Overview of MC7805CD2TR4G by onsemi
The MC7805CD2TR4G by onsemi is characterized as a fixed positive single output standard regulator. Operating within an input voltage range of 7.5 V to 20 V, it stabilizes output at a nominal 5 V. This component is designed to handle a maximum output current of 1 A and can endure an absolute maximum input voltage of 35 V, accommodating various levels of input from different power sources.
This voltage regulator’s package is a 3-lead D2PAK, suitable for compact high-power applications. The construction maximizes heat dissipation and is compatible with solder reflow temperatures up to 260 °C, indicating its robustness for various mechanical assembly processes. Notably, its dropout voltage is fairly low at 2 V, making it efficient for applications running closer to the output voltage.
As per findchips.com, the MC7805CD2TR4G boasts stringent line and load regulation, which ensures reliable performance under varying line conditions and load fluctuations. Further, it embodies a moisture sensitivity level of 1, showcasing excellent resilience in humid conditions. The regulator’s operating temperature range extends from 0°C to +125°C, covering a broad spectrum of environmental conditions.
Being part of the Linear Regulator ICs subcategory in Power Circuits, this component is also RoHS compliant, though it is not REACH compliant, something to consider based on geographical and regulatory requirements.
The factory lead time for this part is currently at 19 weeks, as per the latest data, signifying potential delays in procurement.
Industry Applications for MC7805CD2TR4G
The MC7805CD2TR4G potentially suits a range of industrial applications owing to its universal regulatory capabilities and environmental resilience:
- Consumer Electronics: This regulator could potentially be utilized in devices like home appliances and personal gadgets, where a stable 5V rail is crucial. The part’s strong line and load regulation ensure device functionality remains consistent regardless of input variability.
- Telecommunications: For telecommunications equipment requiring consistent voltage under variable operational temperatures, this IC might be suited given its temperature resilience and efficient power regulation.
- Computing and Data Storage: In the realm of servers and storage devices, maintaining precise voltage is essential. The MC7805CD2TR4G could be a good candidate, provided its low dropout voltage and high-efficiency output characteristics.
- Industrial Automation: The robustness of this regulator makes it a possible fit for automated machinery and control systems in industrial environments, particularly where machines must operate reliably over a wide range of operating conditions.
Please note, these potential industry applications are conceptual and would require detailed analysis and validation by engineering teams to ensure compliance with industry-specific standards and performance requirements.
About onsemi
onsemi is a prominent player in the realm of semiconductor solutions, specializing in energy-efficient innovations. The company is instrumental in advancing technologies in the power electronics domain, including Linear Regulator ICs like the MC7805CD2TR4G. Their portfolio includes a variety of semiconductor products catered to managing power efficiently across a broad range of electronic devices.
Their expertise in designing and manufacturing high-performing linear regulators ensures that devices not only conserve power but also enhance performance through minimizing voltage fluctuations and maximizing stability. The MC7805CD2TR4G is one of many such innovations by onsemi that underscores their commitment to quality and environmental sustainability.
Where to Find MC7805CD2TR4G by onsemi
To purchase the MC7805CD2TR4G, it’s suggested to browse findchips.com, where you can find current stock levels and pricing from various distributors. Historically, distributors such as RS, Mouser Electronics, DigiKey, and Farnell have stocked this product. For alternative components from onsemi or other manufacturers, consider browsing Linear Regulator ICs.