The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT1103CY Linear Technology IC SWITCHING CONTROLLER, Switching Regulator or Controller
LT3524S Linear Technology IC SWITCHING CONTROLLER, PDSO, Switching Regulator or Controller
LT1945IMS Linear Technology IC 0.4 A DUAL SWITCHING CONTROLLER, PDSO8, PLASTIC, MSOP-10, Switching Regulator or Controller
LTC3830DWF Linear Technology IC SWITCHING CONTROLLER, 250 kHz SWITCHING FREQ-MAX, UUC, DIE, Switching Regulator or Controller
LTC3830DWF#PBF Linear Technology IC SWITCHING CONTROLLER, 250 kHz SWITCHING FREQ-MAX, UUC, DIE, Switching Regulator or Controller
LT1945IMS#TR Linear Technology IC 0.4 A DUAL SWITCHING CONTROLLER, PDSO8, PLASTIC, MSOP-10, Switching Regulator or Controller

baxandall volume control Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2006 - simple subwoofer circuit diagram

Abstract: baxandall tone control subwoofer circuit diagram passive subwoofer circuit diagram 5.1 subwoofer AMPLIFIER CIRCUIT DIAGRAM Tone control subwoofer subwoofer ic subwoofer circuit diagram 5.1 subwoofer amp subwoofer filter circuit passive
Text: features dual 32-tap logarithmic potentiometers for volume control , dual potentiometers for balance , -Tap Volume Control (2dB Steps) Small, 7mm x 7mm, 48-Pin TQFN and 48-Pin TSSOP Packages Single +2.7V to , Active-Low Downward Volume Control Input. Press VOLDN to decrease the volume . This simultaneously moves left , . 21 15 VOLUP Active-Low Upward Volume Control Input. Press VOLUP to increase the volume . This , MAX5406 implements dual logarithmic potentiometers to control volume , dual potentiometers to control


Original
PDF MAX5406 32-tap simple subwoofer circuit diagram baxandall tone control subwoofer circuit diagram passive subwoofer circuit diagram 5.1 subwoofer AMPLIFIER CIRCUIT DIAGRAM Tone control subwoofer subwoofer ic subwoofer circuit diagram 5.1 subwoofer amp subwoofer filter circuit passive
2014 - baxandall volume control

Abstract: tone control subwoofer circuit diagram
Text: features dual 32-tap logarithmic potentiometers for volume control , dual potentiometers for balance , , Ambience, Pseudostereo, and Subwoofer ●● 32-Tap Volume Control (2dB Steps) ●● Small, 7mm x 7mm , 14 VOLDN Active-Low Downward Volume Control Input. Press VOLDN to decrease the volume . This , 50kΩ to VLOGIC. 21 15 VOLUP Active-Low Upward Volume Control Input. Press VOLUP to , potentiometers to control volume , dual potentiometers to control balance, and dual linear digital potentiometers


Original
PDF MAX5406 MAX5406 32-tap baxandall volume control tone control subwoofer circuit diagram
1997 - AS3430

Abstract: baxandall AS3400 AS3410 austriamicrosystems AG AustriaMicroSystems microphone QFN32 as343 baxandall volume control
Text: n g Spe a k e r D r i v e r 1 General Description Line Input volume control via serial interface or volume pin The AS3400/10/30 are speaker driver with Ambient Noise Cancelling function for , extended PSRR for 217Hz 2 Key Features Interfaces 2 wire serial control mode & volume inputs , speaker equalization, Baxandall equalization, high/low shelving filter and to set a predefined loop , .) ambient sound amplification to compensate headphone passive attenuation volume controlled ambient sound


Original
PDF AS3400 AS3410 AS3430 AS3400/10/30 AS3430 baxandall austriamicrosystems AG AustriaMicroSystems microphone QFN32 as343 baxandall volume control
1997 - AS3501

Abstract: baxandall AS3502 AS3501 AS3502 austriamicrosystems AG AustriaMicroSystems microphone micro electret QFN32
Text: n c e l l i n g Spe a k e r D r i v e r General Description Line Input volume control via serial interface or volume pin The AS3500/01/02 are speaker driver with Ambient Noise Cancelling , wire serial control mode & volume inputs calibration via Line-In or 2-wire serial interface single , functions like speaker equalization, Baxandall equalization, high/low shelving filter and to set a , .) ambient sound amplification to compensate headphone passive attenuation volume controlled ambient sound


Original
PDF AS3500 AS3501 AS3502 AS3500/01/02 baxandall AS3502 AS3501 AS3502 austriamicrosystems AG AustriaMicroSystems microphone micro electret QFN32
2000 - baxandall

Abstract: schematic BASS TREBLE CIRCUIT bass treble simply diagram bass treble circuit schematic schematic diagram in bass treble stereo amplifiers with tone controls bass treble control circuit TLC074 bass mid treble control circuit BASS mid TREBLE CIRCUIT
Text: simultaneously and a single treble control adjusts both channels. A pair of slide pots adjusts the volume of , approximately 16 Hz (­3 dB) with the value of 2.2 µF. Volume control R1 has an audio taper to provide a , responses. 5 References 1. Negative-Feedback Tone Control , by P. J. Baxandall , Wireless World, October , Application Report SLOA042 - JANUARY 2000 Audio Tone Control Using The TLC074 Operational , function of a stereo high-fidelity tone control using a single TLC074 quad operational amplifier. A


Original
PDF SLOA042 TLC074 TLC074 baxandall schematic BASS TREBLE CIRCUIT bass treble simply diagram bass treble circuit schematic schematic diagram in bass treble stereo amplifiers with tone controls bass treble control circuit bass mid treble control circuit BASS mid TREBLE CIRCUIT
1995 - AN-81 national

Abstract: LM378 12v stereo amplifiers with tone controls LM378 data sheet lm1820 LM378 equivalent TAPEHEAD fm receiver circuit using ic with all component d Lm1820 and application note 32SN2F1-30
Text: amplifier Balance and Volume controls are included as shown Loudness control may be included by using a , obtained directly thru the Volume pots since the tone control circuitry has been designed such that there , inclusion of eight-track or cassette transport systems Complete tone control circuitry is provided , Volume complete the manual front-panel controls Panel meters are employed in the FM system for both , control design FM AND FM STEREO A preassembled front-end was selected as the cost-effective approach


Original
PDF
baxandall

Abstract: LC7537NE DIP42S LC7537N LC7573N
Text: Volume Control System for Audio Equipment Overview The LC7537N is an electronic control LSI capable of , components externally connected, forms an NF type tone control circuit ( Baxandall type) to exercise control , ) RIN *4) L.C1 Main volume control block 5 dB-step attenuator output terminals. Having been designed , volume control block 1 dB-step attenuator Input terminals. Theses pins should be driven at alow Impedance. 33^32) R.C2 11(6) LOUT Main volume control block 1 dB-step attenuator output terminals. Due to the


OCR Scan
PDF EN2169C LC7537N, 7537AN, 7537NE LC7537N baxandall LC7537NE DIP42S LC7573N
baxandall

Abstract: baxandall volume control DIP42S LC7537N LC7537NE LC7573N QIP48E 30256-DIP42S lhfa
Text: Volume Control System for Audio Equipment Overview The LC7537N is an electronic control LSI capable of , components externally connected, forms an NF type tone control circuit ( Baxandall type) to exercise control , No. Symbol Description of Functions Remarks 12(8) L.IN Main volume control block 5 dB-step , volume control block 5 dB-step attenuator output terminals. Having been designed to be open, the step , should be provided. VR resistance : 20 kfl 34(33) R.C1 10(5) L.C2 Main volume control block 1 dB-step


OCR Scan
PDF EN2169C 2169C LC7537N, 7537AN, 7537NE LC7537N baxandall baxandall volume control DIP42S LC7537NE LC7573N QIP48E 30256-DIP42S lhfa
1997 - baxandall volume control

Abstract: baxandall LC7573N 21692 LC7537N LC7537NE LC7537 QIP48E 7537NE LC7573
Text: Ordering number : EN2169C CMOS LSI LC7537, 7537AN, 7537NE Electronic Volume Control System , type tone control circuit ( Baxandall type) to exercise control across 15 positions over both the , VIN = 1 V, f = 1 kHz, all flat, Rg = 1 k Vomin(1) Crosstalk RCT2 Main volume control block , be provided. VR resistance : 20 k Main volume control block 1 dB-step attenuator input terminals. Theses pins should be driven at alow impedance. Main volume control block 1 dB-step attenuator


Original
PDF EN2169C LC7537, 7537AN, 7537NE LC7537N 3025B-DIP42S LC7573N] baxandall volume control baxandall LC7573N 21692 LC7537NE LC7537 QIP48E 7537NE LC7573
Not Available

Abstract: No abstract text available
Text: CORP C M O S LSI Electronic Volume Control System for Audio Equipment © 2 169A Function« The LC7537N is an electronic control LSI capable of electronically controlling the volume , balance , , forms an NF type tone control circuit ( Baxandall type) to exercise control across 15 positions over , L.IN 31(29) 9(4) 34(33) R.IN L.C1 R.C1 Main Volume Control Block 5dB-Step Attenuator Input Terminals. These pins should be driven at a low impedance. Main Volume Control Block 5dB


OCR Scan
PDF DD11733 LC7537N, 7537AN LC7537N -79dB 10kHz DIP42S) 7TT707LI
1999 - car inverter theory

Abstract: baxandall chopper transformer winding formula 2N1552 sterling inverter diagrams 3 phase inverter 120 conduction mode theory 2N3612 scr 106B 2N2527 12VOLT SCR DIAGRAMS
Text: difficult , . ,&,:, to control with regard to fre- DRIVES. lN~?ER. ,:*+ ~~h&ti@? yi ,$ ,~tt ` , control ~,~~~quency, waveform, etc., Md for load indepen~ control without exceeding reasonable dissipation losses. The , Baxandall : I I I I TUNED OUTPUT OSCILLATOR CIRCUIT. FIGURE 23 ­ SINUSOIDAL INVERTER , . 14 TRANSISTOR WAVEFORMS OF I'CLASS D'I OPERATION BAXANDALL FOR OSCILLATOR OF FIGURE 21.16


Original
PDF AN-222 2N651 115-VOLT AN222 car inverter theory baxandall chopper transformer winding formula 2N1552 sterling inverter diagrams 3 phase inverter 120 conduction mode theory 2N3612 scr 106B 2N2527 12VOLT SCR DIAGRAMS
1998 - dc volume tone control circuit

Abstract: audio power amplifier with tone control stereo slide pot wire diagram bass treble circuit schematic audio volume tone control stereo amplifiers with tone controls active tone control circuit "Headphone Amplifier" Audio IC BASS BOOST BEST BASS TREBLE CIRCUIT tone control 2.1
Text: Platform J - Individual slide pots for left and right channel volume control J J J J , Evaluation Module is a complete audio volume level and base and treble control board that is designed , slide pots for the right- and left-channel volume control , a slide pot for controlling the bass , the Tone Control EVM volume slide pots to minimum. - 5) Connect the audio source to the module R , provides a convenient way to control the audio volume and the tonal response of audio amplifier EVMs


Original
PDF SLOU031 448XC351109 448XC3503BAN 100-mil TLV2231IDBV TLC2274CD S1022 OT-23 SLOP109 dc volume tone control circuit audio power amplifier with tone control stereo slide pot wire diagram bass treble circuit schematic audio volume tone control stereo amplifiers with tone controls active tone control circuit "Headphone Amplifier" Audio IC BASS BOOST BEST BASS TREBLE CIRCUIT tone control 2.1
2001 - audio volume tone control

Abstract: dc volume tone control circuit baxandall stereo amplifiers with tone controls audio power amplifier with tone control BEST BASS TREBLE CIRCUIT headphone operational amplifier SLOP109 TLC2274 tone control
Text: Amplifier Evaluation Platform J - Individual slide pots for left and right channel volume control , a complete audio volume level and base and treble control board that is designed primarily for use , potentiometers for the right- and left-channel volume control , a slide potentiometer for controlling the bass , the tone control EVM volume slide pots to minimum. - 5) Connect the audio source to the module R , provides a convenient way to control the audio volume and the tonal response of audio amplifier EVMs


Original
PDF SLOU031A 448XC351109 448XC3503BAN 100-mil TLV2231IDBV TLC2274CD S1022 OT-23 SLOP109 audio volume tone control dc volume tone control circuit baxandall stereo amplifiers with tone controls audio power amplifier with tone control BEST BASS TREBLE CIRCUIT headphone operational amplifier SLOP109 TLC2274 tone control
germanium

Abstract: BUY23A Germanium drift transistor epitaxial mesa gardners transformers Germanium itt BLY63
Text: control device to indicate how much the converter circuit itself was limiting the switching times. The , when the load is increased (d) a minimum volume solution (e) a minimum cost solution. So, for a 5V 8A , volume in­ creases its area does not increase at the same rate. This results in a higher surface temperature as the loss per unit volume is constant since the core is taken into sat­ uration. So at higher


OCR Scan
PDF 2924E. CA123 germanium BUY23A Germanium drift transistor epitaxial mesa gardners transformers Germanium itt BLY63
LC7537AN

Abstract: DIP42S LC7537N LC7537NE baxandall baxandall 10K 0821k LC753
Text: 5dB , - 60dB, - 16 ) (4) / : CR NF ( Baxandall ) 2dB , 15 CMOS 4.5V 15V , ± / Ta , CLK CONTROL SHIFT REGISTOR DI VDD VCC VEE VSS NC ILC03203 No.2169- 4/16 -


Original
PDF LC7537N, 7537AN, 7537NE N2169D 2169C LC7537N DIP42S) LC7537AN DIP42S LC7537NE baxandall baxandall 10K 0821k LC753
1997 - HBM 00-07H

Abstract: AS3430 ovc Bluetooth AS3410 As3410 application note MICS AS3400 trimm resistor baxandall volume control AMIC date code marking
Text: r i v e r 1 General Description Line Input Volume control via serial interface or volume pin , ANC; <1µA quiescent Extended PSRR for 217Hz Interfaces 2-wire serial control mode & volume inputs , equalization, Baxandall equalization, high/low shelving filter and to set a predefined loop bandwidth. The , amplification to compensate headphone passive attenuation Volume controlled ambient sound amplification mixed , . 20 8.8 2-Wire-Serial Control Interface


Original
PDF AS3400 AS3410 AS3430 AS3400/10/30 HBM 00-07H AS3430 ovc Bluetooth As3410 application note MICS trimm resistor baxandall volume control AMIC date code marking
1997 - AS3430

Abstract: AS3501 AS3410 AS3400 QFN32 EG300 AustriaMicroSystems microphone As3410 application note AMIC date code marking
Text: General Description Line Input volume control via serial interface or volume pin The AS3400/10/30 , microphone amplifier single ended or differential mode Interfaces 2 wire serial control mode & volume , , Baxandall equalization, high/low shelving filter and to set a predefined loop bandwidth. The filter loop , amplification to compensate headphone passive attenuation volume controlled ambient sound amplification mixed , .19 8.7 OTP Memory & Internal Registers 8.8 2-Wire-Serial Control Interface 9 Register


Original
PDF AS3400 AS3410 AS3430 AS3400/10/30 AS3430 AS3501 QFN32 EG300 AustriaMicroSystems microphone As3410 application note AMIC date code marking
2002 - CA3140

Abstract: IC CA3140 DATA SHEET ca3109 CA3019 baxandall CA3140S ca3140 application circuit 50hz wien oscillator IC CA3140 CA3140A
Text: . BTR-18, No. 3, August, 1972. The first circuit, shown in Figure 20, is the Baxandall tone control , . 0dB Flat Position Gain. FIGURE 20. BAXANDALL TONE CONTROL CIRCUIT USING CA3140 SERIES 14 7 + , necessary to drive low-impedance loads. A biasing circuit provides control of cascoded constant current , the Frequency Adjustment Control . This low-driving impedance requirement is easily met by using a , Adjustment Control . To calibrate this circuit, set the Frequency Adjustment Potentiometer at its low end


Original
PDF CA3140, CA3140A CA3140A CA3140 IC CA3140 DATA SHEET ca3109 CA3019 baxandall CA3140S ca3140 application circuit 50hz wien oscillator IC CA3140
GA3140

Abstract: PIN DIAGRAM OF IC CA3140 ca3140s CA3140E 10vpp triangle wave generator ca3140 application circuit Wien Bridge Oscillator CA3140T CA3140AT CA3140AE
Text: , CA3140A The first circuit, shown in Figure 20, is the Baxandall tone control circuit which provides unity , necessary to drive low-impedance loads. A biasing circuit provides control of cascoded constant current flow , source to assure smooth operation of the Frequency Adjustment Control . This low-driving impedance , Frequency Adjustment Control . To calibrate this circuit, set the Frequency Adjustment Potentiometer at its low end. Then adjust the Minimum Frequency Calibration Control for the lowest frequency. To establish


OCR Scan
PDF CA3140j CA3140A -10pA GA3140 PIN DIAGRAM OF IC CA3140 ca3140s CA3140E 10vpp triangle wave generator ca3140 application circuit Wien Bridge Oscillator CA3140T CA3140AT CA3140AE
1998 - ca3140 application circuit

Abstract: IC CA3140 DATA SHEET CA3140EZ IC CA3140 CA3140 ca3109 CA3140 voltage comparator application 50hz wien oscillator CA3019 CA3140 voltage comparator
Text: , August, 1972. The first circuit, shown in Figure 20, is the Baxandall tone control circuit which , . 4 0.1µF 6 0.1µF -15V FIGURE 20. BAXANDALL TONE CONTROL CIRCUIT USING CA3140 SERIES , circuit provides control of cascoded constant current flow circuits in the first and second stages. The , smooth operation of the Frequency Adjustment Control . This low-driving impedance requirement is easily , at both ends of the Frequency Adjustment Control . To calibrate this circuit, set the Frequency


Original
PDF CA3140, CA3140A CA3140A CA3140 FN957 ca3140 application circuit IC CA3140 DATA SHEET CA3140EZ IC CA3140 ca3109 CA3140 voltage comparator application 50hz wien oscillator CA3019 CA3140 voltage comparator
CA3140S

Abstract: ca3140 application circuit 2N5294 PIN OUT baxandall CA3140 CA3140AT PIN DIAGRAM OF IC CA3140 10vpp triangle wave generator ci cd 4058 50hz wien oscillator
Text: 20. The first circuit, shown in Figure 20, is the Baxandall tone control circuit which provides , kHz Reference. 12. OdB Flat Position Gain. -15V FIGURE 20. BAXANDALL TONE CONTROL CIRCUIT USING , low-impedance loads. A biasing circuit provides control of cascoded constant current flow circuits in the first , source to assure smooth operation of the Frequency Adjustment Control . This low-driving impedance , the Frequency Adjustment Control . To calibrate this circuit, set the Frequency Adjustment


OCR Scan
PDF CA3140, CA3140A CA3140A CA3140 CA3140S ca3140 application circuit 2N5294 PIN OUT baxandall CA3140AT PIN DIAGRAM OF IC CA3140 10vpp triangle wave generator ci cd 4058 50hz wien oscillator
1997 - AS3501

Abstract: AS3502 ovc Bluetooth AMIC date code marking active acustic noise cancelling circuit active noise cancellation AustriaMicroSystems microphone AS3501-EQFP QFN32 HBM 00-07H
Text: i n g Spe a k e r D r i v e r 1 General Description Line Input volume control via serial interface or volume pin The AS3500/01/02 are speaker driver with Ambient Noise Cancelling function for , serial control mode & volume inputs calibration via Line-In or 2-wire serial interface single cell or , speaker equalization, Baxandall equalization, high/low shelving filter and to set a predefined loop , .) ambient sound amplification to compensate headphone passive attenuation volume controlled ambient sound


Original
PDF AS3500 AS3501 AS3502 AS3500/01/02 AS3502 ovc Bluetooth AMIC date code marking active acustic noise cancelling circuit active noise cancellation AustriaMicroSystems microphone AS3501-EQFP QFN32 HBM 00-07H
1998 - ca3109

Abstract: ca3019 ca3140 application circuit CA3140 voltage comparator application IC CA3140 DATA SHEET CA3140S CA3140 Harris CA3019 IC CA3140 ca3109 diode array
Text: Reference. 12. 0dB Flat Position Gain. FIGURE 20. BAXANDALL TONE CONTROL CIRCUIT USING CA3140 SERIES , low-impedance loads. A biasing circuit provides control of cascoded constant current flow circuits in the , the Frequency Adjustment Control . This low-driving impedance requirement is easily met by using a , Adjustment Control . To calibrate this circuit, set the Frequency Adjustment Potentiometer at its low end. Then adjust the Minimum Frequency Calibration Control for the lowest frequency. To establish the


Original
PDF CA3140, CA3140A CA3140A CA3140 ca3109 ca3019 ca3140 application circuit CA3140 voltage comparator application IC CA3140 DATA SHEET CA3140S Harris CA3019 IC CA3140 ca3109 diode array
1999 - ca3109

Abstract: CA3140S CA3019 ca3109 diode array CA3140E CA3140 PIN DIAGRAM OF IC CA3140 CA3140S can ca3140 application circuit 50hz wien oscillator
Text: , shown in Figure 20, is the Baxandall tone control circuit which provides unity gain at midband and , . -3dB at 70kHz from 1kHz Reference. 12. 0dB Flat Position Gain. FIGURE 20. BAXANDALL TONE CONTROL , necessary to drive low-impedance loads. A biasing circuit provides control of cascoded constant current , operation of the Frequency Adjustment Control . This low-driving impedance requirement is easily met by , ends of the Frequency Adjustment Control . To calibrate this circuit, set the Frequency Adjustment


Original
PDF CA3140, CA3140A CA3140A CA3140 ca3109 CA3140S CA3019 ca3109 diode array CA3140E PIN DIAGRAM OF IC CA3140 CA3140S can ca3140 application circuit 50hz wien oscillator
1996 - PIN DIAGRAM OF IC CA3140

Abstract: ca3140 application circuit CA3140 voltage comparator IC CA3140 CA3140 CA3140 voltage comparator application ca3140 equivalent ca3019 50hz wien oscillator CA3140E
Text: . The first circuit, shown in Figure 20, is the Baxandall tone control circuit which provides unity , low-impedance loads. A biasing circuit provides control of cascoded constant current flow circuits in the , the Frequency Adjustment Control . This low-driving impedance requirement is easily met by using a , coefficients at both ends of the Frequency Adjustment Control . To calibrate this circuit, set the Frequency Adjustment Potentiometer at its low end. Then adjust the Minimum Frequency Calibration Control for the


Original
PDF CA3140, CA3140A -10pA CA3140A CA3140 PIN DIAGRAM OF IC CA3140 ca3140 application circuit CA3140 voltage comparator IC CA3140 CA3140 voltage comparator application ca3140 equivalent ca3019 50hz wien oscillator CA3140E
Supplyframe Tracking Pixel