LM96063CISD/NOPB Integrated Circuits (ICs)

Topology:	ADC (Sigma Delta), Comparator, Fan Speed Counter, Register Bank
Base Part Number:	LM96063
Supplier Device Package:	10-WSON (3x3)
Package / Case:	10-WFDFN Exposed Pad
Mounting Type:	Surface Mount
Operating Temperature:	-40°C ~ 85°C
Voltage - Supply:	3 V ~ 3.6 V
Output Fan:	Yes
Output Alarm:	Yes
Output Type:	2-Wire SMBus
Series:	--
Accuracy:	±6°C Local(Max), ±3°C Remote(Max)
Sensing Temperature:	25°C ~ 125°C, External Temperature
Sensor Type:	Internal and External
Function:	Fan Control, Temp Monitor
Moisture Sensitivity Level (MSL):	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Packaging:	Tape & Reel (TR)

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Introduction

The LM96063CISD/NOPB is a highly integrated power management IC (PMIC) designed for thermal management and power management applications. It is developed by Texas Instruments and has several features that make it useful for this purpose. It provides one of the most complete power and thermal solutions available on the market today.

Feature

The LM96063CISD/NOPB is designed to provide power supply and thermal management solutions for mobile as well as fixed applications. It features efficient DC-DC regulators that handle a wide output voltage range of 0.3V-3.3V. On-chip N-Channel MOSFETS enable the LM96063CISD/NOPB to provide both direct supply and buck-boost conversion. In addition, it has two temperature sensors that enable precise temperature monitoring. The two thermistor input pins enables it to detect temperature fluctuations and shut off power if the temperature exceeds the preset limit.The LM96063CISD/NOPB also includes a real-time clock (RTC) with an independent output that can be used to set the RTC timer and generate an interrupt signal, allowing users to send an alert if the temperature reaches a certain level. The RTC can also be used to trigger a shutdown, allowing the device to remain powered off until the temperature is within an acceptable range. In addition, the chip has over-current, over-voltage and under-voltage detection capabilities and provides advanced input and output power monitoring.

Application

The LM96063CISD/NOPB is suitable for a wide range of applications including laptop and tablet computers, smart phones, consumer electronics, industrial equipment, and building automation systems. Its on-chip MOSFETs and wide output voltage range make it suitable for powering small logic, analog and RF circuits. Its two temperature sensors and RTC can be used to keep track of temperature and shutdown the device before it gets too hot. Its monitoring capabilities allow users to ensure that their device is operating safely and at optimal levels.

Working Principle

The LM96063CISD/NOPB works by constantly monitoring the input voltage and current inputs as well as the on-chip temperature sensors. The device monitors for over-voltage, under-voltage and over-current conditions as well as high and low temperature situations. Once one of these conditions is detected, the device will either trip a fault or send an interrupt signal, depending on the parameters that the user has set. The device also operates by regulating the output voltage. Depending on the input voltage and the output voltage, the LM96063CISD/NOPB uses either buck-boost or direct supply voltage conversion to generate the proper output voltage. This is done by monitoring the voltage across the input and output pins as well as the current levels. Once the required level is reached, the device will use its on-chip MOSFETs to maintain the proper voltage output.

Conclusion

The LM96063CISD/NOPB is a highly integrated power management IC designed for thermal management and power management. It is suitable for laptops, tablets, phones, and other consumer and industrial electronics. Its on-chip MOSFETs and wide output voltage range make it a suitable device for powering small logic, analog, and RF circuits. It provides advanced input and output power monitoring, two temperature sensors and an RTC for temperature monitoring, over-voltage, under-voltage, and over-current protection, and is designed to provide efficient buck-boost or direct supply voltage conversion.

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