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  • Differential Nonlinearity in Analog Measurements

    In most applications, linearity in analog measurements is more important than absolute precision. Ideally, in an A/D converter the digital value ramps smoothly as the input increases across its entire range. The deviation from ideal operation is a function of each ADC’s particular architecture and is expressed as differential nonlinearity (DNL). Find out how DNL is determined and the effect it has on making accurate measurements in this white paper.

  • Determining an Effective Analog Sampling Rate

    How often should your equipment make measurements? This question often arises when people draft plans to automatically measure a physical quantity such as temperature, pressure, acidity, liquid level, and so on. You can approach this problem in several ways, from an educated guess to a mathematical analysis of your system. The examples in this white paper use temperature measurements because people measure temperature more than any other physical characteristic.

  • Analog Signal Conditioning for Accurate Measurements

    Do you need some sort of circuit between your sensor and an analog-to-digital converter? Before you make any connections, get the electrical specifications for the analog-to-digital converter (ADC) and for the sensor or sensors in your system. The explanation in this white paper will help you understand what you need and why you need it.

  • How to Choose the Right Sensor for Your Measurement System

    You can choose from many different sensors on the market today to measure all types of natural phenomena. This National Instruments white paper categorizes and compares the most common sensors for measuring seven of these phenomena to help you choose the best option for your application.

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  • TS-7553-V2 Single Board Computer

    Compatible Operating Systems: Linux, Debian The TS-7553-V2 is developed around the NXP i.MX6 UltraLite, a high performance, ultra-efficient processor family featuring an advanced

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