MAX811TEUS+T by Analog Devices Inc

Overview of MAX811TEUS+T by Analog Devices Inc.

The MAX811TEUS+T by Analog Devices Inc. is designed as a microprocessor (µP) supervisory circuit that monitors power supplies in digital systems. This particular model provides a single monitoring channel, ideal for systems that require only a single voltage to be supervised. Its features include a manual reset input, a fixed threshold voltage of approximately 3.08V, and an operational temperature range from -40°C to 85°C. It comes packaged in a small outline, low-profile 4-SOT-23 configuration, making it suitable for space-constrained applications.

Notable attributes of the MAX811TEUS+T encompass a supply voltage range from 1.2V to 5.5V, which allows for flexibility in various application designs, and an exceedingly low supply current maximum of 0.01 mA, ensuring minimal power consumption during operation. This component is suitable for tasks that require precise voltage monitoring to prevent data corruption and hardware damage typically caused by improper voltage levels.

Additionally, this device is RoHS compliant and meets high environmental standards by avoiding hazardous substances in its composition. It has been in active production since being introduced in 1999, highlighting the long-standing reliability and utility of this type of voltage detector in the electronic parts sector.

Industry Applications for MAX811TEUS+T

Given its fundamental operation as a voltage monitor with a manual reset feature, the MAX811TEUS+T is a versatile component that could find applicability in various industries. Here are potential industry scenarios where this device might be used:

  • Industrial Automation: In factories where equipment must operate reliably under consistent voltage conditions, the MAX811TEUS+T could potentially be used to monitor the power supply to sensitive control systems, preventing operational anomalies due to power variances.
  • Robotics: For robotics applications, especially in scenarios involving precise motion control and automation, this device might be used to ensure the stability of the power supply to critical servo motors and actuators, enhancing the robot’s performance consistency and reliability.
  • Drones: Drones require meticulous power management to maintain balance and function, particularly for longer flight durations. The MAX811TEUS+T could potentially monitor the drone’s battery voltage, making sure that the power levels are sustained within safe operating thresholds.

Note: The aforementioned applications for the MAX811TEUS+T are conceptual and illustrative. Engineering and design teams must analyze and verify the component’s adherence to industry standards and specific application requirements before implementation.

About Analog Devices Inc.

Analog Devices Inc. has a longstanding reputation for producing a wide range of high-quality electronic components, particularly within the realm of Power Management Circuits. Their offerings often include voltage regulators, watchdog timers, and voltage supervisors like the MAX811TEUS+T, which help to enhance the operational stability and reliability of electronic systems. Analog Devices Inc. focuses on integrating innovation with practical applications, ensuring that their products often lead in performance, accuracy, and durability.

Where to Find MAX811TEUS+T by Analog Devices Inc

To procure the MAX811TEUS+T, it is recommended to research current stock levels and prices via findchips.com. This site provides updated information on availability and pricing from various distributors. Historically, this part has been available at distributors such as TME, Verical, Analog Devices Inc, Arrow Electronics, Mouser Electronics, and Newark, though it is essential to consult findchips.com to confirm current availability.

In addition, for those looking for alternatives or similar components, Power Management Circuits at findchips.com can be utilized to explore other options provided by Analog Devices Inc or other reputable manufacturers.

Compare pricing for MAX811TEUS+T and other Power Management Circuits at findchips.com