MCP9800DM-DL2

Series:	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Sensor Type:	Temperature
Moisture Sensitivity Level (MSL):	--
Sensing Range:	-55°C ~ 125°C
Interface:	I²C, SMBus
Sensitivity:	±0.5°C
Voltage - Supply:	2.7 V ~ 5.5 V
Embedded:	Yes, MCU, 8-Bit
Supplied Contents:	Board(s)
Utilized IC / Part:	MCP9800

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Introduction

The MCP9800DM-DL2 is a digital temperature sensor evaluation board from Microchip Technology Inc. It uses the MCP9800 Temperature Sensor to measure temperature in a variety of applications ranging from industrial controls to consumer electronics. The board is designed to be easy to use and versatile, and includes sensors for both temperature and humidity. It provides great accuracy for both measurements and is suitable for a variety of different environmental conditions. In this article, we will explore the application field of the MCP9800DM-DL2 and look at its working principle.

Application Fields

The MCP9800DM-DL2 is an ideal tool for developing and prototyping temperature-related applications, as well as testing the performance and accuracy of existing temperature-related designs and products. It is also useful for monitoring a variety of temperature-sensitive applications, such as data center and server rooms, medical equipment and laboratories, environment sensing systems, security surveillance systems, and industrial automation systems.The MCP9800DM-DL2 can be used for industrial, medical, and consumer applications, providing reliable temperature measurements and level of accuracy. It can also be used in applications where precise thermal management and temperature monitoring is required. For example, the board is an excellent choice for monitoring medical instruments for accurate readings of patient data. The board is also great for temperature measurement in applications such as manufactures and agriculture, as well as in industrial and office automation and security systems.

Features

The MCP9800DM-DL2 evaluation board is an easy-to-use and versatile board with a wide range of features. It includes a built-in temperature and humidity sensor, as well as an expandable interface for optional sensors. The board also provides on-board voltage regulators and logic level translators to make the board compatible with various microcontrollers. It also features non-volatile voltage and serial communication settings to make configuration and debugging easier.The board features an on-board LCD display to display real-time temperature and humidity information, which can be easily monitored from a distance. Additionally, the board has configurable alarms for various temperature and humidity levels. It also has a range of temperature detection capabilities and a wide range of temperature resolution options.

Working Principle

The MCP9800DM-DL2 utilizes the MCP9800 Temperature Sensor to measure temperature. The sensor is composed of a metal-oxide-semiconductor (MOS) transistor and a capacitor, which are integrated into the board. When exposed to a temperature change, the temperature is measured by the closed-circuit of the MOS transistor and the capacitor.The on-board microcontroller then converts the measured temperature into digital and further processes the information. The board then outputs the temperature information as either an analog voltage, digital communication, or a combination of both. Additionally, the board provides temperature alarm settings to alert users when the temperature exceeds pre-set limits.

Conclusion

In conclusion, the MCP9800DM-DL2 is an excellent digital temperature sensor evaluation board from Microchip Technology Inc. It offers great accuracy for temperature and humidity temperature measurements, allowing users to develop and prototype temperature-related applications. The board is also ideal for monitoring applications where precise thermal management is required, such as medical and industrial automation systems. Finally, the board utilizes a MOS transistor and capacitor for temperature measurement and outputs temperature information as either an analog voltage or digital communication.

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