DC1370A-E

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The DC1370A-E is a member of the versatile and efficient Analog to Digital Converters (ADCs) Evaluation Boards addressed to design engineers and applied engineers. Specifically, the DC1370A-E can transform analog signals into digital code swiftly and accurately. The board enables direct digital conversion with 16 bits dynamic range over the temperature range of -40° to +85° Celsius and is perfect for applications such as spectrum analysis, monitoring, test, communication and industrial process control.

The DC1370A-E is equipped with 16-bit qualitative output which not only comes with fast crossing times but also, contains exceptionally low distortion. The board is integrated with an electronic interface, which allows for unproblematic connection with the internal MCU or other microcontroller. The rated input range of DC1370A-E spans from 0 V up to 2.048 V.

The DC1370A-E’s working principle is uncomplicated and straightforward - upon input, the analog values are stored in one of the two input buffers and converted by the onboard 16-bit ADC into digital codes. The digitalization process initiates after the input signal is transferred from the input buffer into the sample/hold ADC register. This signal is successively, transmitted through the multiplexer which contains different kinds of gain options so as to choose from. Consequently, the signal is moved onto the amplifier as well as the comparator before being coded into a numerical value and transmitted through the serial shift register and then, to the on-board processor.

Key features of DC1370A-E include the following:

• Up to 16-bit qualitative output supported by fast crossing times and low distortion
• Easy connection and compatibility to the various MCU or microcontrollers
• Excellent temperature stability from -40 °C to +85 °C
• RMS jitter (max) =3 ns; high accuracy: max = 22 µV

The DC1370A-E therefore, significantly simplifies and accelerates the process of digitization compared to more traditional methods. It not only ensures fast and accurate conversion but also, overcomes noise problems and eliminates manual labor. Furthermore, each DC1370A-E is pre-calibrated and can be used in various settings - from lab to production.

The board includes data read/write pins and an on-board processor to facilitate the integration of external intelligence. Moreover, the DC1370A-E design allows for firmware updating and customization without the need for sending the physical hardware back to the supplier. The use of high-precision on-board capacitors, a 16-bit ADC, and a signal chain with high signal-to-noise ratio make the DC1370A-E a reliable and cost-effective solution for engineers. The board also, provides for high sampling speed and overall reliability thanks to its powerful microcontroller and low latency interfaces.

In summary, the DC1370A-E is an invaluable tool for analog-to-digital conversion due to its various advantages. It lowers manual labor and overcomes noise problems, while easy connection and data read/write pins foster the integration of intelligence. Furthermore, the DC1370A-E is pre-calibrated and includes a powerful processor and low latency interfaces to provide for fast and reliable conversion.

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