XC6123C525ER-G

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Active
Type:	Watchdog Circuit
Number of Voltages Monitored:	1
Output:	Open Drain or Open Collector
Reset:	Active Low
Reset Timeout:	400 ms Typical
Voltage - Threshold:	2.5V
Operating Temperature:	-40°C ~ 85°C (TA)
Mounting Type:	Surface Mount
Package / Case:	6-UFDFN Exposed Pad
Supplier Device Package:	6-USPC (1.8x2)

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Introduction to XC6123C525ER-G PMIC Supervisors

The XC6123C525ER-G PMIC supervisory circuit from Toshiba is a revolutionary low-power device designed for the management and supervision of portable electronic products and components. This PMIC supervisor is designed for battery operated and other low-power products where power conservation is important. It combines a voltage supervisor, reset generator, and clock oscillator into a single integrated circuit, saving time and money for product design and development. The XC6123C525ER-G also provides advantages such as optimized low power consumption, protection from extended low voltage conditions and internal elements that are capable of rapid system recovery.

Application, Features and Advantages

The XC6123C525ER-G is highly suited for use in various consumer electronic products due to its low power consumption. The integrated low-power supply circuit, the low supply current (<20µA) and the reduced standby current (<0.2µA) ensure that consumers enjoy a product with a minimal total power consumption.Furthermore, the XC6123C525ER-G provides the user with a complete range of signal and reset generator functions. The signal and reset generator includes a voltage detector that helps protect against prolonged, low-voltage conditions. The built-in clock oscillator ensures accurate signal monitoring without causing additional system load. In addition, the XC6123C525ER-G has an internal reset generator that provides protection against power brownouts and power surges.The XC6123C525ER-G also provides considerable advantages to system designs and development. The solution integrates three distinct functions into one small system and simplifies product development and design. It also offers superior reliablity, improved load handling and reduced total power consumption. This PMIC solution is optimized for low-temperature operation, which extends the operating life of products in harsh environments.

Working Principle of XC6123C525ER-G

The basic principle of operation for the XC6123C525ER-G PMIC supervisor is quite simple. When supply voltage drops below a predetermined level, the voltage detector activates the reset generator. This reset generator then triggers a reset signal, which can be used to reset the system or shut it down altogether.The XC6123C525ER-G also incorporates a clock oscillator circuit which helps to keep the system in a low-power state, by accurately monitoring the supply voltage level and preventing any changes in supply voltage from causing false reset signals.The XC6123C525ER-G also includes protection functions to guard against transient power spikes or brownouts. If the power supply voltage drops below the threshold or rises above the threshold, the reset signal will be triggered and the system will be reset or shut down.

Conclusion

The XC6123C525ER-G PMIC supervisor from Toshiba provides an array of benefits to portable electronic product designs and development. It integrates voltage supervision, reset generation and clock oscillator functions into one low-power IC, decreases total power consumption, reliably monitors supply voltage and provides protection against extended low-voltage conditions and transient power spikes. Thanks to its ability to accurately monitor voltage levels and provide a reset signal, the XC6123C525ER-G is an excellent choice for a wide variety of battery-operated and other low-power electronics.

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