MAX6384 (19)
The MAX6384 is available from Analog Devices at Xecor. Designed for low-voltage, low-power microprocessor reset monitoring, the MAX6384 offers factory-set reset threshold voltages ranging from +1.58V to +4.63V, ±2.5% accuracy over temperature, and seven reset timeout periods from 1ms to 1200ms. Available in multiple package options, including 3-pin/4-pin SC70 and 6-pin µDFN, it is ideal for applications such as computers, controllers, portable battery-powered equipment, and dual voltage systems. Whether used in critical µP and µC power monitoring or intelligent instruments, this series ensures reliable performance, low power consumption, and compact design for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the MAX6384 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX6384XS31D5+ | Compact SC-70-4 package for space-saving designs | SC-4 | 3,793 | |
| MAX6384LT26D3+T | Processor Supervisor for 2.63V operation, featuring active low/Push-Pull output and a compact 6-pin UDFN package | WFDFN-6 | 7,217 | |
| MAX6384LT29D1+T | The MAXLTDT is a robust processor supervisor that ensures reliable power-on sequencing | WFDFN-6 | 8,447 | |
| MAX6384XS17D1+T | MAX6384XS17D1+T offers reliable voltage monitoring in tiny SC70/ DFN packages | SC-70-4L | 7,630 | |
| MAX6384XS22D3+T | Supervisory Circuits SC70/uDFN, Single/Dual Low-Voltage, Low-Power uP Reset Circuits | SC-70-4L | 3,234 | |
| MAX6384XS22D3+ | Advanced PMIC solution for efficient power delivery and regulatio | SC-82A, SOT-343 | 7,240 | |
| MAX6384XS17D3+T | Ideal for microprocessor-based systems requiring reset protection | SC-70-4L | 2,208 | |
| MAX6384XS26D3+T | Reset your microprocessor worries with MAX6384XS26D3+T | SC-70-4L | 6,316 | |
| MAX6384XS26D4+T | 1.12s Active Low 1 SC-70-4 Monitors & Reset Circuits ROHS | SC-82A, SOT-343 | 6,575 | |
| MAX6384XS29D3+T | Supervisory Circuits SC70/uDFN, Single/Dual Low-Voltage, Low-Power uP Reset Circuits | SC-70-4L | 2,375 | |
| MAX6384XS27D3+T | 140ms Active Low 1 SC-70-4 Monitors & Reset Circuits ROHS | SC-82A, SOT-343 | 5,094 | |
| MAX6384XS29D4+T | Monitor your processor with this 2.93V supervisor | SC-70-4L | 7,450 | |
| MAX6384XS31D3+T | BICMOS technology ensures efficient power management | SC-70-4L | 3,593 | |
| MAX6384XS28D2+T | Precise control for single supply systems | SC-82A, SOT-343 | 4,522 | |
| MAX6384XS42D2+T | High-reliability uP reset solution for harsh environmen | SC-70-4L | 7,939 | |
| MAX6384XS46D3+T | 140ms Active Low 1 SC-70-4 Monitors & Reset Circuits ROHS | SC-82A, SOT-343 | 7,699 | |
| MAX6384XS46D2+T | 20ms Active Low 1 SC-70-4 Monitors & Reset Circuits ROHS | SC-82A, SOT-343 | 2,070 | |
| MAX6384XS31D5+T | Low-power consumption ensures longer device lifespa | SC-70-4L | 7,816 | |
| MAX6384XS16D3+T | MAX6384 Single Low-Voltage Circuit for reliable microprocessor protection | SC-70-4L | 7,473 |
Key Featrues
Factory-Set Reset Thresholds: The MAX6381–MAX6390 series offers factory-set reset threshold voltages ranging from +1.58V to +4.63V in approximately 100mV increments. This precision ensures reliable monitoring of power supply voltages, enhancing system stability and preventing false resets in critical applications like microprocessors and controllers.
Ultra-Low Power Consumption: With a supply current of only 3µA at +1.8V and 6µA at +3.6V, these supervisory circuits are ideal for portable battery-powered equipment. Their low power consumption extends battery life, making them suitable for energy-efficient designs.
Multiple Reset Timeout Options: Seven reset timeout periods are available, ranging from 1ms to 1200ms. This flexibility allows designers to tailor the reset delay to specific system requirements, improving performance in applications like dual voltage systems and intelligent instruments.
Robust Reset Output Options: The series provides three reset output configurations—active-low push-pull, active-high push-pull, and active-low open-drain. This versatility ensures compatibility with various system designs, enhancing integration and reliability in diverse use cases.
Wide Operating Temperature Range: Operating reliably from -40°C to +125°C, these circuits are suitable for harsh environments. Their robust performance under extreme conditions ensures consistent operation in industrial and automotive applications, such as critical µP and µC power monitoring.
Ultra-Low Power Consumption: With a supply current of only 3µA at +1.8V and 6µA at +3.6V, these supervisory circuits are ideal for portable battery-powered equipment. Their low power consumption extends battery life, making them suitable for energy-efficient designs.
Multiple Reset Timeout Options: Seven reset timeout periods are available, ranging from 1ms to 1200ms. This flexibility allows designers to tailor the reset delay to specific system requirements, improving performance in applications like dual voltage systems and intelligent instruments.
Robust Reset Output Options: The series provides three reset output configurations—active-low push-pull, active-high push-pull, and active-low open-drain. This versatility ensures compatibility with various system designs, enhancing integration and reliability in diverse use cases.
Wide Operating Temperature Range: Operating reliably from -40°C to +125°C, these circuits are suitable for harsh environments. Their robust performance under extreme conditions ensures consistent operation in industrial and automotive applications, such as critical µP and µC power monitoring.
Applications
Microprocessor Power Monitoring: The MAX6381–MAX6390 is ideal for monitoring power-supply voltages in microprocessor (µP) and microcontroller (µC) systems. Its low power consumption and precise reset thresholds ensure reliable operation in critical power monitoring applications, such as embedded systems, IoT devices, and industrial controllers.
Dual Voltage System Supervision: The MAX6381–MAX6390 is well-suited for dual voltage systems, where it can monitor multiple power rails simultaneously. Its factory-set reset thresholds and low supply current make it an excellent choice for ensuring stable operation in complex electronic systems, such as servers, networking equipment, and automotive electronics.
Portable Battery-Powered Equipment: The MAX6381–MAX6390 is perfect for portable battery-powered devices, such as medical instruments, handheld meters, and consumer electronics. Its low power consumption and small package size ensure efficient power management and extended battery life, while its reset timeout options provide reliable system recovery during voltage fluctuations.
Intelligent Instrumentation: The MAX6381–MAX6390 is ideal for intelligent instruments that require precise voltage monitoring and system reset functionality. Its manual reset input and auxiliary reset features make it suitable for advanced instrumentation applications, such as data loggers, environmental monitoring systems, and laboratory equipment, ensuring robust performance and fault tolerance.
Dual Voltage System Supervision: The MAX6381–MAX6390 is well-suited for dual voltage systems, where it can monitor multiple power rails simultaneously. Its factory-set reset thresholds and low supply current make it an excellent choice for ensuring stable operation in complex electronic systems, such as servers, networking equipment, and automotive electronics.
Portable Battery-Powered Equipment: The MAX6381–MAX6390 is perfect for portable battery-powered devices, such as medical instruments, handheld meters, and consumer electronics. Its low power consumption and small package size ensure efficient power management and extended battery life, while its reset timeout options provide reliable system recovery during voltage fluctuations.
Intelligent Instrumentation: The MAX6381–MAX6390 is ideal for intelligent instruments that require precise voltage monitoring and system reset functionality. Its manual reset input and auxiliary reset features make it suitable for advanced instrumentation applications, such as data loggers, environmental monitoring systems, and laboratory equipment, ensuring robust performance and fault tolerance.
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