MAX6018BEUR18+T

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The MAX6018BEUR18+T is an integrated voltage reference device that utilizes two pieces of technology—a temperature-compensated bandgap reference and a feedback circuit—to produce a precise voltage output. The device features a low nominal output voltage of 0.6V and a voltage temperature coefficient (VTC) of 1.05 ppm/°C maximum. It offers a wide input voltage range of 2.7V to 5.5V, and can act as a low dropout reference in applications that require a precise voltage in the presence of input voltage variation. Other features of the MAX6018BEUR18+T include a current mode output and a low quiescent current of 300 nA (typical).

The MAX6018BEUR18+T is designed for use in a range of power-management applications, including DC/DC regulators, linear regulators, supervisor circuits, and controllers for lighting and LCD displays. The device can also be used in many other applications, such as computer peripherals, optical sensors, and data acquisition systems. The device’s low voltage coefficient, stable output, and low quiescent current make it an excellent choice for applications that require a precise voltage with minimal power loss.

The MAX6018BEUR18+T utilizes both a bandgap voltage reference and a feedback circuit to produce a precise voltage output. The bandgap reference consists of a diode connected in a bridge configuration, with a reference voltage applied at the midpoint of the bridge. When the applied voltage is equal to the reference voltage, the bridge is balanced and the reference voltage is generated at the midpoint. The reference voltage is then used by the feedback circuit to control the output voltage of the device. The feedback circuit consists of a transistor that controls the current flow through a resistor to the output of the device. The device is designed to accurately regulate the output voltage despite changes in input voltage or temperature.

The MAX6018BEUR18+T also offers a convenient current mode output, allowing the output voltage to be adjusted by adjusting the current through a resistor connected to the current-adjust pin. By adjusting the current through this pin, the output voltage of the device can be adjusted to meet a variety of application requirements. Additionally, the low quiescent current of the device helps reduce power dissipation, making it suitable for portable and battery-powered applications.

In summary, the MAX6018BEUR18+T is an integrated voltage reference with a low output voltage, a low voltage temperature coefficient, and a wide input voltage range. The device is ideally suited for power-management applications, as it is capable of accurately regulating the output voltage of the device in the presence of input voltage or temperature variations. The device’s current mode output and low quiescent current make it an excellent choice for portable and battery-powered applications.

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