Filter design tool

The filter design tool lets you design, optimize, and simulate complete multi-stage active filter solutions within minutes

Active filters are vital in modern electronics; every data acquisition systems need them for bandwidth-limiting signals before ADCs as anti-aliasing filters, or after DACs as anti-imaging filters. Instrumentation also relies on them for accurate signal measurements. Active filters are used for cutoff frequencies that range from sub -1 Hz to 10 MHz, where passive filter designs would require prohibitively large component values and sizes. Their design and verification can be
tedious and time consuming. Launch the tool now.

Select

Determine the filter response best suited for your design by optimizing for pulse response, settling time, lowest cost, pass-band ripple, and stop-band attenuation with lowpass, highpass, bandpass, and bandstop filter types.

Design

Using Sallen-Key, multiple feedback, and Bainter topologies, select the best operational amplifiers for your design by evaluating gain bandwidth vs. current vs. cost and other parameters.

Analyze

Monte-Carlo and Corner analysis with closed-loop frequency response, step response, and sine-wave response analysis options.

大福彩票 天水市 永康市 成都市 商洛市 大庆市 镇江市 临夏市 阜新市 巴中市 萍乡市 崇州市 邓州市 平度市 河津市 台中市 衡水市 明光市 凤城市 吉林省 石首市 龙海市 黄石市 叶城市 都匀市 武穴市 朝阳市 青岛市 凤城市 葫芦岛市 仙桃市 合肥市 孝感市 邢台市 兴城市 平度市 利川市 洮南市 信阳市 常州市 宁国市 南阳市 徐州市 北宁市 邢台市 鹿泉市 池州市 北宁市 台中市 华阴市 延吉市 铁力市 兴城市 淮安市 汉川市 东阳市 焦作市 西安市 佛山市 潍坊市 甘肃省