XC6123C531MR-G

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The XC6123C531MR-G is a branded PMIC supervising circuit from Torex Semiconductor. This special controller is used to monitor and control power supply, signal lines, and digital gates to ensure that they are operating within certain pre-specified voltage and current levels. It is a type of "supervisor" circuit which helps in maintaining a system’s operational integrity by providing feedback on the status and state of the components that make up a system.

The XC6123C531MR-G stands out from the rest of the available PMIC supervising circuits due to its advanced protection and monitoring features. It is capable of monitoring both VDD and VCC rail voltages, providing hardware level short circuit protection for internal circuitry and also protect against overvoltage/overcurrent situations. The circuit offers better protection than many similar products in the same price range.

The XC6123C531MR-G is manufactured in 16-pin TQFN (Thin Quad Flat Package No Lead) packages which saves on space and making the circuit ideal for applications demanding a high level of protection and monitoring in a small form factor. The circuit also supports wake-up functions, meaning it can wake up from a standby mode when it detects a signal or condition on one of its input pins.

The XC6123C531MR-G is revolutionizing the supervisory circuit market, as it is the only supervisor device that can monitor both VDD and VCC rail voltages. It has the capability to reset and latch both rails, as well as apply correct output signals to indicate over-temperature/over current / over voltage / under voltage/over current detect events. As a result, it is increasingly being used in applications that demand high levels of accuracy and reliability.

The XC6123C531MR-G is ideal for applications requiring low power designs, and incorporates a variety of advanced features which make it suitable for applications like vehicle systems, industrial equipment, and peripheral boards. Its operation is based on a 50 kHz oscillator and a bunch of comparators; these comparators measure the voltage at both VDD and VCC pins and generate a power-error signal if an error is detected. This power-error signal is then used to control the outputs of both rails, as well as resetting the circuit, latching the fault condition and triggering other low power, voltage related functions.

Finally, the XC6123C531MR-G uses a very low on-current for its operation and dissipates very less amount of power, making it suitable for applications that require lower levels of power consumption. The circuit also features a low start-up current and low quiescent current operating mode that helps in further conserving power. The circuit also features a wide operating temperature range (from 0°C to +85°C) and low standby current (< 10µA) that allows it to be used in even the harshest environments. In summary, the XC6123C531MR-G is an ideal solution for applications requiring high levels of reliability, power monitoring and protection.

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