ADS7816EVM

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The ADS7816EVM belongs to the Analog to Digital Converters (ADCs) category of evaluation boards. It is a great tool for various applications ranging from battery-powered systems to portable, low-power applications. The ADS7816EVM is a 16-Bit, low power CMOS A/D converter that is used to measure AC and DC signals.

The ADS7816EVM has a very low power configuration, with a 20(mA) maximum conversion rate. It features an integrated voltage reference, an onboard A/D multiplexer, and an 8-channel multiplexer for input signal selection. It also provides an auto-shutdown feature that can be used to conserve power.

The ADS7816EVM can be used to measure signals with a wide range of input levels. It has two programmable gain stages that can be used to measure signals with a wide range of levels. Additionally, the board has a fast settling time since it supports 16-bit resolution.

The working principle of the ADS7816EVM is simple. First, the signal is applied to the multiplexer, which routes the signal to the A/D converter. The A/D converter converts the analog input into a digital representation. Finally, the converted signal is put out to an output buffer.

The ADS7816EVM is a great tool for various applications, such as data acquisition systems, medical devices, industrial control systems, and automotive electronics. It is a low power device and is ideal for battery-powered applications, as it consumes up to 20mA only.

The board’s auto-shutdown feature enables it to conserve power when the input signal is not changing. Additionally, the internal voltage reference provides the maximum analog input level of about 4 volts without the need for an external voltage source. This eliminates the need to add an external voltage reference, which reduces complexity and cost.

In conclusion, the ADS7816EVM is an ideal choice for various applications. It offers low power consumption, wide input range, and high resolution. Additionally, the auto-shutdown feature and internal voltage reference make it an ideal choice for battery-powered devices.

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