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| Catalog Datasheet Results | Type | Document Tags |
| Abstract: ® DESIGN A 60Hz NOTCH FILTER WITH THE UAF42 UAF42 by Johnnie Molina, (602) 746-7592 DESIGN A 60HZ NOTCH FILTER WITH THE UAF42 UAF42 The UAF42 UAF42 is a monolithic, time-continuous, 2nd-order active filter , resistors. Figure 2 shows the UAF42 UAF42 configured into a 60Hz notch filter. The auxiliary operational amplifier , 4.99k 9 V 10 11 4 V+ FIGURE 2. UAF42 UAF42 Configured as a 60Hz Notch Filter. The , low-pass outputs to create a band reject (notch) filter (see Figure 1). where, ALP = gain from input ... | Original |
2 pages, |
notch filter AB-035 AB-071 design "notch filter" highpass rf filter FILTER42 filter 60hz circuit UAF42 50 Hz notch filter and application notch filter 7 band notch filter application bulletin ab-035 band reject notch filter UAF42 abstract |
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| Abstract: ® DESIGN A 60Hz NOTCH FILTER WITH THE UAF42 UAF42 by Johnnie Molina, (602) 746-7592 DESIGN A 60HZ NOTCH FILTER WITH THE UAF42 UAF42 The UAF42 UAF42 is a monolithic, time-continuous, 2nd-order active filter , resistors. Figure 2 shows the UAF42 UAF42 configured into a 60Hz notch filter. The auxiliary operational amplifier , UAF42 UAF42 RQ 4.99k 9 V 10 11 4 V+ FIGURE 2. UAF42 UAF42 Configured as a 60Hz Notch Filter , low-pass outputs to create a band reject (notch) filter (see Figure 1). where, ALP = gain from input ... | Original |
3 pages, |
UAF42 FILTER42 AB-071 AB-035 60Hz notch filter application bulletin ab-035 50 Hz notch filter design a 60hz notch filter UAF42 abstract |
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| Abstract: onboard decimation filter suppresses modulator and signal out-of-band noise. The ADS1271 ADS1271 provides a , filter in a monolithic device. Selectable gains of 1, 2, 64 or 128 allow full-scale differential input , amplified by a factor of 100 (G = 2 · 100k/2k) and fed, via an RC-lowpass filter into the PID controller. , Guide Intelligent Sensors, Process Control 4 Pressure Pressure sensors convert a physical value-weight, tire pressure, level, force, and flow-into a differential signal in the mV/V ... | Original |
77 pages, |
siemens SPC3 profibus controller pt100 msp430 schematic half bridge TL494 OPA335 PT100 coriolis flow meter smoke alarm ic 555 schematic air conditioner auto opa548 audio amplifier schematics 24v 10A tl494 65W ac adapter schematic TEC H bridge that use uc3638 IC ads1232 weigh scale schematic datasheet abstract |
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| Abstract: design. We hope you will find this guide a valuable addition to your complete library of TI product , applications assistance or customer product design. Customers are responsible for their products and , , customers should provide adequate design and operating safeguards. TI does not warrant or represent that , services does not constitute a license from TI to use such products or services or a warranty or endorsement thereof. Use of such information may require a license from a third party under the patents or ... | Original |
301 pages, |
DC MOTOR SPEED CONtrol lm324 pwm pic SG3524 pwm INVERTER tl494 lm324 dc to ac inverters DALLAS 2501 TFP7433 bass treble using lm324 l293d motor controller UC3843 spice model TV flyback transformer pinout CIRCUIT EQUALIZER BASS TREBLE MOSFET inverter with pwm sg3524 500 watt power circuit diagram uc3825 datasheet abstract |
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| Abstract: crystal. Figures 1, 2, and 3 shows a SINC³ filter response with a 60Hz notch frequency, 19.2kHz modulator , benefit of providing filter notches at integer multiples of the data output rate. For example, a 60Hz , filter response with a nominal clock frequency. This filter response achieves a near infinite 60Hz rejection at the filter notch. Figure 2 shows the same SINC³ filter response but with a ±4% clock tolerance. This filter shows a -83.7dB rejection at the notch frequency. Figure 1. Nominal clock source gives ... | Original |
5 pages, |
50 Hz notch filter MAX1400 MAX1401 MAX1402 MAX1403 MAX1407 MAX1408 MAX1409 MAX1414 MAX1415 MAX1416 MAX1496 filter 60hz circuit digital filter sinc filter datasheet abstract |
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| Abstract: number DAC bits BUILD A NOTCH FILTER For example, to program a 60Hz notch filter with the circuit , , digitally programmable filter can be built using a UAF42 UAF42. This monolithic, state-variable active filter chip provides a two pole filter building block with low sensitivity to external component variations. , Low-Pass Out Notch Out FIGURE 1. Digitally Programmable Analog Filter. © SBFA005 SBFA005 1994 , state-variable filter IC, two op amps, a few resistors and two common MDACs. Capacitors aren't required because ... | Original |
4 pages, |
filter 60hz circuit UAF42 OPA627 AB-062 DAC7541A band reject notch filter 60Hz notch filter highpass rf filter design a 60hz notch filter datasheet abstract |
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| Abstract: , such as an LTC1060A LTC1060A set up in a 100:1 clock to center ratio, and configured as a 60Hz sharp notch or , Filter Nello Sevastopoulos Philip Karantzalis The LTC1062 LTC1062 As A Loop Filter With commercially available PLLs, the loop filter is designed by the user to optimize the loop performance. For a variety of applications, a 1st or 2nd order lowpass passive or active R, C filter will do the job. When minimum output jitter and good transient response are required simultaneously, the design of the loop filter becomes ... | OCR Scan |
8 pages, |
and application notch filter CD4046 CD4046 APPLICATION CIRCUIT CD4046 vco LT1013 VCO Og PIN OUT of CD4046 CMOS PLL LTC1062 tunable notch filter cd4046b application CD4046B design a 60hz notch filter PLL cd4046 LTC1062 abstract |
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| Abstract: clock to center ratio, and configured as a 60Hz sharp notch or bandpass filter. Figure 3A shows the , r « Jim im DESIGN M NOTES Number 7 in a series from Linear Technology Corporation February, 1988 DC Accurate Filter Eases PLL Design Nello Sevastopol! los Philip Karantzalis The LTC1062 LTC1062 is a , design of the loop filter becomes more sophisticated. For instance, a fast transient response implies , R, C loop filter and the LTC1062 LTC1062, the circuit of Figure 2 was tested for a PLL with a 60Hz ± 10% ... | OCR Scan |
2 pages, |
LTC1062 CD4046B application CD4046B design a 60hz notch filter LTC1062 abstract |
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| Abstract: : a common question that Texas Instruments receives is how to implement a 60-Hz notch filter. The , schematic diagram for a differential notch filter. The design procedure is similar to that of the low pass , , use a notch filter. Figure 7. High Pass Filtering a Square Wave The only challenge for the , low pass filter. 3.3 Notch Filtering Data If: · The fundamental signal is at a fixed , difficult to resolve from important signal harmonics. Then a high-Q notch filter can be used to ... | Original |
11 pages, |
THS4121 sin wave to square design a 60hz notch filter 60Hz notch filter SLOA063 SLOA063 abstract |
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| Abstract: hybrid circuit that allows to realize a sound effects generator for musical instruments (Guitar and , functions: 7 Band Audio Frequencies (60Hz, 125Hz, 250Hz, 500Hz, 1 KHz, 3K5Hz, lOKHz). Custom specified frcqucncics on request. Features • Gyrator Audio filter • No external components or inductors required • , 33 NCPL Notch Common Potenziometer Left Channel 34 NCPR Notch Common Potenziometer Right Channel 35 , 39 Î 16.33mm i 1I11IIIM1I 1I11IIIM1I! d 1,27mm 1, 2.54mm 2.54mm Through hole position for PCB Design Peak ... | OCR Scan |
2 pages, |
guitar equalizer 7-band graphic equalizer gyrator datasheet abstract |
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| Description The LMF90 LMF90 LMF90 LMF90 is a fourth-order elliptic notch (band-reject) filter based on switched to notch frequency. An internal crystal oscillator is provided. Used in conjunction with a low-cost color TV crystal and the internal clock frequency divider, a notch filter can be built with center frequency at 50 Hz, 60 Hz, 100 Hz, 120 Hz, 150 Hz, or 180 Hz for rejection of power line interference [Information as of 12-Aug-99] LMF90 LMF90 LMF90 LMF90 4th Order Elliptic Notch Filter [Life-time buy] Generic P/N 90 www.datasheetarchive.com/files/national/htm/nsc02882-v3.htm |
National | 13/08/1999 | 12.64 Kb | HTM | nsc02882-v3.htm |
| , 50Hz/60Hz Notch Filter Typical Applications Differential Inputs (LTC2414/LTC2418 LTC2414/LTC2418 LTC2414/LTC2418 LTC2414/LTC2418) Low Supply Current (200uA Plus 4uA Autosleep) Differential 2.5ppm Full-Scale Error and 0.5ppm Offset 0.2ppm Noise No Latency: Digital Filter Settles in a Single Cycle. Each Conversion Is Accurate, Even After a New Channel is Selected Single Bridge Measurement Techniques Design Note DN297 DN297 DN297 DN297 16-Channel, 24-Bit Delta Sigma ADC www.datasheetarchive.com/files/linear/c1155/c1001/c1152/p2188/p2188-v1.html |
Linear | 09/02/2007 | 9.43 Kb | HTML | p2188-v1.html |
| 110dB Min, 50Hz/60Hz Notch Filter Reference Input Voltage: 0.1V to V CC Live Zero Operation Low Supply Current (200uA) and Auto Shutdown Automatic Channel Selection (Ping-Pong) (LTC2422 LTC2422 LTC2422 LTC2422) No Latency: Digital Filter Settles in a Single Conversion Cycle 8ppm INL, No .2ppm RMS noise. These ultrasmall devices use delta-sigma technology and a new digital filter configured for better than 110dB rejection at 50Hz or 60Hz ±2%, or can be driven by an external oscillator www.datasheetarchive.com/files/linear/c1155/c1001/c1152/p2190/p2190-viewall.html |
Linear | 21/11/2005 | 10.12 Kb | HTML | p2190-viewall.html |
| 110dB Min, 50Hz/60Hz Notch Filter Reference Input Voltage: 0.1V to V CC Live Zero Operation Low Supply Current (200uA) and Auto Shutdown Automatic Channel Selection (Ping-Pong) (LTC2422 LTC2422 LTC2422 LTC2422) No Latency: Digital Filter Settles in a Single Conversion Cycle 8ppm INL, No .2ppm RMS noise. These ultrasmall devices use delta-sigma technology and a new digital filter configured for better than 110dB rejection at 50Hz or 60Hz ±2%, or can be driven by an external oscillator www.datasheetarchive.com/files/linear/c1155/c1001/c1152/p2190/p2190-viewall-v1.html |
Linear | 09/02/2007 | 11.1 Kb | HTML | p2190-viewall-v1.html |
| 110dB Min, 50Hz/60Hz Notch Filter Reference Input Voltage: 0.1V to V CC Live Zero Operation Low Supply Current (200uA) and Auto Shutdown Automatic Channel Selection (Ping-Pong) (LTC2422 LTC2422 LTC2422 LTC2422) No Latency: Digital Filter Settles in a Single Conversion Cycle 8ppm INL, No .2ppm RMS noise. These ultrasmall devices use delta-sigma technology and a new digital filter configured for better than 110dB rejection at 50Hz or 60Hz ±2%, or can be driven by an external oscillator www.datasheetarchive.com/files/linear/c1155/c1001/c1152/p2189/p2189-viewall.html |
Linear | 21/11/2005 | 10.12 Kb | HTML | p2189-viewall.html |
| 110dB Min, 50Hz/60Hz Notch Filter Reference Input Voltage: 0.1V to V CC Live Zero Operation Low Supply Current (200uA) and Auto Shutdown Automatic Channel Selection (Ping-Pong) (LTC2422 LTC2422 LTC2422 LTC2422) No Latency: Digital Filter Settles in a Single Conversion Cycle 8ppm INL, No .2ppm RMS noise. These ultrasmall devices use delta-sigma technology and a new digital filter configured for better than 110dB rejection at 50Hz or 60Hz ±2%, or can be driven by an external oscillator www.datasheetarchive.com/files/linear/c1155/c1001/c1152/p2189/p2189-viewall-v1.html |
Linear | 09/02/2007 | 11.1 Kb | HTML | p2189-viewall-v1.html |
| Filter Settles in a Single Cycle and Each Channel Conversion is Accurate Internal Oscillator-No External Components Required 110dB Min, 50Hz or 60Hz Notch Filter Narrow SSOP-16 SSOP-16 SSOP-16 SSOP-16 Package filter. Through a single pin, the LTC2412 LTC2412 LTC2412 LTC2412 can be configured for better than 110dB input differential mode rejection at 50Hz or 60Hz ±2%, or it can be driven by an external oscillator for a user defined rejection Reference Design DC746A - LTC2412 LTC2412 LTC2412 LTC2412 Evaluation Kit (PDF www.datasheetarchive.com/files/linear/c1155/c1001/c1152/p2277/p2277-viewall-v1.html |
Linear | 09/02/2007 | 10.69 Kb | HTML | p2277-viewall-v1.html |
| , 50Hz/60Hz Notch Filter Typical Applications Differential Inputs (LTC2414/LTC2418 LTC2414/LTC2418 LTC2414/LTC2418 LTC2414/LTC2418) Low Supply Current (200uA Plus 4uA Autosleep) Differential 2.5ppm Full-Scale Error and 0.5ppm Offset 0.2ppm Noise No Latency: Digital Filter Settles in a Single Cycle. Each Conversion Is Accurate, Even After a New Channel is Selected Single Bridge Measurement Techniques Design Note DN297 DN297 DN297 DN297 16-Channel, 24-Bit Delta Sigma ADC www.datasheetarchive.com/files/linear/c1155/c1001/c1152/p2188/p2188.html |
Linear | 21/11/2005 | 8.4 Kb | HTML | p2188.html |
| Filter Settles in a Single Cycle and Each Channel Conversion is Accurate Internal Oscillator-No External Components Required 110dB Min, 50Hz or 60Hz Notch Filter Narrow SSOP-16 SSOP-16 SSOP-16 SSOP-16 Package Reference Design DC746A - LTC2412 LTC2412 LTC2412 LTC2412 Evaluation Kit (PDF Selection (Ping-Pong) Low Supply Current: 200uA, 4uA in Autosleep Differential Input and www.datasheetarchive.com/files/linear/c1155/c1001/c1152/p2277/p2277-v1.html |
Linear | 09/02/2007 | 8.96 Kb | HTML | p2277-v1.html |
| Operation Internal Oscillator-No External Components Required 110dB Min, 50Hz/60Hz Notch Filter -Scale Error and 1ppm Offset 0.56ppm Noise, 20.8 ENOBs No Latency: Digital Filter Settles in a R411 Reliability Data Reference Design DC586A - LTC2431 LTC2431 LTC2431 LTC2431 Evaluation Kit (Zip Low Supply Current (200uA in Conversion Mode and 4uA in Autosleep Mode) Differential Input and www.datasheetarchive.com/files/linear/c1155/c1001/c1152/p2191/p2191-v1.html |
Linear | 09/02/2007 | 9.2 Kb | HTML | p2191-v1.html |