Overview of MC7815BTG by onsemi
The MC7815BTG is a fixed positive single output standard regulator, crafted by onsemi using bipolar technology. It falls into the subcategory of Linear Regulator ICs within the broader category of Power Circuits. This component is designed to maintain a stabilized output voltage of 15 V with an output current of up to 1 A. The input voltage can range from 17.9 V to a maximum of 30 V, with an absolute maximum input of 35 V, ensuring versatility in various high-voltage applications.
The physical characteristics of the MC7815BTG include a traditional TO-220 package, a standard paddling configuration suitable for a range of assembly methods, including through-hole mounting. Its nominal dropout voltage is 2 V, which is quite efficient for standard power supplies. This unit is rated to operate within a wide temperature range from -40°C to +125°C, making it a reliable option for operations in varying environmental conditions. Despite its numerous capabilities, the MC7815BTG is lead-free but not REACH compliant, and it comes with a nominal factory lead time of 20 weeks and 4 days as of the current writing.
Industry Applications for MC7815BTG
The MC7815BTG could potentially serve in numerous industries, leveraging its robust thermal and electrical characteristics. Below are specific industry applications where this regulator might be particularly useful, bearing in mind that these applications are conceptual and would require thorough verification according to the specific industry standards:
- Energy and Power Systems: The MC7815BTG could potentially be utilized in power supply units for various energy management systems. Its capability to handle a significant input voltage range and maintain a consistent output under varied environmental conditions makes it suitable for robust systems.
- Transportation and Logistics: In transportation systems, especially those requiring stringent regulation of power supplies within electronic control units, the MC7815BTG could possibly be a critical component. Its wide operating temperature range is suitable for harsher outdoor environments typically found in transportation applications.
- Renewable Energy: Renewable energy equipment, such as solar power inverters, could benefit from the reliable voltage regulation provided by the MC7815BTG. Its efficiency in power regulation can contribute to the stability of these high-dependency systems.
- Automotive: While specific automotive standards such as AEC-Q100 are not mentioned, the characteristics of the MC7815BTG like high temperature tolerance and robust voltage handling may make it a provisional candidate for certain non-critical automotive applications, subject to further validation against automotive standards.
Note that these potential industry applications are illustrative and further analysis and verification by engineering and design teams would be essential to ensure adherence to industry standards and application requirements.
About onsemi
onsemi is a prominent manufacturer in the electronics industry, known for its extensive range of components that cater to a wide array of applications, from power management to signal conditioning. Particularly, within the realm of Linear Regulator ICs, onsemi offers a variety of solutions like the MC7815BTG, which exemplify their commitment to providing stable, reliable power supplies in diverse electronic configurations. Their products are typically designed to meet rigorous reliability and performance standards, making them suitable for both commercial and industrial applications.
Where to Find MC7815BTG by onsemi
For procurement of the MC7815BTG, findchips.com is an excellent resource to check current stock levels and competitive pricing. This part has historically been available from distributors such as Win Source Electronics, New Advantage Corporation, Master Electronics, and DigiKey, to name a few. However, for real-time availability and pricing, it is recommended to check on findchips.com. In addition, you can also explore other Linear Regulator ICs which might offer alternative specifications that could be better suited to particular applications.