LM96000CIMT/NOPB

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Thermal management is essential for electronics and PCB performance and reliability. In today\'s ever-shrinking form factor devices, the amount of heat generated needs to be effectively managed to prevent overheating, which can lead to malfunctioning electronic devices. The LM96000CIMT/NOPB is a thermal management integrated circuit (IC) that is however, designed for low-power mobile and consumer applications. This thermal management IC is specifically designed for handling high-accuracy analog and digital thermal management systems that are used in portable consumer and mobile applications.

The LM96000CIMT/NOPB can measure temperatures from -40°C to +125°C with a high accuracy of ±2°C. It is a low-power system-on-chip (SoC), with an operating current of 75μA and a standby current of 60μA, making it suitable for battery-powered handheld devices. This IC also has 1.8V and 3V logic power domains, as well as two independent user-programmable I2C slave channels to interface with external devices and sensors. Additionally, its integrated voltage references, from 0.1V to 2.8V, can provide accurate temperature readings with minimal power consumption.

LM96000CIMT/NOPB enables developers to reduce their design time and simplify the overall thermal management circuit by integrating the majority of functionalities in a single device. These functionalities may include sensing multiple temperatures, and controlling multiple thermoelectric coolers (TEC) or fans using constant temperature regulation. It also has an embedded fan speed control that allows users to monitor and control air utilization in velocity-sensitive applications such as PCs, servers, and industrial applications.

The working principle behind the LM96000CIMT/NOPB is based on its on-chip temperature sensors. These sensors detect temperature variations over the IC\'s operating temperature range, generating an output voltage proportional to the temperature variation. The on-chip voltage reference is then used to accurately measure the temperature of the IC\'s sensing elements with little power consumption. The LM96000CIMT/NOPB IC is also provided with a flexible pin configuration, allowing users to program and reprogram its I/O pins for various temperature control and monitoring applications.

In addition, the thermal management IC offers an external temperature compensation feature. This feature enables users to further enhance the accuracy of temperature measurement by providing an external temperature reference. This feature reduces the power consumption by about 15 percent, compared to other thermal management ICs that don’t offer this feature. The LM96000CIMT/NOPB also supports analog and digital temperature compensation, as well as user-programmable (for temperature. Additionally, it has an extensive set of safety features that monitor temperature and provide protection when needed.

In conclusion, LM96000CIMT/NOPB is an ideal solution for thermal management applications that require low-power consumption, high accuracy and a wide operating temperature range. This thermal management IC is ideal for portable consumer and mobile applications, and its wide range of integrated features makes it a great choice for developers who are looking to efficiently manage the temperature of their application.

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