Overview of MBRS340T3G by onsemi
The MBRS340T3G is a highly efficient, silicon-based Schottky Rectifier Diode, produced by onsemi, renowned for its high-quality semiconductor products. This component is encapsulated in a SMC (DO-214AB) package, making it suitable for compact surface-mount applications. A standout feature of the MBRS340T3G is its ability to serve as a free-wheeling diode, catering to general-purpose rectification needs.
Delving into its technical specifics, the MBRS340T3G boasts a substantial forward current capacity of 4A and a peak reverse voltage capability of 40V. Its forward voltage is remarkably low at a maximum of 0.5V, enhancing system efficiency by reducing power loss during operation. The diode operates within a wide temperature range from -65 °C to 150 °C, ensuring reliability in various environmental conditions. Also notable is its Moisture Sensitivity Level (MSL) of 1, indicating excellent resilience to moisture during soldering processes, with a peak reflow temperature tolerance of 260°C for a maximum of 30 seconds.
Given its lead-free composition, Pb-free code “Yes”, and compliance with JESD-609 code “e3”, the MBRS340T3G addresses contemporary environmental and regulatory demands, making it an eco-conscientious choice for manufacturers and design engineers. Although it has a factory lead time of 71 weeks, planning your procurement process can mitigate potential delays.
Industry Applications for MBRS340T3G
The MBRS340T3G finds its applications across a broad spectrum of industries due to its flexibility and efficiency. Key applications include:
- Power supply units, especially in low voltage, high-efficiency scenarios.
- Automotive applications, benefiting from its wide operating temperature range and high current capability.
- Consumer electronics, like laptops and TVs, where space conservation and efficiency are paramount.
- Telecommunication systems, leveraging its fast switching capability and reliability.
- Solar power inverters, where its Schottky attributes significantly reduce thermal losses.
Its “Additional Feature” as a free-wheeling diode places it as a critical component in circuits designed to manage inductive loads, further broadening its utility in motor applications and power conversion equipment.
About onsemi
onsemi, originally part of Motorola, has emerged as a standalone powerhouse in the semiconductor industry, specializing in energy-efficient innovations. The company offers a broad array of products, but its rectifier diodes, particularly Schottky and fast recovery diodes, stand out for their performance and reliability. onsemi’s commitment to sustainable manufacturing practices further enhances the attraction of products like the MBRS340T3G among environmentally conscious businesses.
With a portfolio that stretches across power management, logic, signal conditioning, and more, onsemi has solidified its role as a pivotal supplier for diverse market segments, including automotive, telecommunications, computing, and consumer electronics. The developmental focus on cutting-edge technology, paired with efficient manufacturing processes, ensures their products, including the MBRS340T3G, meet stringent quality and performance criteria.
Where to Find MBRS340T3G by onsemi
Procuring the MBRS340T3G diode is made convenient through platforms like findchips.com. Here, you can compare pricing, availability, and detailed specifications for the MBRS340T3G and explore other Rectifier Diodes that may suit your application needs. Whether you’re sourcing components directly from onsemi or evaluating offerings from other manufacturers, findchips.com provides a centralized platform to streamline your search and procurement process.
Specifically, when considering MBRS340T3G for your applications, detailed consideration of its performance characteristics and compatibility with your project requirements will ensure you make an informed decision. Additionally, leveraging findchips.com’s insights into pricing and supplier options will aid in optimizing your procurement strategy, potentially yielding significant cost savings and ensuring timely project completions despite the noted factory lead times.