MAX8213 (13)
The MAX8213 is available from Analog Devices at Xecor. Designed for complete microprocessor voltage monitoring, the MAX8213 offers ±1% guaranteed trip-level accuracy, four precision comparators, an internal 1.25V reference, and wide supply range (2.75V to 11V). Available in die package options, it is ideal for applications such as portable computers, industrial controllers, mobile radios, and precision battery monitoring. Whether used in automotive, telecommunications, or portable instruments, this series ensures high accuracy, reliability, and efficiency for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the MAX8213 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX8213AESE/GG8 | High accuracy and reliability for industrial applications | SOIC-16 | 6,363 | |
| MAX8213ACPE+ | Advanced circuitry for reliable power management | PDIP-16 | 6,793 | |
| MAX8213ACSE+T | Supervisory Circuits Five Universal Voltage Monitors, Complete uP Voltage Monitoring | SOIC-Narrow-16 | 3,071 | |
| MAX8213AEPE+ | 16-pin PDIP N tube for easy installation | PDIP-16 | 7,172 | |
| MAX8213AESE | MAX8213AESE+ is a comprehensive solution for microprocessor voltage monitoring, equipped with five universal voltage monitors | SOIC-16 | 4,927 | |
| MAX8213ACSE+ | Versatile CMOS circuit for reliable power support | SOP16 | 4,047 | |
| MAX8213AESE+T | Protect your processor from errors with this 5-channel supervisor | SOIC-Narrow-16 | 6,672 | |
| MAX8213AESE+ | MAX8213AESE+ is a comprehensive solution for microprocessor voltage monitoring, equipped with five universal voltage monitors | SOIC-16 | 7,942 | |
| MAX8213BCPE+ | Supervisory Circuits Five Universal Voltage Monitors, Complete uP Voltage Monitoring | PDIP-16 | 3,884 | |
| MAX8213BCSE+ | Supervisory Circuits Five Universal Voltage Monitors, Complete uP Voltage Monitoring | SOIC-16 | 4,129 | |
| MAX8213BESE+ | Real-time voltage monitoring and detection for maximum system reliability and safety | SOIC-16 | 7,616 | |
| MAX8213BCSE+T | Universal voltage monitoring for microprocessor systems managemen | SOIC-Narrow-16 | 3,655 | |
| MAX8213BESE+T | Universal voltage monitoring solution for maximum reliabilit | SOIC-Narrow-16 | 6,148 |
Key Featrues
±1% Guaranteed Trip-Level Accuracy - Ensures precise voltage monitoring, enhancing reliability in applications like microprocessor voltage monitoring and precision battery systems, where accurate trip-point detection is critical.
Four Precision Comparators Plus Auxiliary Comparator - Enables simultaneous monitoring of multiple voltage levels, making it ideal for complex systems like industrial controllers and portable computers that require multi-voltage supervision.
Built-in Hysteresis - Improves noise immunity and stability, ensuring consistent performance in environments with fluctuating voltages, such as automotive and industrial equipment.
Wide Supply Range (2.75V to 11V) - Offers versatility in power supply compatibility, making it suitable for a broad range of applications, from mobile radios to portable instruments.
Controlled Comparator Response for Glitch Immunity - Reduces false triggering due to voltage spikes or transient glitches, enhancing system reliability in sensitive applications like telephones and appliances.
Four Precision Comparators Plus Auxiliary Comparator - Enables simultaneous monitoring of multiple voltage levels, making it ideal for complex systems like industrial controllers and portable computers that require multi-voltage supervision.
Built-in Hysteresis - Improves noise immunity and stability, ensuring consistent performance in environments with fluctuating voltages, such as automotive and industrial equipment.
Wide Supply Range (2.75V to 11V) - Offers versatility in power supply compatibility, making it suitable for a broad range of applications, from mobile radios to portable instruments.
Controlled Comparator Response for Glitch Immunity - Reduces false triggering due to voltage spikes or transient glitches, enhancing system reliability in sensitive applications like telephones and appliances.
Applications
Precision Battery Monitoring: The MAX8213 and MAX8214 are ideal for monitoring battery voltages with high accuracy. Their ±1% guaranteed trip-level accuracy and internal 1.25V reference ensure precise detection of overvoltage and undervoltage conditions, making them suitable for portable devices, electric vehicles, and renewable energy systems where reliable battery management is critical.
Industrial Controllers: The MAX8213 and MAX8214 are well-suited for industrial control systems, where monitoring multiple voltage rails is essential for system stability. Their four precision comparators and auxiliary channel provide robust over/under voltage detection, ensuring safe operation of industrial machinery and automation equipment.
Microprocessor Voltage Monitoring: These devices are perfect for monitoring microprocessor power supplies in computing systems. The fifth comparator channel generates delayed reset signals, ensuring proper system initialization and preventing malfunctions due to unstable power conditions, making them ideal for servers, embedded systems, and portable computers.
Automotive and Industrial Equipment: The MAX8213 and MAX8214 are excellent for monitoring voltage levels in harsh environments, such as automotive and industrial equipment. Their wide supply range (2.75V to 11V) and glitch immunity ensure reliable operation in applications like engine control units, power inverters, and motor drives, where voltage fluctuations are common.
Industrial Controllers: The MAX8213 and MAX8214 are well-suited for industrial control systems, where monitoring multiple voltage rails is essential for system stability. Their four precision comparators and auxiliary channel provide robust over/under voltage detection, ensuring safe operation of industrial machinery and automation equipment.
Microprocessor Voltage Monitoring: These devices are perfect for monitoring microprocessor power supplies in computing systems. The fifth comparator channel generates delayed reset signals, ensuring proper system initialization and preventing malfunctions due to unstable power conditions, making them ideal for servers, embedded systems, and portable computers.
Automotive and Industrial Equipment: The MAX8213 and MAX8214 are excellent for monitoring voltage levels in harsh environments, such as automotive and industrial equipment. Their wide supply range (2.75V to 11V) and glitch immunity ensure reliable operation in applications like engine control units, power inverters, and motor drives, where voltage fluctuations are common.
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