LM96194CISQ/NOPB

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The LM96194CISQ/NOPB is a dual-channel, high-accuracy temperature-sensing thermal management device. It offers precise temperature control and monitoring, allowing for improved system performance, safety, and reliability. The device is compatible with most microcontroller-based systems and can be used with either a discrete component or an embedded application. It is ideal for applications such as portable devices, automotive systems, and communications systems.

The LM96194CISQ/NOPB offers two independent temperature sensor channels with a wide temperature range, from -40°C to 125°C. Its temperature accuracy and resolution ensure precise temperature detection and temperature regulation in an application. Its eight-bit ADC allows for additional feedback when used in conjunction with an embedded application. It also offers a programmable hysteresis, allowing the system to identify different temperature thresholds to trigger a response or adjustment while providing additional system flexibility. Additionally, the LM96194CISQ/NOPB provides high levels of system dynamic response, ensuring that temperature is accurately monitored with very low latency.

The LM96194CISQ/NOPB is programmed through an I2C interface, which allows process variation to be monitored and adjusted if necessary. Additionally, an interrupt function is included to trigger an alarm or event if the temperature exceeds a predefined limit. All temperature reading and temperature control parameters can be programmed through register settings, providing system designers with the flexibility to choose the optimal temperature-sensing solution for their system.

The LM96194CISQ/NOPB is a highly miniature thermal monitoring device that combines precise temperature sensing and accurate control. The low power consumption, fast response time, and wide temperature range make it an ideal thermal management solution for a variety of applications. In addition, its programming flexibility enables system designers to accommodate changes in temperature, ensuring that the system remains operational and perform as desired.

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