راه‌حل‌های طراحی فیلتر دیجیتال (کتابخانه مایکروویو آرتک هاوس)

Digital electronic filters are becoming a key technology in a growing number of products used in industries as diverse as medicine, meteorology, finance, optics, and telecommunications. Not all developers in these varied fields have the electrical engineering expertise or the time required for selecting just the right digital filter for new product development. This book and CD-ROM package offers instant practical digital filter knowledge and supplies designers and developers with a toolkit of more than 250 pre-designed filters (on the CD-ROM) that they can use immediately. Digital Filter Design Solutions allows practitioners to quickly compare filters and select the ones that deliver optimal performance for their projects. With an extensive range of filters ready for the developer's choosing, this unique toolkit speeds up development time, allowing new products to be quickly brought to market. Moreover, by enabling developers to better select filters, this book helps improve product quality and user satisfaction. CD-ROM Included! Complementing the book, this highly valuable disc contains an archive of filter coefficients and design functions written in Matlab[registered]. These are the essential tools professionals need to handle their projects with speed and confidence. Take advantage of the widest possible range of filtering techniques and still keep design time to a minimum with this book and CD-ROM toolkit. The practical knowledge presented in the book enables you to take control of your projects, using the filter coefficients included on the CD-ROM. You get 260 digital filters that are ready to use and have been fully characterized in terms of their frequency response, step response, impulse response, and pass band characteristics. Performance parameters such as step response rise time, overshoot, settling time, dc accuracy, and those related to noise propagation through the filter have been tabulated to allow you full control of your filtering application. This unique resource allows you to quickly compare the performance of several candidate filters and to select the right ones for a wide range of applications. You find in-depth coverage of the most popular filter types, including low pass, high pass, band pass, differentiators, and Hilbert transformers. Furthermore, this resource takes a fresh look at differentiators and Hilbert transformers, offering you practical tips on implementation, influence of noise, the conversion of low pass filters into differentiators, error propagation, precision phase measurement, and full characterization of two phase/frequency demodulation schemes over a range of conditions. This invaluable toolkit also contains basic algorithms such as time and frequency domain implementations, interpolation, decimation, and phase/frequency demodulation, so you can quickly and easily program in the filters

Take advantage of the widest possible range of filtering techniques and still keep design time to a minimum with this book and CD-ROM toolkit. The practical knowledge presented in the book enables you to take control of your projects, using the filter coefficients included on the CD-ROM. You get 260 digital filters that are ready to use and have been fully characterized in terms of their frequency response, step response, impulse response, and pass band characteristics. Performance parameters such as step response rise time, overshoot, settling time, dc accuracy, and those related to noise propagation through the filter have been tabulated to allow you full control of your filtering application.

This collection of predesigned linear phase digital filters has been prepared to serve the category of users whose research or development applications require some form of digital filtering, but who do not have the time to explore the very wide range of digital filter design techniques available. Annotation Introduction. Filter Design and Implementation. Low Pass Filters. High Pass Filters, Band Pass Filters, and Differentiators Hilbert Transformers. An Overview. Index