MAX1402EVC16

Series:	--
Part Status:	Obsolete
Number of A/D Converters:	1
Number of Bits:	18
Sampling Rate (Per Second):	480
Data Interface:	Serial
Input Range:	±VREF/2
Power (Typ) @ Conditions:	26.7mW @ 480SPS
Utilized IC / Part:	MAX1402
Supplied Contents:	Board(s)

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Introduction

MAX1402EVC16 is an evaluation board that simplifies the process of evaluating the performance of MAX1402E, an analog to digital converter (ADC) from Maxim Integrated. It is designed for easy integration into the target system and provides easy access to all the important functions of the device.The board comes pre-installed with the necessary voltage monitoring, thermal protection circuitry, adjustable reference current, multiple voltage adjustment jumpers, and an USB port, to make the evaluation process easy and efficient.

Application field and working principle

The MAX1402EVC16 is designed for evaluation of the MAX1402E ADC in applications such as digital oscilloscopes, signal generators, power supplies, audio converters, medical imaging systems, and other applications. The ADC has a sampling rate of up to 200 MS/s and a resolution of up to 8 bits. It also features a dynamic power consumption of under 1mW and a power supply range of 3V to 3.6V, giving it the ability to work with a wide variety of system designs.The MAX1402EVC16 evaluation board enables users to evaluate the MAX1402E ADC to its maximum potential. It is designed to easily integrate into any target system and provides access to all the functional features of the ADC. The board comes with a voltage monitoring circuit, adjustable reference current, adjustable voltage jumpers, and a USB port for communication purposes.The board utilizes an ADC driver IC, the LTC7586. This IC is used to provide the necessary power and signal interface between the target system and the ADC. It operates at a supply voltage range from 1.8V to 5.5V. It also provides an adjustable reference current, which is used for voltage programming and calibration of the ADC, as well as a temperature warning signal that alerts the user if the ADC is operating at too high a temperature.The MAX1402EVC16 also includes a temperature monitoring circuit, which allows the user to monitor the temperature of the ADC. This feature is useful in applications such as medical imaging, where the temperature of the ADC can affect the fidelity of the image. The evaluation board also allows users to adjust the ADC parameters such as gain, offset, and resolution.

Conclusion

In conclusion, the MAX1402EVC16 evaluation board is a great tool for evaluating the performance of the MAX1402E ADC. It allows users to easily make the necessary connections and adjustments to get the most out of the ADC. The board also includes the necessary features such as adjustable reference current, voltage monitoring circuit, and a temperature monitoring circuit. All of these features make the evaluation boards a great choice for evaluating the performance of the ADC.

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