دانلود نرم افزار Nuhertz Filter Solutions v16.3.1|نرم افزار طراحی فیلتر

Nuhertz Filter یکی از نرم افزارهای تحت ویندوز است که از آن برای آنالیز و طراحی مدارات مروبط به فیلترهای الکترونیکی استفاده می شود. در این نرم افزار ماژول های به نام Lumped Element Filter،Distributed Element Filter، Active Filter ،Digital Filter ، Switched Capacitor و Zmatch™ وجود دارد که راه حل های نوینی را در پیش روی مهندسان مخابرات و الکترونیک جهت طراحی فیلترهای مختلف قرار می دهد.

 

 

این نرم افزار در نسخه های پیشرفته، متوسط و معمولی و به ترتیب با نام های FilterSolutions^® و FilterLight™ و Filter Quick™ ارائه میشود که در ادمه شما می توانید ضمن آشنایی بیشتر با آن نسخه پیشرفته این نرم افزار را از لینک مستقیم دانلود کنید.

نرم افزار Nuhertz Filter برای اولین بار در سال 1999 ارائه گردید و از آن جهت انجام محاسبات مربوط به فیلتر و همچنین بدست آوردن مقاومت معادل شبکه (synthesizing filters and impedance matching networks ) استفاده می شد. بعد از ارائه نخستین نسخه، این نرم افزار تحت توسعه قرار گرفته و  ویژگی های مختلفی به آن افزوده شد، قابلیت ارتباط با نرم افزارهای قدرمند مخابراتی نظیر AWR’s AXIEM و  Sonnet و CST Studio Suite، قابلیت انجام محاسبات مربوط به سایر فیلتر ها، نمایش مقادیر به صورت کاملا گرافیکی و … از  جمله ویژگی هایست که تا به امروز به این نرم افزار افزوده شده است.

مهندسان الکترونیک و مخابرات، از این نرم افزار می تواند جهت موارد زیر را استفاده کنند:

• Gaussian, Bessel, Butterworth, Legendre, Chebyshev Type I, Chebyshev Type II, Hourglass, Elliptic, Raised Cosine, Matched and Delay filters.
• Low Pass, High Pass, Band Pass, Band Stop and Asymmetrical Band Pass.
• Real Time Feedback on Filter Modification Analysis.
• S and Z Transforms in Vector Format to Easily Interface With Matlab and Matrix-x.
• Displays Transfer Functions, Pole/Zero Plots, Time Response, Frequency Response, and Reflection Coefficient of Ideal Filter Designs.
• Stand Alone or Floating Network Licensing Available.
• Asymmetrical Band Pass Filter, Including Parametric Butterworth Filters.
• Time Analysis of User Entered Data.
• High order filters: 20 for lumped and IIR filters, 10,000 for digital FIR filters, 200 for switched capacitor FIR filters.
• Element modification capability for lumped, distributed, and active filters.
• Frequency, impedance, and time analysis for modified lumped, distributed, and active filters.
• Transfer functions for modified lumped, active, and switched capacitor filters.
• Reflection analysis for modified lumped and distributed filters.
• Cascade and parallel forms for S and Z transforms.
• Stop Band and Off-axis real zeros Placement for Butterworth and Chebyshev I Filters.
• Extensive HELP Section To Support Your Filter Design Effort.
• Z, Y, and S parameter exports in Touchstone file format.
• AWR Integrations
• LC Circuit Synthesis for Single Terminated, Unequally Terminated, and Equally Terminated Filters.
• Balanced and Unbalanced Filters
• Easy to Read Graphical Circuit Displays
• Export Transfer Functions of Modified Filters.
• Analysis of User Modified LC Circuits Including Time Response, Frequency Response, Input/Output Reflection Coefficient, Input/Output Impedance, and Transfer Functions.
• Textual Net Lists That Are Ready to Execute in Applications That Support Net Lists
• Impedance matching networks.

Distributed Filters:

• Distributed Filter Synthesis for Single Terminated, Unequally Terminated, and Equally Terminated Filters.
• User Selectable Length Units of Meters, Feet, and Inches.
• Easy to Read Graphical Circuit Displays.
• Textual Net Lists That Are Ready to Execute in Applications That Support Net Lists.
• Analysis of User Modified Distributed Filters Including Time Response, Frequency Response, Input/Output Reflection Coefficient, Input/Output Input Impedance, and Transfer Functions.
• Single Stub and Dual Stub Resonators.
• Micro Strip and Strip Line Geometries.

Active Filters:Active Circuit Synthesis for Thomas Biquads, Akerberg-Mossberg Biquads, Positive Gain SAB’s (Sallen & Key), Negative Gain SAB’s (MFB), GIC, Leap Frog, and Parallel Filters.

• Easy to Read Graphical Circuit Displays.
• Textual Net Lists That Are Ready to Execute in Applications That Support Net Lists.
• Export Transfer Functions of Modified Filters.
• Analysis of User Modified Elements Including Time Response, Frequency Response, Input Impedance, and Transfer Functions.
• Band Pass topology Selection With Band Pass Stages, or High Pass and Low Pass Stages.

Switched Capacitor Filters:

• Switched Capacitor Circuit Synthesis for Cascade and Parallel Biquads.
• IIR Digital Selections of Bilinear, Matched Z, Impulse Invariant, Step Invariant, Modified Impulse Invariant, and Modified Step Invariant
• 15 Available FIR Selections
• User Selectable Minimum Capacitance
• Easy to Read Graphical Circuit Displays.
• Textual Net Lists That Are Ready to Execute in Applications That Support Net Lists.
• Analysis of User Modified Elements Including Time Response, Frequency Response, Input Impedance, and Transfer Functions.
• Band Pass topology Selection With Band Pass Stages, or High Pass and Low Pass Stages.

Digital Filters:

• Digital Transformations of Bilinear, Z Matched, Impulse Invariant, and Step Invariant.
• FIR Window Filters of Rectangular, Bartlett, Hanning, Hamming, Blackman, Blackman-Harris, Kaiser, and Dolph-Chebyshev.
• FIR Iterative Remez.
• FIR Communications Filters of Raised Cosine, Root Raised Cosine, Cosine, Sine, and Matched.
• FIR Arithmetically Symmetric Band Pass Raised Cosine and Root Raised Cosine.
• FIR Approximations of all Supported Analog Filters.
• FIR arithmetically symmetric raised cosine and root raised cosine filters.
• Z Transforms in Vector Format to Easily Interface With Matlab and Matrix-x.
• Z Transforms in Standard, Cascade, and Parallel Forms.

در زیر تصاویری از محیط نرم افزار آورده شده است، برای مشاهده تصاویر در اندازه واقعی بر روی آنها کلیک کنید:

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