DC997B-F

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The DC997B-F Evaluation Board is a powerful analog to digital converter (ADC). The board enables engineers and scientists to evaluate the performance of their applications in terms of speed, accuracy and resolution of the device. It provides a turn-key solution for evaluating the action-specific popular industry standard integrated circuit (IC) ADCs.

The DC997B-F Evaluation Board provides a versatile platform for ADCs ranging from 10-bit to 12-bit resolution and sampling speeds from 20 KHz to 20MHz. It is available in two variants: The DC997B-F2 for the DC590B/DC590A/DC590E/DC590F and the DC997B-F3 for the DC591A/DC591B/DC591E/DC591F. The DC997B-F2 supports 1-channel differential, 1-channel single-ended, and 1/2-channel single-ended operation while the DC997B-F3 supports 2-channel differential and 1/2-channel single-ended operation.

The DC997B-F Evaluation Board comes with a power supply, a CD-ROM, a user manual, a set of instruction and connection cards, and control software with a graphical user interface. It has two built-in LED indicators that signal power-on and digital output status. The board packages solderless connections and on-board support for external components, which allow experiments and measurements to be easily done with minimum effort.

The DC997B-F Evaluation Board features the chip select/data ready (CS/DR) inputs, a clock input, four digital outputs, and two analog inputs. The analog inputs can be configured to select between the differential or the single-ended operating modes. The board accepts a wide range of input voltage ranges from ±3 to ±15V. The board provides a sampling frequency up to 20MHz with resolution up to 12 bits. The external components on the board are adjustable to optimize for various noise conditions.

The DC997B-F Evaluation Board includes an on-board temperature sensor and a temperature reference circuit, which can be used to compensate for shifts in temperature. This feature provides a better measurement accuracy under temperature changes caused by electronics. The board also features an adjustable reference voltage, allowing the user to adjust the accuracy of the converter. The adjustable reference voltage makes it possible to use the DC997B-F Evaluation Board with a wide range of input signals.

The DC997B-F Evaluation Board uses a Sigma-Delta modulation architecture to convert analog signals to digital outputs. This architecture is based on a continuous sampling of the analog input signals. The output data is then produced after Delta-Sigma modulation and filtering of the digital outputs. This architecture allows for high precision and low noise levels even at high speeds.

The DC997B-F Evaluation Board is an excellent tool for evaluating the performance of ADCs. It provides a cost-effective, turn-key solution for evaluating the performance of industrial standard integrated circuits. It can be used in a variety of applications, including measurements in automotive systems, telecommunications, medical devices, industrial instrumentation, and consumer electronics. With its features and performance, the DC997B-F Evaluation Board is a valuable addition to any engineer or scientist’s toolkit.

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