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Part ECAD Model Manufacturer Description Datasheet Download Buy Part
TB67S141AFTG TB67S141AFTG ECAD Model Toshiba Electronic Devices & Storage Corporation Stepping Motor Driver/Unipolar Type/Vout(V)=84/Iout(A)=3/Phase Interface Visit Toshiba Electronic Devices & Storage Corporation
TB67S149AFTG TB67S149AFTG ECAD Model Toshiba Electronic Devices & Storage Corporation Stepping Motor Driver/Unipolar Type/Vout(V)=84/Iout(A)=3/Clock Interface Visit Toshiba Electronic Devices & Storage Corporation
TB67S539FTG TB67S539FTG ECAD Model Toshiba Electronic Devices & Storage Corporation Stepping Motor Driver/Bipolar Type/Vout(V)=40/Iout(A)=2/Clock Interface Visit Toshiba Electronic Devices & Storage Corporation
TB67H450AFNG TB67H450AFNG ECAD Model Toshiba Electronic Devices & Storage Corporation Brushed Motor Driver/1ch/Vout(V)=50/Iout(A)=3.5 Visit Toshiba Electronic Devices & Storage Corporation
TC78B011FTG TC78B011FTG ECAD Model Toshiba Electronic Devices & Storage Corporation Brushless Motor Driver/3 Phases Driver/Vout(V)=30/Square, Sine Wave Visit Toshiba Electronic Devices & Storage Corporation
TB67H451AFNG TB67H451AFNG ECAD Model Toshiba Electronic Devices & Storage Corporation Brushed Motor Driver/1ch/Vout(V)=50/Iout(A)=3.5 Visit Toshiba Electronic Devices & Storage Corporation

Step Attenuator Volume Control Pot Log 100K Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2001 - Step Attenuator Volume Control Pot Log 100K

Abstract: 5k potentiometer green pot B 103 Potentiometers x9241 AN133 X9241 an20 AN115 AN124 AN144 X9408
Text: inserted as a volume control ( attenuator to ground) into the signal path of a very high end preamp that , volume control ( attenuator to ground) into the signal path of a very high end preamp that directly fed , to 20 kHz. Any harmonics created from the injection of The X9408 was inserted as a volume control , as any multi-channel volume control on the market today. Conclusions The X9408 exhibits , to each other and the best case was .02 dB! This is also as good as any multi-channel volume control


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PDF AN144 X24C16, Step Attenuator Volume Control Pot Log 100K 5k potentiometer green pot B 103 Potentiometers x9241 AN133 X9241 an20 AN115 AN124 AN144 X9408
Audio Volume Control

Abstract: 5k pot MAX5407 MAX5408 MAX4252 MAX5409 MAX5410 MAX5411 POTENTIOMETER 100K LOG
Text: application note shows a way to achieve a stereo volume control without a mechanical pot . Historically audio , potentiometer, audio volume control , MAX5407, MAX5408, MAX5409, MAX5410, MAX5411, volume control , volume adjust, digital volume adjustment, log pots, digital log pots, logarithmic taper, logarithmic, potentiometers , : Digital potentiometers (pots) offer advantages in volume control applications over bulky mechanical pots , document describes the types of digital pots available in audio volume control such as logarithmic taper


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PDF MAX5407, MAX5408, MAX5409, MAX5410, MAX5411, MAX4252: MAX5160: MAX5407: MAX5408: MAX5409: Audio Volume Control 5k pot MAX5407 MAX5408 MAX4252 MAX5409 MAX5410 MAX5411 POTENTIOMETER 100K LOG
MAX1560L

Abstract: stereo taper 50k potentiometer MAX5486 equivalent MAX1560 simple digital volume control circuit MAX4252 MAX5160 MAX5407 MAX5408 MAX5409
Text: article demonstrates how to achieve a stereo volume control without a mechanical pot . Traditional mechanical pot design Historically, audio volume controls used a special kind of potentiometer with a log , dB-per-step law is desirable in audio volume control , so the design may have to emulate this log behavior in , potentiometer, audio volume control , MAX5407, MAX5408, MAX5409, MAX5410, MAX5411, volume control , volume adjust, digital volume adjustment, log pots, digital log pots, logarithmic taper, logarithmic, potentiometers


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PDF MAX5407, MAX5408, MAX5409, MAX5410, MAX5411, MAX5457 MAX5486 com/an1828 AN1828, APP1828, MAX1560L stereo taper 50k potentiometer MAX5486 equivalent MAX1560 simple digital volume control circuit MAX4252 MAX5160 MAX5407 MAX5408 MAX5409
r pot 100k

Abstract: MAX4252 MAX5160 MAX5400 structure
Text: components can be used effectively. This application note shows a way to achieve a stereo volume control without a mechanical pot . Historically audio volume controls used a special kind of potentiometer with a , up/down buttons in conjunction with some form of host processor is a common volume control interface , volume control , however there are a number of issues which must first be addressed. Figure 2. The , are equally weighted. A reasonably constant 'dB-per-step' law is desirable in an audio volume control


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PDF MAX5400/1/2 MAX4252: MAX5160: com/an1828 r pot 100k MAX4252 MAX5160 MAX5400 structure
1995 - DS1669 equivalent

Abstract: DS1669 replacement 1N5818 DS1267 DS1666 DS1667 DS1668 DS1669 Step Attenuator Volume Control Pot Log 100K potentiometer 10k pin configuration
Text: reaches the All contact closure control inputs, UC, DC, and D are internally pulled­up by a 100K , brightness control , to volume and tone control , and ser- vo­motor control . These devices are highly used , interface has proved successful as a simple method for LCD contrast and volume control in certain , applied to a variety of applications including LCD contrast, volume control , or servo­motor control , AMP 1 OR 2 061694 9/10 APPLICATION NOTE 69 TONE CONTROL APPLICATION BASS POT ­0 0.01 µF


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PDF DS1668/DS1669 DS1267 DS1667 DS1669 equivalent DS1669 replacement 1N5818 DS1267 DS1666 DS1667 DS1668 DS1669 Step Attenuator Volume Control Pot Log 100K potentiometer 10k pin configuration
2009 - DS1669 Digital Pot IC

Abstract: Variable resistor 50K ohm Variable resistor 1K ohm pot Variable resistor 10K ohm pot MAX5406 MAX5413 MAX5436 10k variable resistor datasheet i2c audio control MAX5486
Text: control Low-cost NV pot in µSOP SOT-PoTTM Ideal for LCD screen adjustment, volume control , and , Log 2.5 to 5.25, 40 Rotary Rotary-encoder volume control with buffered ±2.7 outputs MAX5486 24-TSSOP 32 2 Log 2.7 to 5.5, 40 Up + down Stereo volume and balance control with ±2.7 , ·32-tap log taper with 2dB step size ·Power-on reset to -12dBFSwiper position ·-90dB mute SmartWiper , low-noise, low-distortion digital volume control Available in single (+5V) and dual (±7V) supply versions


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PDF DS3501 128-step 36-WORD DS3501 DG08-1-09 DS1669 Digital Pot IC Variable resistor 50K ohm Variable resistor 1K ohm pot Variable resistor 10K ohm pot MAX5406 MAX5413 MAX5436 10k variable resistor datasheet i2c audio control MAX5486
Variable resistor 50K ohm

Abstract: potentiometer 50k ohm Variable resistor 10K ohm potentiometer 50K 3 pin potentiometer 50K 8 pin potentiometer potentiometer 100k POTENTIOMETER 100K LOG 50K potentiometer potentiometer 50k ohm J DS1868
Text: . Applications range from simple LCD contrast control to volume and tone control , automatic gain control , / Attenuator Featured Products -O -Q i OUT1 Cout Dual 128-position log taper Gain/attenuation range , Potentiometer Dual 64-position log taper with true ldB/ step accuracy 0.02% THD max. (20 Hz-20 kHz) Frequency , -position log taper with true ldB/ step accuracy 0.02% THD max. (20 Hz-20 kHz) Frequency response: -3dB@700 kHz , characteristic: 5dB/ step 2.7V to 5.5V power supply operation 3-terminal parallel interface control Wiper


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PDF DS1267 DS1869 64-position 208-mil) DS1667 DS1267 Variable resistor 50K ohm potentiometer 50k ohm Variable resistor 10K ohm potentiometer 50K 3 pin potentiometer 50K 8 pin potentiometer potentiometer 100k POTENTIOMETER 100K LOG 50K potentiometer potentiometer 50k ohm J DS1868
2006 - simple subwoofer circuit diagram

Abstract: baxandall tone control subwoofer circuit diagram passive subwoofer circuit diagram subwoofer ic 5.1 subwoofer AMPLIFIER CIRCUIT DIAGRAM Tone control subwoofer 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 , Interface VDD LMR AMBLI L1_H RF FILTER CBL2 CTL1 CTL2 LEFT LOG POT LEFT AMBIENCE


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PDF MAX5406 32-tap simple subwoofer circuit diagram baxandall tone control subwoofer circuit diagram passive subwoofer circuit diagram subwoofer ic 5.1 subwoofer AMPLIFIER CIRCUIT DIAGRAM Tone control subwoofer 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 , CTL1 CTL2 LEFT LOG POT CONTROLLED BY AMB BASS/TREBLE OUTPUT STAGE SEE FIGURE 7 LOUT


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PDF MAX5406 MAX5406 32-tap baxandall volume control tone control subwoofer circuit diagram
2005 - precision Sine 1khz Wave Generator

Abstract: audio preamp CLASS A AUDIO TONE CONTROL IC precision Sine Wave Generator AN144 X9241 X9241A X9408 X9C102 Global Specialties
Text: was inserted as a volume control ( attenuator to ground) into the signal path of a very high end , X9241y(2K ohms) THD+N @ 1kHz @ 0dB=101dB Channel 0 Set @ Step 63 AP2 100k Input Z, 5000 pts. MBPWR , margin. This is also as good as any multi-channel volume control on the market today. Frequency , control ( attenuator to ground) into the signal path of a very high end preamp that directly fed a set of , consumer audio. Level Switching Noise Listening Test The X9241A was inserted as a volume control


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PDF X9408, X9421 X9C102/103/104/503 AN144 precision Sine 1khz Wave Generator audio preamp CLASS A AUDIO TONE CONTROL IC precision Sine Wave Generator X9241 X9241A X9408 X9C102 Global Specialties
1998 - fingerprint scanner circuit

Abstract: X9C10X X9221 X9312 X9C102 B 103 Potentiometers B 503 Potentiometers cell phone detector cloning cell phones password lock protection using mobile phone f pioneer dvd player
Text: applications, including set-top volume control , cell phone audio adjustments, LCD contrast controls, automatic gain control , radio frequency tuning, laser diode bar code readers, engine controls, DVD players , increased security to cellular users and service providers. DESIGN ENGINEERING BULLETIN VOLUME 26,1998 , the system, providing accurate system control via the Xicor 008435 5/29/98 10:30 AM Page 7 , have 32 taps. The X9314 is a log taper version of the X9313. The second major benefit is automatic


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PDF X76F041 fingerprint scanner circuit X9C10X X9221 X9312 X9C102 B 103 Potentiometers B 503 Potentiometers cell phone detector cloning cell phones password lock protection using mobile phone f pioneer dvd player
2009 - ptat temperature sensor

Abstract: LT5537 LTC2640-8 LTC6078 LTC6244 LTM8040 LT5554
Text: ATTENUATOR CONTROL VCM 17 BUFFER/ OUTPUT AMPLIFIER DECL1 10 GMIN +OUT VCM 9 , RFOUT = 4dBm 0.5µs/DIV Figure 5. LTC6412 gain control 10dB step response at IF = 70MHz Figure 1 , . The attenuator control preserves OIP3 through the interpolated transitions and ensures that the , Figure 7. Measured analog control loop circuit response to 6dB step changes in input signal amplitude , . Measured analog control loop response to 6dB step changes in input signal amplitude over a range of CF


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PDF LTC6412 ptat temperature sensor LT5537 LTC2640-8 LTC6078 LTC6244 LTM8040 LT5554
Logarithmic Potentiometer 50k

Abstract: Digital Potentiometers simple digital volume control circuit Excel formula MAX5161 MAX5460 Potentiometers 10K LOG MAX5462 MAX5463 MAX5465
Text: 838 Keywords: linear pots, digital pot , digital potentiometer, log pots, log potentiometers, pseudolog pots, pseudologarithmic, potentiometers, audio volume , volume control APPLICATION NOTE 838 , adjusting volume control in audio applications. This article discusses how to create a "pseudologarithmic" , linearizing a circuit element's response to providing a logarithmic output for volume control , this function , the pot (and entered in cell D2). In other words, for a 64- step pot , copy the E33, F33, G33, and H33


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PDF com/an838 AN838, APP838, Appnote838, Logarithmic Potentiometer 50k Digital Potentiometers simple digital volume control circuit Excel formula MAX5161 MAX5460 Potentiometers 10K LOG MAX5462 MAX5463 MAX5465
2008 - AK4371VN

Abstract: 8 pin 4v power supply converter 32QFN AK4368 AK4371 AKD4371 marking code MOG 8
Text: Vpp Output Volume : (LOUT/ROUT pins) Step Size 1 2 3 dB Gain Control Range Max (ATTS3-0 bits = , Voltage (0dBFS Output) (Note 14) Output Volume : (MOUT pin) Step Size Gain Control Range Max (ATTM3 , Output Volume : +6 to ­24dB (or 0 to ­30dB), 2dB step Mono Hands-free Output - Output Power: 0.8mW @ 600 3.3V - Output Volume : +6 to ­24dB (or 0 to ­30dB), 2dB step Headphone Amplifier - Output Power: 40mW , ) 0dBFS Output, 3.3V, 0.8 Vrms Po=40mW@16 Output Volume : (HPL/HPR pins) Step Size 0.1 1.5 2.9 dB


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PDF AK4371] AK4371 AK4371 24-bit 32-pin 025kHz, 12kHz, 16kHz, AK4371VN 8 pin 4v power supply converter 32QFN AK4368 AKD4371 marking code MOG 8
2000 - A928

Abstract: transistor a928 ic ka4558 pin diagram 4.7K variable resistor ua 7809 IC 7809 pin diagram transistor r1009 C945 ic 7809 q207
Text: ELECTRONIC VOLUME CONTROL 16 + Rs ( 100K ) Cx (4.7µF) 9 Rx (33K) 10 + Up 6 Down DUAL ELECTRONIC VOLUME CONTROL S5A2250A01 TEST CIRCUIT VDD 0.012µF 10µ F 100k 470k IN 2 , DUAL ELECTRONIC VOLUME CONTROL S5A2250A01 INTRODUCTION The S5A2250A01 is a CMOS designed for , -DlP-300A -20°C - +70°C 1 S5A2250A01 DUAL ELECTRONIC VOLUME CONTROL BLOCK DIAGRAM VSS 1 , SHIFT REGISTOR CONTROL 9 OSC DUAL ELECTRONIC VOLUME CONTROL S5A2250A01 PIN


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PDF S5A2250A01 S5A2250A01 16-DIP-300A -66dB S5A2250A01-D0B0 16-DlP-300A F/50V F/16V C1008 A928 transistor a928 ic ka4558 pin diagram 4.7K variable resistor ua 7809 IC 7809 pin diagram transistor r1009 C945 ic 7809 q207
PT2253A

Abstract: Electronic Volume Controller IC PT2253A-S 1N4148 300MIL IN4148 LM358 dc volume controller ic power 12v dc /AUDIO volume CONTROL IC
Text: for the Oscillator 9 U/D I Attenuator Up/Down Control Pin 10 R-OUT2 O 2dB/ Step Attenuator Output, same as L-OUT2. 11 R-IN2 I 2dB/ Step Attenuator Input, same as L-IN2. 12 A-GND GND Analog , / Step Attenuator Output L-OUT1 O 2 A signal applied to `IN' is attenuated into 7 steps from 0dB to -60dB. L-IN1 I 10dB/ Step Attenuator Input 3 A-GND GND Analog Ground Pin 4 L-IN2 I 2dB/ Step Attenuator Input 5 2dB/ Step Attenuator Output L-OUT2 O 6 A signal applied to "IN" is attenuated into 5


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PDF PT2253A PT2253A -68dB 014in) 024in. MS-013 Electronic Volume Controller IC PT2253A-S 1N4148 300MIL IN4148 LM358 dc volume controller ic power 12v dc /AUDIO volume CONTROL IC
CXD1272Q

Abstract: CXD1272R audio compressor expander IC 8 pin one band compander circuit application
Text: ) Attenuator and volume control (11) Serial data input (12) Compander These functions are detailed below: 1 , CXD1272Q/R 10. Attenuator and volume control 4-bit control attenuators (ATT1 to ATT7) are provided at , a new function. Furthermore, addition of an attenuator for digital control provides for easy , standby ­1mA (For standard 5V operation) · Power save function provided · 4-bit control attenuator , Adoption of SCF technology provides stable characteristics · On-chip 8-level, 3dB step electronic volume


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PDF CXD1272Q/R CXD1272Q/R CXD1271Q/R, CXD1270Q/R, QFP-80P-L01 QFP080-P-1420 42/COPPER CXD1272R 80PIN LQFP-80P-L01 CXD1272Q CXD1272R audio compressor expander IC 8 pin one band compander circuit application
2007 - AKD4370

Abstract: AK4368 AK4370 AK4370VN marking R1L
Text: ) 1.32 1.47 1.61 Vpp Output Volume : (LOUT/ROUT pins) Step Size 1 2 3 dB Gain Control Range Max , Output Volume : +6 to ­24dB (or 0 to ­30dB), 2dB step Headphone Amplifier - Output Power: 40mW x 2ch @16 , (Note 10) 0dBFS Output, 3.3V, 0.8 Vrms Po=40mW@16 Output Volume : (HPL/HPR pins) Step Size 0.1 , channel-independent digital attenuator (256 levels, 0.5dB step ). This digital attenuator is placed before the D/A , ROUT. When L1M = L2M bits = "0", LOG bit = "0" (R1L = R2L = RDL = 100k ) and ATTS3-0 bits is "0FH"(0dB


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PDF AK4370] AK4370 24-Bit AK4370 24-pin 48kHz 20kHz AKD4370 AK4368 AK4370VN marking R1L
1998 - 5.1 surround sound dolby circuits

Abstract: echo sound processors Digital ECHO microphone mixing circuit for surround Digital ECHO microphone mixing circuit 5.1 surround sound circuits amplifier 5.1 surrounding system circuit diagram analog ECHO microphone mixing circuit datasheet 5.1 decoder 5.1 surround sound diagrams block diagram of 5.1 surround sound
Text: 0 to -87dB/1dB step , - 3-lines MCU control Space Surround such as Disco, Hall and Live Digital , mode control L+R 2 Surround Master Volume Digital Delay MCU Interface MIC IN DATA , Feedback Volume Delay Signal Feedback Volume -3 to -21 dB/3dB step , and - 7 Microphone Volume Internal Microphone Volume 0 to -18 dB/3dB step , and - 8 0 to -87dB/1dB step , and - Cch/Sch , Volume step Volume step Total harmonic distortion SNLN S/N ratio CTLN Line cross-talk


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PDF M62463FP M62463FP CA94103-4813 64P6N 0mmx14 5.1 surround sound dolby circuits echo sound processors Digital ECHO microphone mixing circuit for surround Digital ECHO microphone mixing circuit 5.1 surround sound circuits amplifier 5.1 surrounding system circuit diagram analog ECHO microphone mixing circuit datasheet 5.1 decoder 5.1 surround sound diagrams block diagram of 5.1 surround sound
1998 - 32c46

Abstract: echo sound processors M62463AFP RA53 analog ECHO microphone mixing circuit diagram TD512
Text: 0 to -87dB/1dB step , - 3-lines MCU control Space Surround such as Disco, Hall and Live Digital , mode control L+R 2 Surround Master Volume Digital Delay MCU Interface MIC IN DATA , Delay Signal Feedback Volume -3 to -21 dB/3dB step , and - 7 Microphone Volume Internal Microphone Volume 0 to -18 dB/3dB step , and - 8 0 to -87dB/1dB step , and - Cch/Sch Master Volume 9 , /Sch Master Volume ATTmax Maximum attenuator ATTmin Minimum attenuator -95 -87 dB 0


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PDF M62463AFP M62463AFP CA94103-4813 64P6N 0mmx14 32c46 echo sound processors RA53 analog ECHO microphone mixing circuit diagram TD512
2003 - Not Available

Abstract: No abstract text available
Text: Attenuator , 10kΩ 1.7 MHz * Relative variation is a measure of the error in step size beteween taps , Programmable Potentiometer (DPP™), Log Taper LE A D F R E ETM FEATURES APPLICATIONS s 100-position log taper potentiometer s Automated product calibration s Non-volatile NVRAM wiper storage s Remote control adjustments s Low power CMOS technology s Offset, gain and zero control s Single , Contrast, brightness and volume controls s Resistance value: 32kΩ Ω s Motor controls and


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PDF CAT5116 100-Tap 100-position CAT511
pt2253a

Abstract: No abstract text available
Text: Connecting Pin for the Oscillator 9 U/D I Attenuator Up/Down Control Pin 10 R-OUT2 O 2dB/ Step Attenuator Output, same as L-OUT2. 11 R-IN2 I 2dB/ Step Attenuator Input, same as L-IN2. 12 A-GND GND , distortion • Available in 16 pin, DIP package • Audio Equipment Volume Control • Traditional VR , L-IN1 I 10dB/ Step Attenuator Input 3 A-GND GND Analog Ground Pin 4 L-IN2 I 2dB/ Step Attenuator Input 5 2dB/ Step Attenuator Output L-OUT2 O 6 A signal applied to “IN” is attenuated into 5


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PDF PT2253A PT2253A -68dB 014in) 024in. MS-013
2002 - POWER AMPLIFIER CIRCUIT DIAGRAM 10000

Abstract: LA8522M MFP24S
Text: Electronic volume control output level VOevr Vin = ­42 dBV, IN (2), OUT (20), sw (010001) on ­14.3 ­12.2 ­10.3 Electronic volume control step size Wevr Vin = ­42 dBV, IN (2), OUT (20), sw , crosspoint switch and power amplifier on/off state. Electronic volume control and attenuator selection D = , 30 ­30 7 ­25 Supply voltage, VCC - V ­15 Electronic Volume Control Step Width VCC , temperature, Ta - °C VO20 - Ta Electronic Volume Control Step Width Temperature Dependence 5 VIN


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PDF ENN6951 LA8522M LA8522M 112A-MFP24S LA8522M] POWER AMPLIFIER CIRCUIT DIAGRAM 10000 MFP24S
2009 - LA8522M

Abstract: MFP24S electronic volume control
Text: ­12.2 ­10.3 Electronic volume control step size Wevr Vin = ­42 dBV, IN (2), OUT (20), sw , amplifier on/off state. Electronic volume control and attenuator selection D = 1: Crosspoint switch: on D , ­24 dB 01111 0 Electronic volume control ­28 dB 01000 1 Attenuator 1-0 0 dB , . The electronic volume control is set to 0 dB by a reset (address: 00000*). 3. Attenuator 1 is set to , 60 70 Ambient temperature, Ta - °C Electronic Volume Control Step Width Temperature


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PDF ENN6951 LA8522M LA8522M LA8522M] MFP24S electronic volume control
Not Available

Abstract: No abstract text available
Text: consumption Dual Inverting Log Gain/ Attenuator D S 1 8 0 ° PIN ASSIGNMENT GND C 1 2 3 4 5 6 20 P , caused by discrete wiper position changes · Two Control Interfaces 3-w ire serial CPU control Push-button control COUT C 19 U P1G 18 17 16 p 1A P0G P0A CLK C 0 [I [I MODE [I wo [I OUTQ L ZCEN , Data Input Cascade Data Output Gain Input Pot Controls Attenuation Input Pot Controls Zero-Crossing Detect input Hardware Mute Control Input Analog Ground Ground · Software and hardware mute ·


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PDF DS1800 128-position 20-PIN DS1800 of-20log
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