EMC1701-2-AIZL-TR Integrated Circuits (ICs)

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Power Management Integrated Circuit (PMIC) - Thermal Management is an important aspect of any electronic system, as good thermal management is essential to ensure the reliability and longevity of the system. The EMC1701-2-AIZL-TR is one example of a PMIC - Thermal Management solution available in the market, offering improved system-level thermal control and monitoring features to help improve the life and reliability of system components. In this article, we will explore the application field and working principle of the EMC1701-2-AIZL-TR.

The EMC1701-2-AIZL-TR is a PMIC - Thermal Management device designed for consumer, industrial and automotive applications. Its key features include an active load line regulator, an internal temperature sensor, a low-side MOSFET and a 2-Wire SMBus interface. The device offers programmable thermal protection with dynamically adjustable deadband and thermal hysteresis in order to protect against thermal overloads. It also has configurable limits for hysteresis and deadband, allowing the system to be tuned for specific operating conditions. In addition, it provides temperature monitoring with integrated SMBus interface which can be used to provide unit temperature readings or to activate system-level thermal events.

The EMC1701-2-AIZL-TR’s active line regulator behaves like an active-limit switch, ensuring that the voltage that is delivered to the system is always within a specified range. If a fault occurs, the active line regulator shuts off any current going to the system, so that it does not experience any additional damage. This makes the device ideal for applications where precise system voltage control is required.

The EMC1701-2-AIZL-TR also includes a low-side MOSFET, which helps to control the amount of current delivered to the system’s load. This MOSFET can be used to switch on and off individual system components in order to reduce total system power consumption.

The EMC1701-2-AIZL-TR also includes an integrated temperature sensor, which can be used to monitor and control the system temperature. This sensor can be used to monitor CPU and system temperatures, as well as to detect any thermal events such as overheating. The temperature sensor is software configurable, enabling it to be used for different system temperatures and conditions. In addition, the EMC1701-2-AIZL-TR’s temperature sensing capabilities can be used to tri-state the device when it reaches a specified temperature, protecting the system from thermal damage.

Finally, the EMC1701-2-AIZL-TR also has a 2-Wire SMBus interface, which can be used to communicate with other system components and provide unit temperature readings or activate system-level thermal events. The 2-wire SMBus interface allows the system to be remotely monitored and controlled for improved thermal management.

In summary, the EMC1701-2-AIZL-TR is an ideal solution for consumer, industrial and automotive applications requiring improved system-level thermal control and monitoring features. The device includes an active load line regulator, an internal temperature sensor, a low-side MOSFET and a 2-Wire SMBus interface, making it easy to monitor and control system temperatures, as well as implementing thermal protection and control.

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