Overview of MM3Z5V6T1G by onsemi
The MM3Z5V6T1G is a silicon-based Zener diode with a nominal voltage of 5.6 V and a power dissipation of 0.2W, packaged in a small outline SOD-323 2 lead configuration. Manufactured by onsemi, this component is designed for voltage regulation applications, offering a 5% voltage tolerance. It is characterized by a maximum dynamic impedance of 40Ω and knee impedance of 200Ω, with a maximum forward voltage of 0.9V at a working test current of 5 mA. The MM3Z5V6T1G operates over a wide temperature range from -65 °C to +150 °C, making it suitable for a broad range of applications. Its package is made from plastic/epoxy, ensuring durability and reliability in various environmental conditions. The component is also surface mount, compliant with the JEDEC standards for small outline packages, and is characterized by a unidirectional polarity.
Industry Applications for MM3Z5V6T1G
- Consumer Electronics: The MM3Z5V6T1G could potentially be used in a wide range of consumer electronic devices, such as smartphones, tablets, and laptops, for voltage regulation and protection circuits. Its small footprint and high temperature threshold make it an ideal choice for compact, high-performance devices.
- Renewable Energy Systems: In renewable energy applications, like solar power inverters and wind turbine controllers, the MM3Z5V6T1G can provide stable voltage in the power regulation circuits. Its reliability and performance under a variety of environmental conditions make it a potential component for outdoor and variable climate installations.
- Automotive: Automotive electronics, including ECUs (Electronic Control Units), infotainment, and lighting systems, might utilize the MM3Z5V6T1G for its robustness and reliable performance over a wide operating temperature range. The device’s ability to handle transient voltage spikes can be crucial for automotive safety and functionality.
- Electronic Manufacturing: The MM3Z5V6T1G could potentially be used in manufacturing settings for testing and protection of electronic components. Its specifications make it suitable for circuit boards that require stable voltage regulation during the assembly and testing processes.
Note: While these applications are potential uses for the MM3Z5V6T1G, actual implementation would require thorough analysis and verification by engineering and design teams to ensure compatibility and compliance with specific system requirements.
About onsemi
onsemi is a leading supplier of semiconductor-based solutions, offering an extensive portfolio of energy-efficient products and technologies. Among their broad range of components, Zener diodes are a key offering, with the MM3Z5V6T1G being a notable example. onsemi’s Zener diodes are designed for precise voltage regulation and protection in a variety of electronic devices and systems. Their highly reliable Zener diodes, including the MM3Z5V6T1G, are used across multiple industries, underlining the company’s commitment to providing high-performance components that meet stringent quality standards. onsemi’s expertise in diode technology is backed by continuous innovation and a deep understanding of their customers’ needs, making them a preferred manufacturer for those seeking efficient and durable electronic parts.
Where to Find MM3Z5V6T1G by onsemi
To source the MM3Z5V6T1G Zener diode, we recommend starting your search at findchips.com. It’s a comprehensive platform that allows you to compare current stock levels and pricing from multiple distributors. For those interested in exploring alternatives to the MM3Z5V6T1G or looking for other Zener diodes from onsemi or different manufacturers, visiting the Zener Diodes section on FindChips can provide additional options.
Historically, the MM3Z5V6T1G has been available from several distributors, including Win Source Electronics, New Advantage Corporation, Component Electronics, Inc, and Avnet Asia. Please note that availability can fluctuate, and to get the most current information on stock levels and competitive pricing, checking directly on findchips.com is advisable.