Linear Technology LTC2908CDDB Precision Hex Supply Monitor
The LTC2908CDDB is a high-performance, precision hex supply monitor designed by Linear Technology to ensure the reliable operation of complex electronic systems. This advanced monitoring IC is capable of tracking six supply voltages simultaneously, making it an ideal solution for multi-voltage digital systems that require stringent power supply monitoring to maintain system integrity.
Encased in a compact, 10-lead DFN package, the LTC2908CDDB offers a space-efficient solution for densely packed circuit boards. It is specifically engineered to monitor positive and negative supplies without the need for an additional negative supply for the IC itself, thereby simplifying the overall design and reducing component count.
The device features a wide range of threshold voltages, selectable via an external resistor divider, allowing for precise customization to meet the specific requirements of various applications. The LTC2908CDDB's flexibility makes it suitable for a broad array of products, including servers, computers, and industrial systems where accurate power supply monitoring is critical.
With its ability to monitor voltages as low as 0.675V and as high as 10.0V, the LTC2908CDDB can cater to low-voltage, high-efficiency power supplies, as well as traditional 5V and 12V rails. The monitor ensures that all supply voltages are within acceptable limits before enabling system operation, thereby protecting sensitive digital components from damage due to improper power conditions.
Key features of the LTC2908CDDB include an adjustable reset timeout period, an internal glitch filter to prevent false triggering from transient voltage dips, and separate open-drain reset outputs for each monitored voltage. The device also provides a manual reset input, allowing for system resets to be initiated by external events or user intervention.
In summary, the LTC2908CDDB from Linear Technology is a versatile, precise, and reliable solution for monitoring multiple supply voltages in sophisticated electronic systems. Its compact design, customizable voltage thresholds, and comprehensive feature set make it an essential component for ensuring system stability and protection.
