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Product Categories for butterworth polynomial
Signal Filters -
(128 companies)
Signal filters block or decrease (attenuate) unwanted frequencies or signal wave characteristics.
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Active Low Pass Filters -
(18 companies)
Active low pass filters pass signals from low frequencies and reject signals from high frequencies.
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Active Filters -
(35 companies)
Active filters are electronic filers that use active components such as voltage amplifiers or operational amplifiers. The amplifier shapes and stabilizes the behavior of the filter, and serves as a buffer interface to the driven component.
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Active Band Pass Filters -
(11 companies)
Active band pass filters are used to attenuate frequencies below and above a range of frequencies (i.e., the bandwidth or passband of the filter).
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IC Electronic Filters -
(84 companies)
IC electronic filters are frequency-selective circuits that consist of devices such resistors, capacitors, inductors, transistors, or operational amplifiers coupled with reactive components.
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EMI Filters and RFI Filters -
(248 companies)
Electromagnetic (EMI) filters and radio frequency interference (RFI) filters purify signals by attenuating the high-frequency RFI (typically 150kHz and up) and passing the low frequency EMI.
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Data Acquisition Computer Boards -
(171 companies)
Data acquisition computer boards are self-contained printed circuit boards that typically plug into the backplane, motherboard, or otherwise interface directly with the computer bus.
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Data Acquisition Input Modules -
(215 companies)
Data acquisition input modules accept sensor and other signal output for data acquisition systems. They may include signal conditioning prior to the analog-to-digital conversion stage.
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Data Acquisition Systems and Instruments -
(491 companies)
Data acquisition systems and instruments collect, digitize and process multiple sensor or signal inputs for the purpose of monitoring, analyzing and/or controlling systems and processes.
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Signal Conditioners -
(772 companies)
Signal conditioning products provide amplification, filtering, converting, and other processes required to make sensor output suitable for reading by computer boards.
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Instrumentation Amplifiers -
(125 companies)
Instrumentation amplifiers are differential amplifiers that have been optimized for use with DC signals. They are characterized by high gain, high common mode rejection ratio (CMRR), and high input impedance.
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Passive Filters -
(10 companies)
Passive filters are implemented using only passive components such as resistors, capacitors and inductors. These filters do not produce any amplification of the input signal.
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Digital Filters -
(8 companies)
Digital filters use digital signal processing (DSP) to perform numerical calculations on sampled values of a signal.
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Active High Pass Filters -
(10 companies)
Active high pass filters pass signals from high frequencies and reject signals from low frequencies.
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Active Band Reject Filters -
(8 companies)
Active band reject filters are tuned circuits that prevent the passage of signals within a specified band of frequencies. These devices are also known as bandstop or notch filters.
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Product Announcements for butterworth polynomial
Product Announcements: 1 - 10 of 42
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Krohn-Hite Corporation
Model 3945 3-Channel Programmable/Benchtop Filter
The KH Model 3945 programmable filter provides one Butterworth channel of low-pass, tunable over the range from 170Hz to 25.6MHz; and two independent Butterworth or Bessel channels of low-pass, high-pass or bypass, one channel of band-pass or band-reject, tunable over the range from 3Hz to 2MHz.
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Krohn-Hite Corporation
Model 3380 0.1Hz to 200kHz Series Filters
The KH Model 3380 Filter Series are one, two or four channel filters providing ease of operation and the reliability Krohn-Hite has been known for since 1949; along with a price that will fit any budget.
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Krohn-Hite Corporation
Model 3940 3Hz to 2MHz Programmable Filter
The KH Model 3940 programmable, dual channel, Butterworth/Bessel filter is a GPIB/benchtop filter covering a cutoff frequency range from 3Hz to 2MHz. Attenuation slope is 24dB/octave per channel. The 3940 will accept input levels of ±4.5V peak. Pre and post-filter gains of 0dB or 20dB is also provided. All functions are front panel or GPIB bus controlled.
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Krohn-Hite Corporation
Model 3944 Four Channel GPIB/Benchtop Filter
The KH Model 3944 is a 4-channel, Butterworth/Bessel filter providing GPIB/benchtop filtering covering a cutoff frequency range from 3Hz to 2MHz. Passband gain is unity, and the attenuation slope is 24dB/octave per channel. The 3944 will accept input signals of ±4.5V peak providing input and output gains of 0dB or 20dB selectable via the front panel keyboard or the GPIB bus.
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Krohn-Hite Corporation
Model 3955 170Hz to 25.6MHz GPIB/Benchtop Filter
The KH Model 3955 programmable, dual channel, low-pass filter is the first dual low-pass programmable filter of its kind, covering the wide cutoff frequency range from 170Hz to 25.6MHz with 2 digits of resolution. The 3955 is a 4-pole, maximally flat (Butterworth) filter, with an attenuation slope of 24dB/octave and a stopband attenuation of >100dB referred to 1Vrms input.
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Krohn-Hite Corporation
Model 3988 0.03Hz to 1MHz Dual Channel Filter
The KH Model 3988 provides a tunable frequency range from 0.03Hz to 1MHz in the low-pass mode and 0.03Hz to 300kHz in the high-pass mode. Both low end frequency cutoff is 0.003Hz with the 002 option. Each channel of the 3988 is an 8-pole, wide range, low-pass/high-pass filter or an amplifier providing gains to 70dB in 0.1dB steps.
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AMTI/Advanced Mechanical Technology, Inc.
DSA-6 sixchannel, high gain, strain gage amplifier
AMTI's DSA-6 six-channel, high gain, strain gage amplifier, and is a complete solution for your analog signal conditioning needs. Fabricated from the highest stability and lowest noise components available today, the DigiAmp was developed and built to be flexible, reliable, and easy to use.
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Krohn-Hite Corporation
Model 3360 0.1Hz to 200kHz Series Filters
The Krohn-Hite 3360 Series provides a tunable frequency range from 0.1Hz to 200kHz, and with the 002 option, the range is extended to 0.005Hz. Each channel of the 3360 Series is a selectable low-pass or high-pass, 4-pole filter providing an input gain to 50dB, and an output gain to 20dB selectable in 0.1dB steps.
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Krohn-Hite Corporation
Fixed Frequency Filter Modules
Cutoff Frequencies: 1Hz to 600kHz (High-Pass) and 1Hz to 2MHz (Low-Pass) Attenuation: 6dB to 96dB/Octave Responses: Butterworth or Bessel Functions: LP, HP, BP Differential and Single-Ended Models Input Gain: 1 to 100 Output Gain: 1 to 100 Continuous Time, No Sampling Noise Wide Signal-to-Noise Ratio and Low Distortion Factory Tuned, No External Adjustments Needed
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Trilithic, Inc.
Ultraminiature Filters
Many filter applications can be satisfied by a low ripple Chebyshev design. This type of filter combines low VSWR in the passband, excellent selectivity, and good ultimate attenuation in the stopbands.
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Tools & Useful Links for butterworth polynomial
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Engineering Web: butterworth polynomial
1 - 10 of 3,553
Equal phase, variable crossover, ladder realizable, diplexers using the ...
ISCAS '94., 1994 IEEE International Symposium on. Item Title: Equal phase, variable crossover, ladder realizable, diplexers using the Butterworth polynomial. Shortened Title: Circuits and systems. ...
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A new controller structure for current source rectifiers
A new control structure utilizing the concept of input-output linearization technique, pole and zero placements using the Butterworth polynomial is designed for current source rectifiers for unity ...
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Induction motor speed estimation using full-order flux observers ensuring system...
The observer gains are chosen using the Butterworth polynomial and the controller gains of the reference model adaptive speed controller are selected using the concept of the D-decomposition. The ...
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A study of designing recursive 2-D digital filter from an analog bridged-T ...
The different possibilities are examined . When compared with the fourth order Butterworth polynomial, only three possibilities exist and the corresponding impedances are obtained. Starting with such ...
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butterworth high pass fourth order design | Comp.DSP | DSPRelated.com
tables what the Butterworth polynomial is.. >. >. > Tam. >. Butterworth has no ripple in either the passband or the stopband. It is "maximally flat".. > Re: butterworth high pass fourth order design ...
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Comparing Chebyshev and Butterworth Filter for Designing 2-D Recursive Digital ...
... compare to the fourth order Butterworth polynomial or Chebyshev polynomial. For different impedance values of the Bridged-T network which are obtained with compare to Chebyshev and butterworth filter ...
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MarshButterworthBandpass.h
create a Butterworth bandpass function. explicit MarshButterworthBandpass(const Record& gr) throw(InvalidSerializationError). create a fully specified Butterworth polynomial from parameters stored in ...
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MRAS Speed Estimation and Full-Order Flux Observer for Dual Stator Winding ...
The Butterworth polynomial and D- decomposition techniques are used to select observer and speed controller gains. Computer simulation results of the controlled sensor-less drive system confirm the ...
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Two-Dimensional Digital Filters Possessing Variable Magnitude Characteristics ...
The starting point for each 1-D filter is a monotonic response obtained by the integration of a second-order Butterworth polynomial. The variable characteristic in each domain is obtained by changing ...
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LTC1063 DC Accurate, Clock-Tunable 5th Order Butterworth Lowpass Filter U FEATU ...
s Internal or External Clock. approximates a 5th order Butterworth polynomial. With. s 50�VRMS Clock Feedthrough. appropriate PCB layout techniques the output DC offset is. s 100:1 Clock-to-Cutoff ...
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