ADM6384YKS26D3Z-R7

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The ADM6384YKS26D3Z-R7 PMIC - Supervisors is a highly integrated and well-designed device used to protect circuits against electrical overvoltage and undervoltage conditions as well as providing power reset control in multiple applications. It contains three different voltage supervisor functions - manual reset/power on reset, power-fail reset, and brownout reset - into a single package with extreme low power dissipation and operating current. All these functions enabled the ADM6384YKS26D3Z-R7 PMIC - Supervisors to be the perfect choice for cost- and size-conscious applications including personal computers, laptop computers, handheld instrumentation, telecommunications, and power supplies.

The ADM6384YKS26D3Z-R7 PMIC - Supervisors operates in a power supply rail of 3.3V over temperatures ranging from -40℃ to +85℃, thus allowing it to be used in a wide range of applications. It offers a wide variety of different voltages detection ranges such as 1.2V, 1.8V, 2.5V, 3.3V and 4.75V, with the reset type being level, open drain, and push/pull. Furthermore, it is also equipped with a wide variety of additional features, including an output enable control, an adjustable reset time delay, an enable input operation feature, a manual reset input, an open drain, and a push/pull reset feature.

The main application field of the ADM6384YKS26D3Z-R7 PMIC - Supervisors lies in protecting circuits from overvoltage and undervoltage conditions, ensuring the system runs safely and stable. It could be used in multiple applications such as personal computers, laptop computers, handheld instrumentation, telecommunications, and power supplies. Its multiple reset functions, including manual reset/power on reset, power-fail reset, and brownout reset, makes it ideal for applications that require multiple reset sources and where space is a concern.

In terms of its working principle, the ADM6384YKS26D3Z-R7 PMIC - Supervisors is based on sequential voltage-monitored circuitry, which provides technically advanced features not found in conventional voltage supervisor ICs, such as high-accuracy trip-level detection, low supply current and fast response times. In comparison to the conventional supervisors, the ADM6384YKS26D3Z-R7 PMIC - Supervisors can detect voltage cross the trip points within a few hundred nanoseconds and provides an output voltage with a reset circuit inside. This output voltage is used to control the reset state of the system. It also includes a power-on reset circuit activated when the power supply voltage rises above the threshold. The reset circuit also utilizes a timer to hold the reset state, allowing the system to catch up when it is recovering from an overvoltage or undervoltage overshoot and prevent the reset state from being toggled due to power-noise.

In conclusion, the ADM6384YKS26D3Z-R7 PMIC - Supervisors is an excellent choice for cost- and size-conscious applications such as personal computers, laptop computers, handheld instrumentation, telecommunications, and power supplies. It provides extremely low power dissipation and operating current with multiple reset functions, and its sequential voltage-monitored circuitry ensures high-accuracy trip-level detection, low supply current and fast response time. It offers a wide range of detection voltages, output enable controls, adjustable reset time delay, enable input operations, manual reset inputs, open drain and push/pull reset features.

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