AD673JNZ

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Data Acquisition - Analog to Digital Converters (ADC) is technology that enables analog signals to be converted into digital signals, allowing for further analysis. The AD673JNZ is a high performance, low power and low cost analog-to-digital converter (ADC) that offers the ultimate solution for applications that require accuracy, power conservation and fast conversion. This article provides information on the application field and working principle of the AD673JNZ.

The AD673JNZ is suitable for a range of applications such as industrial, communications, and medical markets. Its small package size, 11mm x 11mm, makes it an ideal choice for applications that require space saving. It is also ideal for cost sensitive applications such as hand-held instruments. The ADC is capable of converting signals with 24-bit resolution and has a sample rate of up to 2.5MSps.

The AD673JNZ features an internal multiplexer that offers the ability to select between single-ended or differential inputs. This allows the ADC to be used in a wide variety of applications, making it very versatile. The onboard voltage reference ensures the accuracy of the ADC and helps to keep power consumption low. The ADC also includes power management features such as shutdown and low power modes that allow for further energy savings.

The working principle of the AD673JNZ is based on a successive approximation register converter (SAR). This is a type of analog to digital conversion that works by sequentially comparing the voltage of the analog input signal with a reference voltage. The reference voltage is constantly adjusted until it matches the voltage of the input signal. The number of times the reference voltage is adjusted determines the resolution of the conversion. The AD673JNZ utilizes a 24-bit SAR architecture that enables a resolution of 24-bit.

The AD673JNZ uses a variety of technologies to enable high speeds and low power consumption. The ADC features a high speed track and hold amplifier, a low power switched-capacitor array, a low power voltage reference, and a high speed fast cycle prediction algorithm. These technologies combined allow for fast conversion and low power operation.

The AD673JNZ is a great solution for applications that require accuracy, power conservation, and fast conversion. Its 24-bit resolution and low power operation make it an optimal choice for a variety of applications. Additionally, its multiplexer allows for single-ended or differential inputs, making the ADC very versatile. With its various technologies, the AD673JNZ is able to provide fast conversion and low power operation at an affordable price.

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