inventory:5,618
Infineon Technologies
Module
MAX5930 (2)
The MAX5930 series is available from Analog Devices at Xecor. Designed for low-voltage, triple hot-swap controllers and power sequencers, the MAX5930 offers adjustable circuit breaker/current-limit thresholds, configurable tracking/sequencing modes, and autoretry or latched fault management. Available in a 24-QSOP package, it is ideal for applications such as base-station line cards, network routers, hubs, and portable computing devices. Whether used in hot plug-in daughter cards, RAID systems, or power-supply sequencing, this series ensures safe and efficient operation for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the MAX5930 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX5930EEG+T | Hot-Swap Controllers for Reliable Voltage Tracking | QSOP-24 | 4,631 | |
| MAX5930EEG+ | Hot Swap Voltage Controllers Low-Voltage, Triple, Hot-Swap Controllers/Power Sequencers/Voltage Trackers | QSOP-24 | 4,467 |
Key Featrues
Safe Hot Swap for Multiple Voltage Supplies: The MAX5930/MAX5931 supports hot swapping for power supplies ranging from +1V to +13.2V, ensuring safe insertion and removal of circuit cards in live backplanes. This feature enhances system reliability and minimizes downtime in applications like network routers and RAID systems.
Configurable Tracking, Sequencing, or Independent Operation: The device allows input voltage rails to be configured for sequential turn-on/off, tracking, or independent operation. This flexibility optimizes power management in multisupply systems, improving efficiency and reducing power-up stress.
Adjustable Circuit Breaker/Current-Limit Threshold: With a programmable threshold from 25mV to 100mV, the MAX5930/MAX5931 provides precise control over current limits. This ensures robust protection against overcurrent conditions, enhancing system safety and longevity.
VariableSpeed/BiLevel Circuit-Breaker Response: The device offers a dynamic response to fault conditions, enabling faster or slower circuit-breaker actions based on system requirements. This feature improves fault management and reduces the risk of damage during transient events.
Inrush Current Regulation at Startup: The MAX5930/MAX5931 regulates inrush current during startup, preventing excessive current spikes that could damage components. This ensures smooth power-up sequences, making it ideal for hot plug-in daughter cards and portable computer devices.
Configurable Tracking, Sequencing, or Independent Operation: The device allows input voltage rails to be configured for sequential turn-on/off, tracking, or independent operation. This flexibility optimizes power management in multisupply systems, improving efficiency and reducing power-up stress.
Adjustable Circuit Breaker/Current-Limit Threshold: With a programmable threshold from 25mV to 100mV, the MAX5930/MAX5931 provides precise control over current limits. This ensures robust protection against overcurrent conditions, enhancing system safety and longevity.
VariableSpeed/BiLevel Circuit-Breaker Response: The device offers a dynamic response to fault conditions, enabling faster or slower circuit-breaker actions based on system requirements. This feature improves fault management and reduces the risk of damage during transient events.
Inrush Current Regulation at Startup: The MAX5930/MAX5931 regulates inrush current during startup, preventing excessive current spikes that could damage components. This ensures smooth power-up sequences, making it ideal for hot plug-in daughter cards and portable computer devices.
Applications
Base-Station Line Cards: The MAX5930/MAX5931 is ideal for managing power sequencing and protection in base-station line cards. Its ability to handle multiple power supplies ranging from +1V to +13.2V ensures safe insertion and removal of circuit cards, making it suitable for telecommunications infrastructure where reliability and fault tolerance are critical.
Network Routers and Switches: The MAX5930/MAX5931 provides robust hot-swap protection for network routers and switches. Its programmable features, such as auto-retry and circuit breaker, ensure uninterrupted operation and prevent damage during power fluctuations or card replacements, making it essential for high-availability networking environments.
Portable Computer Devices: The MAX5930/MAX5931 is well-suited for portable computer devices, where power sequencing and tracking are crucial for efficient operation. Its low-voltage operation and configurable tracking modes ensure smooth power transitions, enhancing the reliability and performance of laptops, tablets, and other portable electronics.
RAID Systems: The MAX5930/MAX5931 is ideal for RAID systems, where multiple power supplies need to be managed and protected. Its fault timeout and current limit features ensure safe operation during drive insertion or removal, making it a reliable choice for data storage systems that require high availability and fault tolerance.
Network Routers and Switches: The MAX5930/MAX5931 provides robust hot-swap protection for network routers and switches. Its programmable features, such as auto-retry and circuit breaker, ensure uninterrupted operation and prevent damage during power fluctuations or card replacements, making it essential for high-availability networking environments.
Portable Computer Devices: The MAX5930/MAX5931 is well-suited for portable computer devices, where power sequencing and tracking are crucial for efficient operation. Its low-voltage operation and configurable tracking modes ensure smooth power transitions, enhancing the reliability and performance of laptops, tablets, and other portable electronics.
RAID Systems: The MAX5930/MAX5931 is ideal for RAID systems, where multiple power supplies need to be managed and protected. Its fault timeout and current limit features ensure safe operation during drive insertion or removal, making it a reliable choice for data storage systems that require high availability and fault tolerance.