Overview of MAX6751KA29+T by Analog Devices Inc.
The MAX6751KA29+T is a microprocessor (µP) reset circuit with capacitor-adjustable reset and watchdog timeout delay. Packaged in an 8-SOT_23 configuration, it contains 8 pins and is operable in a wide temperature range from -40 to 125°C. This part is positioned within the Power Management Circuits subcategory of Power Circuits – crucial for managing the power requirements and ensuring the stable operation of various electronic components and systems.
This supervisory circuit is designed to monitor the system voltage and other parameters, ensuring that the system functions within safe operational bounds. It can trigger a reset action preventing the system from operating under potentially harmful conditions. Key features of this device include a programmable reset delay and a watchdog feature, which helps in managing system response during failure conditions. It has been engineered using BiCMOS technology which offers the advantage of high speed and low power consumption.
Other technical specifications of the MAX6751KA29+T include a nominal threshold voltage of +2.925V, a maximum supply voltage of 5.5V, and a minimum supply voltage of 1.2V. Its surface mount profile and minimal seating height make it suitable for compact device assemblies. The part uses matte tin (Sn) for the terminal finish, which supports its compliance with RoHS and contributes towards environmental sustainability by avoiding hazardous substances in its manufacture.
Industry Applications for MAX6751KA29+T
The MAX6751KA29+T’s features make it a candidate for utilization in various industrial sectors, though these suggestions are potential use cases and necessitate thorough validation and testing by relevant professionals to ensure suitability:
- Energy and Power Systems: This part could be applied in power distribution systems where supervisory circuits ensure that energy flow stays within safe operating limits, potentially aiding in the prevention of overvoltage or supply failure incidents.
- Renewable Energy: In solar and wind power equipment, stable operation under varying environmental conditions is critical. The MAX6751KA29+T, with its wide operating temperature range and watchdog capabilities, might be used to oversee the health and efficiency of such systems.
- Automotive: Given its automotive-grade temperature rating, this component could potentially find applications in automotive electronics, particularly in safety-critical systems where reliable operation is paramount. For example, it might oversee sensors or ECUs, ensuring that they reboot and return to a known good state in the event of a failure.
Note that these applications are illustrative examples and require specific design and engineering evaluations. Validation as per the industry standards and actual application requirements is essential.
About Analog Devices Inc.
Analog Devices Inc., the manufacturer of MAX6751KA29+T, is a leader in the semiconductor industry, particularly known for its innovative approach in the development of both analog and mixed-signal processing components. Within the scope of Power Management Circuits, Analog Devices provides a variety of parts that ensure reliable power management and operational safety across numerous applications.
Analog Devices leverages advanced technologies and robust design strategies to cater to the demanding needs of managing power efficiently and effectively in complex electronic systems. The company’s product range in power management extends from simple voltage supervisors like the MAX6751KA29+T to more complex power conversion and management solutions, aligning with the diverse needs of the industry.
Where to Find MAX6751KA29+T by Analog Devices Inc
To purchase the MAX6751KA29+T, one can start their search at FindChips.com. This site provides updated pricing and stock information across various distributors. Historically, this part has been available through distributors such as Analog Devices Inc. and Mouser Electronics, but it is advisable to check current stock levels and pricing through FindChips to ensure the best purchase option.
To explore alternatives or similar parts in the Power Management Circuits category, FindChips.com serves as a substantial resource, with links to numerous products that might suit varying requirements. This enables designers and engineers to compare and select parts that best fit their project needs.