The S-1460CF-C44-TF is a voltage detector IC produced by SII Semiconductor Corporation. Its primary function is precise voltage monitoring within a wide range of electronic devices. It serves as a reliable mechanism for detecting both undervoltage and overvoltage conditions, and it can initiate system resets or trigger various protective measures. Its compact size and minimal power consumption make it ideally suited for use in portable and battery-powered applications.

Applications

• Microcontroller reset circuits
• Power management systems
• Battery monitoring in portable devices
• Voltage monitoring in automotive applications
• Overvoltage and undervoltage protection circuits

Features

• High-precision voltage detection
• Low current consumption
• Small package size
• Wide operating voltage range
• Hysteresis for stable operation
• Adjustable detection voltage

Benefits

• Protects electronic devices from voltage fluctuations
• Ensures reliable system operation
• Extends battery life in portable devices
• Simplifies power management circuit design
• Reduces system downtime due to voltage-related issues
• Improves overall system reliability

Additional Details

The S-1460CF-C44-TF is defined by its specific detection voltage as indicated by 'C44' within the part number. Complete technical details, including the precise detection voltage, operational temperature limits, and packaging specifics, are available in the official datasheet from SII Semiconductor Corporation. The 'TF' suffix typically relates to the specific packaging or taping style used for the component. The IC incorporates hysteresis, which prevents unwanted oscillations near the voltage threshold, ensuring consistent performance. The device has very low current consumption, and so it has minimal impact on total power usage in portable electronic devices. The part is typically surface mount and is available in small outline packages. It contributes to suitability in small electronics. Different variants exist within the S-1460 series. They provide various detection voltages and offer design flexibility.