MAX16001ETE+T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MAX16001ETE+T is an advanced supervisory circuit designed for electronic system designers requiring power-on reset (POR), power-down reset (PDR), and power-good (PG) monitoring signals. This device consists of an active-low power-on reset circuit with selectable power-on thresholds of 4.625V, 4.250V, 3.600V, and 3.620V. Additionally, the MAX16001ETE+T contains a patent-pending ultra-low power-down reset comparator that actively monitors voltage levels to verify the VCC supply is in the proper range before asserting PDR. The MAX16001ETE+T is available in a 14-pin TSSOP packaging and is ideal for applications such as embedded systems, powered peripherals, and other microprocessor-based circuits.

Application Field

The MAX16001ETE+T is an ideal solution for applications that may need to continuously monitor the system’s power supply. It is particularly useful in embedded systems and automated industrial equipment where efficient and reliable power-on reset and power-down reset signals are necessary. It can also be used in portable electronics and other microprocessor-based circuits where monitoring power levels is critical.

Working Principle

The MAX16001ETE+T has two basic functions, Power-on Reset and Power-down Reset. When the VCC supply voltage reaches the POR threshold voltage, the device outputs an active-low, push-pull reset signal which informs all of the other components in the system that the power supply is within specification. The device also has a built-in ultra-low power-down reset circuit which maintains a low-power consumption state during system shutdown. When the VCC supply voltage falls below the PDR threshold voltage, the device outputs an active-low, push-pull reset signal which helps ensure the system is secured against any voltage instability, ensuring the system remains in a stable state. In addition, the MAX16001ETE+T provides an active-high push-pull power-good signal that indicates when the device is operating correctly.

The MAX16001ETE+T also offers adjustable user-defined reset delays that can be adjusted to match the timing requirements of various systems. The user-defined reset time is specified by an external capacitor connected to the delaying pin, which determines the amount of time required for the device to reset. In addition, the device contains an internal soft-start circuit that allows for an adjustable ramp rate for the reset and power-good signals, eliminating inrush current that might otherwise destabilize the system.

The MAX16001ETE+T offers designers a simple, flexible solution for power-on reset and power-down reset applications. This device is highly efficient, requires minimal external components, and is available in a wide range of package sizes. It is ideal for any system requiring reliable power-on reset and power-down reset monitoring.

The specific data is subject to PDF, and the above content is for reference