DVK91210 - SOIC8

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SOIC8 (Small Outline Isolated Chip) is an 8-lead surface mount package which is a common standard for integrated circuit (IC) packaging. The SOIC8 package minimizes the space required on printed circuit boards as it is much smaller and narrower than standard through-hole IC packages. The DVK91210 evaluation board from ARMED is an excellent tool for studying the use of SOIC8 packages in sensor applications.

The DVK91210 evaluation board features a SOIC8 package mounted in a custom-made superior thermal dissipation housing. The board is ideal for prototyping and evaluating temperature sensing applications. Its main goal is to provide a fast evaluation platform for connecting and testing a wide variety of digital temperature sensors. The board has a pair of SOIC8 temperature sensors, one on the side of the board and a second on the back. Both sensors have built-in temperature protection circuitry to prevent damage to the sensor in the event of an overly high temperature.

The DVK91210 evaluation board\'s main components include a thermal sensor, a signal conditioning board, Digital-to-Analog (D/A) conversion board, microcontroller, and a power management system. The thermal sensor measures temperature and converts it into an analog signal that is then conditioned and amplified by the signal conditioning board. The conditioned signal is then converted to a digital signal by the D/A conversion board and is processed by the microcontroller. The power management system handles the voltage regulation, enabling the board to accurately monitor and regulate the temperature. The system also provides a display that shows the actual temperature being measured.

The DVK91210 evaluation board provides an efficient method for testing various temperature sensors and evaluating the performance of temperature sensing applications. It allows users to test the performance of a range of sensors in a variety of conditions and monitoring temperatures in real-time. The board offers superior thermal dissipation, protection circuitry, as well as reliable power management. Its versatility makes it an ideal tool for a wide range of temperature sensing applications.

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