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Supplier: Krohn-Hite Corporation
Description: The Krohn-Hite 3901 programmable, two channel. Elliptical filter/voltage gain amplifier is one of a family of new programmable filters from Krohn-Hite. It was carefully designed with the user in mind, providing ease of operation, reliability and price competitiveness. All backed with
- Low Pass Cutoff Frequency: 0.001 to 99 kHz
- High Pass Cutoff Frequency: 0.001 to 99 kHz
- Analog Input Channels: 2 #
- Operating Temperature: 32 to 122 F
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Supplier: Krohn-Hite Corporation
Description: The Krohn-Hite 3900 programmable, dual channel Elliptical filter/voltage gain amplifier is one of a family of new programmable filters from Krohn-Hite. It was carefully designed with the user in mind, providing ease of operation, reliability and price competitiveness. All backed with
- Low Pass Cutoff Frequency: 0.001 to 99 kHz
- Analog Input Channels: 2 #
- Operating Temperature: 32 to 122 F
- Architecture: Analog (RC)
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Supplier: Krohn-Hite Corporation
Description: is an 8-pole, wide range, low-pass/high-pass filter or an amplifier providing gains to 70dB in 0.1dB steps. The 3988 will accept input signals of æ10V peak at 0dB gain and has selectable ac or dc coupling. Overload detectors are standard and assist the user in detecting
- Low Pass Cutoff Frequency: 0.000029999999999999997 to 1,000 kHz
- High Pass Cutoff Frequency: 0.000029999999999999997 to 300 kHz
- Analog Input Channels: 2 #
- Operating Temperature: 32 to 122 F
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Supplier: Krohn-Hite Corporation
Description: The Krohn-Hite 3A, 3B, 3C and 3D Series of continuous-time fixed-frequency precision active filter modules provide filtering in a 1 to 8-poles and 16-pole compact package, with the choice of cutoff frequencies, customer selectable from 1Hz to 2MHz low-pass and 1Hz to 600kHz
- Low Pass Cutoff Frequency: 0.001 to 200 kHz
- High Pass Cutoff Frequency: 0.001 to 200 kHz
- Operating Temperature: 32 to 158 F
- Architecture: Analog (RC)
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Supplier: Red Pitaya, d.o.o.
Description: STEMlab 125-14 Low Noise is based on a STEMlab 125-14 board that is populated with additional linear analog power for analog power supplies to reduce RF inputs and outputs noise and consequently increase ENOB.
- Analog Input Channels: 6 #
- Digital I/O Channels: 16 #
- Sampling Frequency: 125,000 kHz
- Accuracy: 0.2 % FS
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Supplier: Dataforth Corporation
Description: Each DSCA36 potentiometer input module provides a single channel of potentiometer input which is filtered, isolated, amplified, and converted to a high-level voltage output. Signal filtering is accomplished with a five-pole filter which provides 85dB of normal-mode rejection at 60Hz and 80dB
- Analog Input Channels: 1 #
- Accuracy: 0.03 % FS
- Bandwidth: 0.003 kHz
- Common Mode Rejection Ratio: 160 dB
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Supplier: Dataforth Corporation
Description: frequency response by taking advantage of both Thomson (Bessel) and Butterworth characteristics. One pole of the filter is on the field side of the isolation barrier; four are on the process control system side. After the initial field-side filtering, the input signal is chopped by a
- Analog Input Channels: 1 #
- Accuracy: 0.03 % FS
- Maximum Output: 5 volts
- Bandwidth: 0.002997 kHz
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Supplier: Dataforth Corporation
Description: Each DSCA38 strain gage input module provides a single channel of strain gage input which is filtered, isolated, amplified, and converted to a high-level voltage output. Signal filtering is accomplished with a five-pole filter which is optimized for step response. An anti-aliasing pole is
- Analog Input Channels: 1 #
- Accuracy: 0.03 % FS
- Bandwidth: 0.003 kHz
- Common Mode Rejection Ratio: 100 dB
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Supplier: Dataforth Corporation
Description: cancellation of the effects of lead resistances. The excitation currents are very small (less than 1.0mA) which minimizes self-heating of the potentiometer. Signal filtering is accomplished with a six-pole filter which provides 95dB of normal-mode rejection at 60Hz and 90dB at 50Hz. Two poles
- Analog Input Channels: 1 #
- Accuracy: 0.08 % FS
- Maximum Output: 5 volts
- Bandwidth: 0.004 kHz
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Supplier: Stellar Technology
Description: require cable lengths greater than 20 feet. The analog output of the AP5104 DIN mount signal conditioner can be switched using the front panel controls for ±5 Vdc , ±10 Vdc, or 4-20mA. These analog outputs are filtered using a low-pass active filter that removes unwanted
- Low Pass Cutoff Frequency: 10 to 1,000 kHz
- Input Impedance: 0.2 Mohms
- Operating Temperature: 14 to 158 F
- Architecture: Analog (RC)
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Supplier: Spectral Dynamics, Inc.
Description: The Model VX2705B is a completely integrated 8 channel data recording VXI module. Each channel includes a low pass filter, a 16-bit 5M Samples/sec/ch. ADC, and 16M Samples of DRAM storage per channel. DRAM may be divided into 2, 4, or 8 segments for multiple event recording.
- Analog Input Channels: 8 #
- Digital I/O Channels: 0 #
- Accuracy: 0.1 % FS
- Bandwidth: 2,300 kHz
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Supplier: OMEGA Engineering, Inc.
Description: The iNET-400 system is a low cost card cage that attaches to Windows computers via USB 2.0. The advantage of a card cage is that you can select which I/O modules to install as needed to build a customized system. The instruNet card cage typically has one A/D measurement module and additional
- Analog Input Channels: 6 #
- Digital I/O Channels: 4 #
- Low Pass Cutoff Frequency: 0.006 to 4 kHz
- Gain Range: 1 to 64 #
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Supplier: OMEGA Engineering, Inc.
Description: The iNET-400 system is a low cost card cage that attaches to Windows computers via USB 2.0. The advantage of a card cage is that you can select which I/O modules to install as needed to build a customized system. The instruNet card cage typically has one A/D measurement module and additional
- Operating Temperature: 33.8 to 113 F
- Features: Accelerometer Input, DC Current Input, DC Voltage Input, Data Acquisition Instrument / System, I/O Module, Other, Other Input, RTD Input, Strain Gauge / Bridge Input, Thermistor Input, Thermocouple Input
- Architecture: Analog (RC)
- User Interface: Computer Programmable
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Supplier: ACCES I/O Products, Inc.
Description: intelligence to perform digital input debouncing and latching. Debouncing time constants from hundreds of microseconds to hundreds of milliseconds allows a wide variety of low-pass filtering options. Latching inputs record low- and high-going pulses that your application may
- Analog Input Channels: 96 #
- Digital I/O Channels: 16 #
- Sampling Frequency: 500 kHz
- Resolution: 12 bits
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Supplier: ACCES I/O Products, Inc.
Description: intelligence to perform digital input debouncing and latching. Debouncing time constants from hundreds of microseconds to hundreds of milliseconds allows a wide variety of low-pass filtering options. Latching inputs record low- and high-going pulses that your application may
- Analog Input Channels: 64 #
- Digital I/O Channels: 16 #
- Sampling Frequency: 100 kHz
- Resolution: 12 bits
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Supplier: ACCES I/O Products, Inc.
Description: intelligence to perform digital input debouncing and latching. Debouncing time constants from hundreds of microseconds to hundreds of milliseconds allows a wide variety of low-pass filtering options. Latching inputs record low- and high-going pulses that your application may
- Analog Input Channels: 128 #
- Digital I/O Channels: 16 #
- Sampling Frequency: 250 kHz
- Resolution: 12 bits
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Supplier: ACCES I/O Products, Inc.
Description: intelligence to perform digital input debouncing and latching. Debouncing time constants from hundreds of microseconds to hundreds of milliseconds allows a wide variety of low-pass filtering options. Latching inputs record low- and high-going pulses that your application may
- Analog Input Channels: 32 #
- Digital I/O Channels: 16 #
- Sampling Frequency: 500 kHz
- Resolution: 16 bits
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Indicates content that may require registration and/or purchase.
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A Portable Readout System for Microstrip Silicon Sensors (ALIBAVA)
There are two ADC blocks, each one is composed of a differential RC low pass filter for suppressing some of the wideband noise associated with high speed amplifiers and an ADC.
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http://dspace.mit.edu/bitstream/handle/1721.1/93009/899210483-MIT.pdf?sequence=2
The output of these probes is run through a differential low pass RC filter .
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Design, Characterization and Calibration of a Short-Period Ocean Bottom Seismometer (OBS)
At the input of the ADC module, just before the fully differential amplifiers, low pass RC differential filters have been used to eliminate the high frequency noise.
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CMOS Active Inductors and Transformers
To cancel out the offset voltage of the limiting amplifier, a differential RC low - pass filter is employed.
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Behavioral modeling and simulation of a chemical sensor with its microelectronics front-end interface
In order to realize the phase detection function, the dif- ferential RC low - pass filter shown in Figure 15 is placed at the output of the mixer.
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Sensors and signal conditioning
A differential RC low - pass filter can be added to each TC channel to band-limit the signal if a significant noncommon mode noise component is present.
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Design and test of a high-resolution acquisition system for marine seismology
To reject high-frequency noise, low - pass dif- ferential RC filters are used before signal amplification.
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A 1.6 gigabit/second, 25-85 kHz acoustic imaging array-novel mechanical and electronics design aspects
Very often a simple differential filter ( RC low - pass ) will be sufficient as in our design.
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http://dspace.mit.edu/bitstream/handle/1721.1/38702/166143201-MIT.pdf?sequence=2
Differential Amplifier and Low Pass RC Filter .
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XII Mediterranean Conference on Medical and Biological Engineering and Computing 2010
The conven- tional method to reduce the drift of the ECG signal base line is to use signal inverting RC integrator ( low pass filter ) with differential amplifier in the feedback loop from the instru- mentation amplifier output to its reference input [2 …