Overview of MMBT5551LT1G by onsemi
The MMBT5551LT1G is an NPN bipolar transistor designed explicitly for high-voltage applications, encompassing a collector-emitter voltage maximum of 160V, and a continuous collector current of 600mA. Packaged in a small outline SOT-23 (TO-236) with 3 leads, this component is tailored for surface mount technology. Developed by onsemi, a leader in semiconductor solutions, the MMBT5551LT1G features a power dissipation of up to 225mW, making it an efficient choice for various high-performance switching and amplification applications. With an enclosure in a tape and reel format of 3000 units, it offers ease of assembly for high-volume production. Noteworthy characteristics include a DC current gain minimum (hFE) of 30, maximum saturation voltage (VCEsat) of 0.2V, and an operating temperature range from -55°C to 150°C. The overall qualifications of this product are enhanced by its compliance with RoHS standards, indicating the absence of harmful materials in its manufacture. The piece is coded as active in onsemi’s lifecycle catalogue, indicating a commitment to long-term availability and support. Additionally, the MMBT5551LT1G ranks as moisture sensitivity level 1, highlighting its robustness in various environmental conditions.
Industry Applications for MMBT5551LT1G
The MMBT5551LT1G, part of the Small Signal Bipolar Transistors category, has potential for wide-ranging applications across various sectors due to its high voltage and current capabilities, along with its efficient power dissipation. Here are some possible use cases:
- Consumer Electronics: Potentially used in the power management circuits of devices like smartphones, laptops, and tablets, where efficient power consumption and space saving are crucial.
- Education and Research: Could facilitate in laboratory equipment like power supplies, signal generators, and other experimental setups requiring precise control of high-voltage signals.
- Industrial Automation: Might be suitable for controlling actuators, sensors, and other components within automated production lines that operate at high voltages.
- Audio and Video Systems: Possible application in amplification stages of audio interfaces, mixers, amplifiers, and video processing units where high-voltage handling is essential.
Each of these applications would require a comprehensive analysis and verification by engineering and design teams to ensure compatibility and efficacy of the MMBT5551LT1G in the specific context.
About onsemi
onsemi stands as a prominent figure in the semiconductor industry, especially noted for its range of products in the Transistors category including innovative solutions like the MMBT5551LT1G. The company’s portfolio spans several semiconductor domains, but it is particularly distinguished in the domain of Small Signal Bipolar Transistors, where it offers components designed for efficiency, reliability, and performance. The MMBT5551LT1G exemplifies onsemi’s dedication to high-quality manufacturing and engineering, catering to a broad spectrum of industrial, consumer, and specialized applications. The company’s legacy of innovation is supported by robust research and development, aiming to address the mounting challenges and demands of modern electronic and electrical engineering.
Where to Find MMBT5551LT1G by onsemi
To source the MMBT5551LT1G, visiting findchips.com is highly recommended. This platform allows users to compare pricing, check current stock levels, and find detailed information on this part from various distributors. Historically, the MMBT5551LT1G has been available from distributors such as Win Source Electronics, Sense Electronic Company Limited, New Advantage Corporation, and EBV Elektronik. However, it’s essential to verify the most current availability and pricing directly on findchips.com. The site also provides access to a wide range of alternatives within the category of Small Signal Bipolar Transistors, including other parts that might be offered by onsemi or different manufacturers, accommodating for design flexibility or specific requirements.