Maxim Integrated MAX6695AUB-T Precision Dual Remote Diode Temperature Sensor

The MAX6695AUB-T from Maxim Integrated is a high-accuracy, dual remote diode temperature sensor designed to monitor the temperature of two diode-connected transistors or other temperature-sensitive components. This precision sensor is ideal for managing and optimizing thermal conditions within electronic systems, such as servers, networking equipment, and portable devices.

Featuring a two-wire serial interface compatible with SMBus, I²C, and two-wire serial interfaces, the MAX6695AUB-T offers excellent flexibility and ease of integration into existing systems. The device can measure the temperature of a remote diode with an accuracy of ±1°C and its own die temperature with an accuracy of ±3°C, providing comprehensive thermal monitoring in a compact package.

The MAX6695AUB-T operates over a wide temperature range, typically from -40°C to +125°C, ensuring reliable performance under varying environmental conditions. Additionally, the sensor supports adjustable over-temperature alarms that can be programmed to trigger at specific thresholds, allowing for proactive system protection and enhanced safety.

Key features of the MAX6695AUB-T include:

• High accuracy monitoring of two remote diode temperatures
• Compatible with SMBus, I²C, and two-wire serial interfaces
• Programmable over-temperature alarms
• Wide operating temperature range for diverse applications
• Low power consumption for energy-efficient designs
• Small 10-pin µMAX package for space-constrained applications

The device also supports series resistance cancellation and beta compensation, which allows for more accurate temperature readings from diodes with different characteristics. This ensures that the MAX6695AUB-T can be used with a variety of diode-connected transistors without compromising on accuracy.

Whether you are designing a complex server system or a portable consumer electronic device, the MAX6695AUB-T from Maxim Integrated offers a reliable and precise solution for your temperature monitoring needs. Its combination of accuracy, flexibility, and small form factor makes it an essential component for thermal management in modern electronic designs.