MAX5387MINIQU+

Series:	--
Part Status:	Obsolete
Type:	Data Acquisition
Function:	Digital Potentiometer
Embedded:	--
Utilized IC / Part:	MAX5387M
Primary Attributes:	2 Channel, 256 Position
Supplied Contents:	Board(s)
Secondary Attributes:	--

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Evaluation and Demonstration Boards and Kits

The MAX5387miniQ+ is an evaluation and demonstration board from Maxim Integrated that is used to demonstrate an overload protection circuit for automotive applications. This board is designed to offer a high accuracy and robust solution for monitoring temperature, current, voltage and speed data coming from automotive systems. It offers protection and diagnostic features for motor controllers, light controllers and safety systems. The board can also be used to drive an analog or digital control module, or to control LED brightness.

Overview

The MAX5387miniQ+ is a single board designed to be easy to use and to be quickly mounted onto a motor or light controller. It contains four SHARE analog-to-digital converters (ADCs), one LINARO controller, one temperature sensor, two voltage inputs, and two current channels. One of the current channels can be configured to measure up to eight different current sources. It also features an embedded PSoC (Programmable System-on-a-Chip) that is used to make sure the information collected is reliable and error free.

Application Field

The MAX5387miniQ+ can be used in a variety of applications such as automotive, industrial, medical, and consumer electronics. Its primary applications are for monitoring and controlling speed, temperature, current, and voltage in automotive systems. It is also highly suited for motor controllers, LED drivers, and power systems.

Working Principle

The MAX5387miniQ+ works by collecting various types of data such as temperature, voltage, and current, and then converting it into an easily read format. The board then runs an overload protection circuit which includes a combination of ADCs and LINARO controllers. The ADCs are used to capture analog data and convert it into digital data. The LINARO controller is used to interpret the data and send out commands to the motor or light controllers. This allows for precise and accurate control of the motor or light source.The board is also equipped with an embedded PSoC which is used to monitor the board and to make sure all data is accurate. The PSoC will also take any necessary corrective action in case of errors or malfunctions. The PSoC is used to detect faults that may lead to a motor or light controller overloading and will also alert the system operator.

Conclusion

The MAX5387miniQ+ is an evaluation and demonstration board designed to offer a high accuracy and robust solution for monitoring and controlling temperature, current, voltage, and speed data. It is extremely useful for motor and light controllers in automotive, industrial, medical, and consumer electronics applications. The board contains four SHARE ADCs, one LINARO controller, one temperature sensor, and two voltage inputs and two current channels. The board uses an embedded PSoC to monitor that all data is accurate and that any necessary corrective action is taken.

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