device’s power supply integrity is ensured by an impressive load regulation maximum of 9% and a minimal ripple voltage of 0.012 Vrms, making it a reliable option for demanding applications that require stable output voltage.
The component is housed in a RoHS compliant, SIP-4 plastic/epoxy package which supports through-hole mounting but is not suited for surface mount applications. The lead-free and REACH compliant aspect of the part, along with a non-specified peak reflow temperature, makes it adaptable to various environmental legislations for electronic equipment. With a total power output-max of 1W, this converter is equipped with a technology configuration marked as ‘hybrid’, and a ‘push-pull’ switcher configuration.
Industry Applications for DCH010505SN7
The Power Supply Modules such as the DCH010505SN7 can be highly versatile in numerous industries considering their robust design and reliable performance characteristics. Below are a few industries where this power converter might fit well:
- Consumer Electronics: The converter could potentially be used in various consumer electronic devices which require safe, isolated power supply. This can inclue items ranging from small home appliances to charging systems, where consistency and efficiency are crucial.
- Industrial Automation: In factory settings where sensitive measurements or operations are conducted, isolating the power supply as with the DCH010505SN7 can help protect both data accuracy and equipment functionality.
- Telecommunications: Being critical to the reliability of systems in telecommunications where signal integrity is paramount, these converters can effectively minimize electronic noise, thus ensuring quality data transmission and reception.
- Computing and Data Storage: Data centers that require consistent power delivery to protect data integrity could benefit from the stable output and robust design of the DCH010505SN7.
- Medical Imaging: Given the critical nature of medical devices, stable and reliable power supply modules are central to their functionality. Although this converter is not explicitly rated for medical use, similar modules may be found in medical applications subject to additional certifications and compliance with specific healthcare regulations.
It is crucial for design teams to verify each application for compatibility and the certification demands of the respective industry standards to ensure adherence to safety and functionality requirements.
About Texas Instruments
As a globally recognized leader in semiconductor design and manufacturing, Texas Instruments (TI) excels particularly in their developments of Power Supply Modules. TI’s range of power sciences includes innovative products designed for efficiency and reliability. Their catalog offers various isolated and non-isolated DC/DC converters which share functional familiarity with the DCH010505SN7. Texas Instruments continues to focus on creating highly integrated modules that reduce the need for additional components, aiming for easier implementation and greater energy efficiency. Their rigorous testing ensures each module performs to the highest standards across various applications.
Where to Find DCH010505SN7 by Texas Instruments
To procure the DCH010505SN7, I recommend researching current stock levels and pricing on findchips.com. The platform provides up-to-date information from various distributors. Historically, this part has been listed at distributors such as Win Source Electronics, LCSC, Chip1Stop, and Mouser Electronics. Given the changing nature of electronic component inventories, checking Power Supply Modules on findchips.com can help you find both the DCH010505SN7 and possibly other similar products by Texas Instruments or alternative manufacturers.