DSD1702E

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The DSD1702E is a high performance, low power digital signal conditioning and data acquisition instrument intended for a variety of applications in industrial, automotive and aerospace applications. It offers the flexibility of a modular architecture and the performance of a high speed 180 MHz Analog-to-Digital Converter (ADC) with up to 16 channels of 16 bit resolution. The DSD1702E expands the versatility of traditional multi-channel data acquisition instruments by adding a range of special purpose features including a sample and hold function, adjustable trigger levels, and simultaneous sampling, for quick and easy system integration.

The DSD1702E’s modular design, with optimized connections between modules, ensures easy and reliable system integration. This allows for a much simpler wiring approach, with fewer connections, since many connectors are not required or used. For instance, there are no 2GHz ADCs required, which makes it possible to have a simpler and faster hookup, with fewer channels and higher resolution. The architecture of the DSD1702E also allows for increased speed and efficiency through advanced power management of the device. The device is able to draw power only when it is actually working on a conversion or other task, allowing it to save energy when it is in idle mode.

The DSD1702E is also capable of providing higher levels of accuracy and reliability when it is used for a range of special purpose applications. The device is capable of providing precise and consistent measurements for tasks such as pressure monitoring, temperature monitoring, vibration monitoring, and other industrial and aerospace applications. The DSD1702E is rated for use in harsh environments, making it suitable for use in extreme temperatures, rough terrain, subsea operations, and other demanding conditions. The DSD1702E is also designed to take full advantage of its advanced power management, enabling it to remain operational in most adverse conditions.

The DSD1702E operates by selecting the specific circuit configurations and conditions needed to produce the precise results desired in various applications. The device uses a low power differential input amplifier to convert the analog signals into digital data, and a variable gain amplifier to adapt the output to the desired resolution. A simultaneous sampling logic circuit then controls the individual channels, managing the switch settings and sampling rate. The on-board digital signal processing (DSP) block then processes the data and provides result values in the format requested. This process allows the DSD1702E to provide high accuracy data in a wide variety of applications, making it an invaluable tool in many industries.

The DSD1702E is an ideal choice for system integrators and engineers tasked with creating data acquisition and control systems. Its modular design and special purpose features, such as adjustable input ranges, make it easy to tailor the device for different applications, making it possible to use the device in a wide variety of applications, from industrial and automotive to aerospace. With its high performance, low power and reliability, the DSD1702E is an excellent choice for those seeking to build reliable and accurate data acquisition and control systems.

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