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Part Manufacturer Description Datasheet BUY
LTC1064-4 Linear Technology IC SWITCHED CAPACITOR FILTER, BUTTERWORTH, LOWPASS, PDIP14, Active Filter visit Linear Technology - Now Part of Analog Devices
LTC1064-1MS Linear Technology IC SWITCHED CAPACITOR FILTER, ELLIPTIC, LOWPASS, PDSO14, PLASTIC, SO-14, Active Filter visit Linear Technology - Now Part of Analog Devices
LTC1064-7MJ#PBF Linear Technology IC SWITCHED CAPACITOR FILTER, BESSEL, LOWPASS, CDIP14, LEAD FREE, CERDIP-14, Active Filter visit Linear Technology - Now Part of Analog Devices
LTC1065S8 Linear Technology IC SWITCHED CAPACITOR FILTER, BESSEL, LOWPASS, PDSO8, PLASTIC, SO-8, Active Filter visit Linear Technology - Now Part of Analog Devices
LTC1164-5MJ/883 Linear Technology IC SWITCHED CAPACITOR FILTER, BUTTERWORTH/BESSEL, LOWPASS, CDIP14, CERDIP-14, Active Filter visit Linear Technology - Now Part of Analog Devices
LTC1164-8CS Linear Technology IC SWITCHED CAPACITOR FILTER, ELLIPTIC, BANDPASS, PDSO14, PLASTIC, SO-14, Active Filter visit Linear Technology - Now Part of Analog Devices

60Hz notch filter

Catalog Datasheet MFG & Type PDF Document Tags

design a 60hz notch filter

Abstract: application bulletin ab-035 ® DESIGN A 60Hz NOTCH FILTER WITH THE UAF42 by Johnnie Molina, (602) 746-7592 DESIGN A 60HZ NOTCH FILTER WITH THE UAF42 The UAF42 is a monolithic, time-continuous, 2nd-order active filter , resistors. Figure 2 shows the UAF42 configured into a 60Hz notch filter. The auxiliary operational , Configured as a 60Hz Notch Filter. The pass-band gain of the notch filter is influenced by the filter Q and , ­60 40 50 60 70 80 Frequency (Hz) FIGURE 3. 60Hz Notch Filter Response. The
Burr-Brown
Original
design a 60hz notch filter application bulletin ab-035 50 Hz notch filter 60Hz notch filter 50 Hz notch filter with uaf42

design a 60hz notch filter

Abstract: 60Hz notch filter ® DESIGN A 60Hz NOTCH FILTER WITH THE UAF42 by Johnnie Molina, (602) 746-7592 DESIGN A 60HZ NOTCH FILTER WITH THE UAF42 The UAF42 is a monolithic, time-continuous, 2nd-order active filter , resistors. Figure 2 shows the UAF42 configured into a 60Hz notch filter. The auxiliary operational , 60 70 80 Frequency (Hz) FIGURE 3. 60Hz Notch Filter Response. The information provided , low-pass outputs to create a band reject (notch) filter (see Figure 1). where, ALP = gain from input
Burr-Brown
Original
FILTER42 band reject notch filter 7 band notch filter notch filter UAF42 50 Hz notch filter and application notch filter AB-035

band reject notch filter

Abstract: 60Hz notch filter bits BUILD A NOTCH FILTER For example, to program a 60Hz notch filter with the circuit shown in , Low-Pass Out Notch Out FIGURE 1. Digitally Programmable Analog Filter. © 1994 Burr-Brown , f­3dB = 60Hz Figure 2 shows the response seen at the band reject or "Notch Out" node. BANDPASS , Notch Response. FIGURE 3. Highpass, Lowpass and Bandpass fO = 60Hz Response. 2 fO accuracy can , ACTIVE FILTER by Johnnie Molina, (602) 746-7592 Programmable active filters have increased in
Burr-Brown
Original
OPA627 DAC7541A highpass rf filter lowpass filter 20khz AB-062

design a 60hz notch filter

Abstract: 60Hz notch filter number DAC bits BUILD A NOTCH FILTER For example, to program a 60Hz notch filter with the circuit , Low-Pass Out Notch Out FIGURE 1. Digitally Programmable Analog Filter. © SBFA005 1994 , 10 100 1000 f­3dB = 60Hz Figure 2 shows the response seen at the band reject or "Notch , 60Hz FIGURE 2. 60Hz Notch Response. FIGURE 3. Highpass, Lowpass and Bandpass fO = 60Hz Response , ACTIVE FILTER by Johnnie Molina, (602) 746-7592 Programmable active filters have increased in
Burr-Brown
Original
60hz notch filter ic voltage controlled state variable filter uaf42 design "notch filter" filter 60hz circuit

60Hz notch filter

Abstract: DSP56311EVM external audio signal is first applied into an input of the EVM board. A 60Hz signal is generated by the DSP Both the external signal and the 60Hz signal are added producing a digital audio signal with an . apparent 60Hz hum. The resultant signal is then sent to a digital 60Hz notch filter which removes the 60Hz , any questions, please contact the DSP Technical Support organization via e-mail at: 60Hz , . The memory can be used to store user-bootable code. Filter Test Demonstration (fltr_tst.asm
Motorola
Original
DSP56311EVM DSP56311 DSP56300 DSP56311EVMIG/D
Abstract: only) 50/60Hz notch filter enable SINC3 filter enable (default SINC4) CHOP mode enable buffered Analog Devices
Original
AD7192 AD7190 AD7194 AD7195 CN0119 CN0102

OP41FJ

Abstract: IC OP AMP for Piezoelectric transducers in this 60Hz notch filter. The 5pA bias current only develops 100pV across R1 and R2. FIGURE 10: HIGH Q NOTCH FILTER C2 Hh o 2»ric1 r1 â'¢ r? " 2h3 ci â  c2 = c3/z Low power consumption, low , AMPLIFIER -9- OP-41 The High 0 Notch Filter benefits from the low bias current and high input impedance
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OCR Scan
LM113 OP41FJ IC OP AMP for Piezoelectric transducers operational amp OP27 6-pin Accelerometer IMI Sensors instrumentation amplifier for piezoelectric sensors OP41G STD-883 2N2222 MAT-02 2N4416

2420I

Abstract: LTC2400 Components Required Fast Mode: 16-Bit Noise, 12 Bits TUE at 100sps 110dB Min, 50Hz/60Hz Notch Filter , ) the converter uses its internal oscillator and the digital filter first null is located at 60Hz. When , operates with an internal oscillator of 153.6kHz. This corresponds to a notch frequency of 60Hz and an , SAMPLES/SECOND) 60Hz NOTCH (7.5 SAMPLES/SECOND) 1 2 3 4 LTC2420 VCC FO VREF SCK VIN , that operates from 2.7V to 5.5V. It uses delta-sigma technology and provides a digital filter that
Linear Technology
Original
LTC2400 2420I LTC2420C LTC2420CS8 LTC2420I LTC2420IS8 LT1019 LT1025 LTC1043 LTC1050 LT1236A-5

THERMISTORS - SCK 055

Abstract: THERMISTOR ntc SCK 055 Min, 50Hz/60Hz Notch Filter Reference Input Voltage: 0.1V to VCC Live Zero-Extended Input Range , multiplexer addressing should be delayed a minimum tCONV (135ms for 60Hz notch) after the data out is read , single pin the LTC2408 can be configured for better than 110dB rejection at 50Hz or 60Hz ±2%, or it can , INTERNAL OSC/60Hz REJECTION LINEARITY ERROR (ppm) 7 MUXOUT 6 4 2 0 ­2 ­4 ­6 ­8 ­10 0 , Noise VIN = 0V (Note 13) 1.5 µVRMS Normal Mode Rejection 60Hz ±2% (Note 7) q 110
Linear Technology
Original
LTC1236 THERMISTORS - SCK 055 THERMISTOR ntc SCK 055 THERMISTORS SCK 055 NTC SCK 055 rtd 777 24-BIT S1336-5BK 0S36-01 LT1793
Abstract:   Internal Oscillatorâ'" No External Components Required â  110dB Min, 50Hz/60Hz Notch Filter â , digital filter first null is located at 60Hz. When Fq is driven by an external clock signal with a , 60Hz notch) after Table 1. Logic Table for Channel Selection iv the data out is read. To ensure , SOURCE = INTERNAL 0SC/60HZ REJECTION -0 1 -8 1,5,16,18, 22, 27, 28 In fo rm a tio n fu rn , Normal Mode Rejection 60Hz ±2% (Note 7) Normal Mode Rejection 50Hz ±2% Reference Input Rejection -
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LTC240 R61RTCD
Abstract: small value capacitors and large resistors to be used in this 60Hz notch filter. The 5pA bias current only develops 100pV across R1 and R2. FIGURE 10: HIGH Q NOTCH FILTER WIDE RANGE LOW-CURRENT , 9- OP-41 FIGURE 12:AMPLIFIER FOR PIEZOELECTRIC TRANSDUCERS The High O Notch Filter benefits -
OCR Scan

ampo1

Abstract: 1lta OP-41 The High Q Notch Filter benefits from the low bias current and high input impedance of the OP-41, Figure 10. These features enable small value capacitors and large resistors to be used in this 60Hz notch filter. The SpA bias current only develops 100pV across R1 and R2. CI lO~F FIGURE 12: AMPLIFIER FOR PIEZOELECTRIC TRANSDUCERS OUTPUT C2 O.DWF R3 22M FIGURE 10: HIGH a NOTCH FILTER R2 11M A1 11M VOUT
Analog Devices
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ampo1 1lta 2N2222 transistor digital avo meter IC1 741 OP Amp PM7541 OP41AJ- OP41EJ OP41BJOP41FJ OP41GP OP41GS STO-883

LTC2402

Abstract: thermistor sck 102 Offset 0.6ppm Noise Internal Oscillator-No External Components Required 110dB Min, 50Hz/60Hz Notch Filter Single Conversion Settling Time for Multiplexed Applications Reference Input Voltage: 0.1V to , digital filter's first null is located at 60Hz. When FO is driven by an external clock signal with a , sinc filter. Each single ended conversion independently rejects high frequency noise (> 60Hz). Care , RMS noise. These ultrasmall devices use delta-sigma technology and a new digital filter architecture
Linear Technology
Original
MSOP-10 LTC2402 thermistor sck 102 B78304-A1477-A3 zero voltage transition single ended forward converter strain guage marking ms10 LTC2401/LTC2402 2401/LTC2402 LTC1391 LT1460

DC MOTOR SPEED CONtrol lm324 pwm pic

Abstract: DC MOTOR DRIVE WITH LM324 coefficients */ /* for 60Hz notch filter */ /* Fs= 1kHz , modules and examples for DTMF tone generation, a 60 Hz notch filter, and a simple PID compensator for , the implementation of a 60 Hz notch filter using the "IIR_FILT.C" module. The filter was modeled and , that can be used to implement low-pass, high-pass, bandpass, and bandstop (notch) filters. The filter , passed through an input filter (commonly called the anti-aliasing filter) whose function is to
Microchip Technology
Original
AN616 DC MOTOR SPEED CONtrol lm324 pwm pic DC MOTOR DRIVE WITH LM324 DC MOTOR SPEED CONTROL USING lm324 mark b2Z pic kit2 LM324 PIC16C74 PIC16C6X PIC16C7XXX 11F-3 DK-2750

DC MOTOR DRIVE WITH LM324

Abstract: PIC16C738 coefficients */ /* for 60Hz notch filter */ /* Fs= 1kHz , modules and examples for DTMF tone generation, a 60 Hz notch filter, and a simple PID compensator for , the implementation of a 60 Hz notch filter using the "IIR_FILT.C" module. The filter was modeled and , that can be used to implement low-pass, high-pass, bandpass, and bandstop (notch) filters. The filter , passed through an input filter (commonly called the anti-aliasing filter) whose function is to
Microchip Technology
Original
PIC16C738 Y11W pwm lm324 discrete PWM matlab source code 16c74 2kd 60 DS00616A-

PIC16C738

Abstract: pid controller matlab source code coefficients */ /* for 60Hz notch filter */ /* Fs= 1kHz , modules and examples for DTMF tone generation, a 60 Hz notch filter, and a simple PID compensator for , the implementation of a 60 Hz notch filter using the "IIR_FILT.C" module. The filter was modeled and , that can be used to implement low-pass, high-pass, bandpass, and bandstop (notch) filters. The filter , passed through an input filter (commonly called the anti-aliasing filter) whose function is to
Microchip Technology
Original
pid controller matlab source code simple LM324 MPASM code macro endm pic16c74 applications implementing IIR digital filters matlab AN525 QS-9000

PIC16C738

Abstract: LM324 coefficients */ /* for 60Hz notch filter */ /* Fs= 1kHz , , a 60 Hz notch filter, and a simple PID compensator for control systems. These routines can also be , provided that illustrates the implementation of a 60 Hz notch filter using the "IIR_FILT.C" module. The , (notch) filters. The filter() function takes an 8-bit input value x(n) and calculates the output value , converted back into the continuous-time signal, y(t), by the D/A converter and output low-pass filter
Microchip Technology
Original
IC KD 2107 6 PIN 8870 dtmf AN538 AN546 PIC16C54 PIC16C71 D-81739
Abstract: Notch Filter benefits from the low bias current and high input im pedance of the OP-41, Figure 10. These features enable small value capacitors and large resistors to be used in this 60Hz notch filter , PIEZOELECTRIC TRANSDUCERS FIGURE 10: HIG H Q NOTCH FILTER WIDE RANGE LOW-CURRENT AMMETER Low power -
OCR Scan
OP41AJ OP41BJ

transistor equivalent book FOR C 5198

Abstract: ic nn 5198 k enable sm all value cap acitors and large resistors to be used in this 60Hz notch filter. The 5pA bias cu , FIGURE 10: HIGH Q NOTCH FILTER WIDE RANGE LOW-CURRENT AMMETER The c irc u it show n in Figure 13 can , > OP-41 LOW-BIAS-CURRENT, HIGH-STABILITY JFET OPERATIONAL AMPLIFIER The H igh Q N otch Filter
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transistor equivalent book FOR C 5198 ic nn 5198 k nn 5198 k transistor ALY je OP41

SCK 053

Abstract: LT1460 , 50Hz/60Hz Notch Filter Single Conversion Settling Time for Multiplexed Applications Reference Input , configured for better than 110dB rejection at 50Hz or 60Hz ±2%, or it can be driven by an external , INTERNAL OSC/50Hz REJECTION = EXTERNAL CLOCK SOURCE = INTERNAL OSC/60Hz REJECTION SCK SDO 3 , 60Hz ±2% (Note 7) q 110 140 dB Normal Mode Rejection 50Hz ±2% (Note 8) q 110 140 dB Reference Input Rejection 60Hz ±2% (Note 7) q 110 140 dB Reference Input
Linear Technology
Original
SCK 053 LTC2400C LTC2400I TA03
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