MAX6133BASA41+

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

PMIC - Voltage Reference is an important component of the power system design and operation, and the MAX6133BASA41+ offers reliability and flexibility in the field. The device is a programmable low-dropout (LDO) voltage reference, available in a small-size surface-mount package. The device can be programmed using an external voltage reference or a simple resistive divider. It offers two adjustable output voltages, each of which can be programmed up to 2.2V using the internal regulator.

The MAX6133BASA41+ includes a 200mV reference voltage, allowing a wide voltage range of <2.2V to >2.2V at the adjust pin and allowing a wide range of programming of output voltage. It also has an adjustable voltage range of 200mV and >=200mV, and a wide control range of =>-20mV to <=200mV, enabling precise programming of the output voltage. The power dissipation is minimized, and the power-on reset circuit ensures a stable output voltage upon power-on. The device comes with a 100% tested accuracy that ensures accurate tracking. Additionally, the device includes a low-current shutdown mode, with a turn-on current of <20uA, allowing for power savings in battery-powered systems.

The MAX6133BASA41+ is designed for a wide range of applications including low-voltage power supplies, microcontrollers and voltage-controlled circuits. It can be used to adjust the voltage and current for different operation modes of microcontrollers and create the precise timing for communications applications. It can also be used in the power system design to reduce the startup and regulation time for high-speed digital circuits. Additionally, the device can be used for voltage sequencing of multiple power supplies and provide system-level clock and voltage control.

The main principle of the MAX6133BASA41+ is based on two main components; a voltage regulator, which sets the output voltage, and a reference voltage, which sets the reference voltage. The device sets the output voltage using an adjustable or a fixed reference voltage, and the reference voltage sets the output voltage which is controlled by a voltage divider. The two components interact with each other, and the output voltage can be precisely adjusted using the position of the voltage divider. The voltage divider is constructed using two resistors; the transient reference voltage is tightly coupled with the output voltage, and the output voltage is regulated by the regulation of the reference voltage.

In addition to its voltage reference capabilities, the MAX6133BASA41+ comes with a high-precision temperature sensor, which can be used for monitoring temperature levels and ensuring stability. This temperature sensing capability enables the device to accurately maintain its output voltage even as temperatures fluctuate. The device also features an on-board power shutdown and a self-resuming feature which improve the power economy and reliability of the application.

The MAX6133BASA41+ is an ideal solution for a range of applications requiring an adjustable voltage regulator with high accuracy and minimal power consumption. The device is well suited for designs in which space and power consumption are big considerations and could serve as a reliable and cost effective voltage reference for any application.

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