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woofer

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Abstract: ") W cone woofer 8 V 5411 210mm (8") Polyglass woofer-midrange Audiom 6 WM 165mm (6-1/2") W cone midrange 6 V 4211 165mm (6-1/2") Polyglass woofer-midrange 5 K 3212 B 136mm (5-1/4") Polykevlar woofer-midrange 15 K 8711 386mm (15") Polykevlar woofer 11 K 7512 270mm (11") Poykevlar woofer 7 W 4411 178mm (7") W cone woofer-midrange 6 W 4311 165mm (6-1/2") W cone , (10") Polyglass woofer 210mm (8") W cone woofer-midrange 7 K 4412 178mm (7") Polykevlar Focal
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focal audiom focal 11 k 7512 focal 13 V 7512 audiom 4311 7 v 4212 db
Abstract: All-channel mute off * * 0 Center-channel mute Woofer-channel mute * * 1 Center-channel mute off Woofer-channel mute off * * 0 All-channel mute 07H 5 4 3 2 , Sound processor circuit for center channel of stereo Sound processor circuit for woofer channel of , Volume control · Balance adjustment · Bass adjustment · Treble adjustment · Built-in woofer low-pass , woofer channel signal. Connect 1000pF capacitor between this pin and GND. Capacitor is for preventing Toshiba
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TA1217AN TA1217AF woofer circuit diagram 5.1 woofer TA1217AN/AF SDIP36-P-500-1 SSOP36-P-375-1 000707EBA1
Abstract: APart CMM6 CEILING SPEAKER Modern and very compact built-in speaker provided with a 3" woofer. , other RAL colour TECHNICAL SPECIFICATIONS Type Woofer Impedance Transfo Power Tappings RMS Power , Type Woofer Impedance Transfo Power Tappings RMS Power 16 Ohm 100 V Rated Music Rated Music , several power tappings. The loudspeaker has a 6 ½" woofer, made of special enforced polypropylen. This , is made of high quality ABS. The woofer is made out of special enforced polypropylen, what makes it -
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CMX20T CMX20T-BL 10 watt 16 ohm power amplifier Loudspeaker 4 Ohm 25 Watt loudspeaker CMX20 CMX20T-SLV
Abstract: range woofer. This loudspeaker has a "halogen-spotlight" size, what makes it ideal to integrate in , painted optionally in any other RAL colour (Ref; PAINT-CMM) TECHNICAL SPECIFICATIONS Type Woofer , amplifier and provides you with a Pro HiFi sound. The loudspeaker has an enforced 6 ½" woofer and 1 , of high quality ABS. The woofer is made out of polypropylen, what makes it moisture-proof. The , colour : CM608-SLV RAL 9010 RAL 9011 RAL 9007 TECHNICAL SPECIFICATIONS Type Woofer Tweeter -
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CMM108 CM608 CM1008 Loudspeaker 4 Ohm 4 Watt ral 9011 hi-fi amplifier
Abstract: signal processing circuit, phase shift circuit for surround, and LPF for woofer channel. ALS (Automatic Level Suppresser) circuit which prevents distort the signal in large signal condition for woofer , , treble, and balance adjustment · Woofer level and surround effect level adjustment · ALS (automatic , Level Control DAC 16 ALS SW Woofer Level Control Bias Reg. Input matrix 2 8 , 4f 15 Treble HPF (L) Bass LPF (L) Lch Output Woofer LPF1 17 AGC Det + L.P.F Toshiba
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TA1343N philips sub woofer circuit diagram TA1343 2.1 sub woofer circuit computer sub woofer sub woofer circuit diagram toshiba v16s
Abstract: signal processing circuit, phase shift circuit for surround, and LPF for woofer channel. ALS (Automatic Level Suppresser) circuit which prevents distort the signal in large signal condition for woofer channel , adjustment Woofer level and surround effect level adjustment ALS (automatic level suppresser) circuit , ) Woofer LPF3 Woofer LPF2 Woofer LPF1 Volume Filter Bass LPF (L) Woofer Filter 24 2 , SDA SCL L.P.F L-R Level Control L.P.F Woofer Level Control Bass& Treble Control 4 Toshiba
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sub woofer 5.1 channel circuit diagram
Abstract: -channel output signal processing circuit, phase shift circuit for surround, and LPF for woofer channel. ALS (Automatic Level Suppresser) circuit which prevents distort the signal in large signal condition for woofer , , and balance adjustment · Woofer level and surround effect level adjustment · ALS , mode 1 2001-08-09 TA1343N 20 19 Level Control DAC 16 ALS SW Woofer Level , Woofer LPF1 17 AGC Det + L.P.F 18 10 11 12 Wch Output 2 I C bus interfaxe Toshiba
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bass treble control circuit for woofer SUB WOOFER CIRCUIT 5.1 channel surround sound IC GLPF210 GLPF170 GLPF125
Abstract: significantly enhanced. The WOOFER output is designed for use with woofers amplified independently of any , '¢ â'¢ Active Low-Frequency Woofer Equalization Active Full-Range Equalization Adjustable , full-range speaker systems which do not contain a woofer (below 100 Hz). The passband is 100 Hz to 30 kHz , THRU FULL RANGE WOOFER PWR U LINE - LEVEL CROSSOVER AUDIO WIRING B O O S T , FULL RANGE PWR WOOFER U B O O S T OPTIONAL JUMPER (WHEN USING GROUND-REFERENCED Radio Design Labs
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Abstract: Speakers Tweeter Section Woofer Section C1= C2= 1 4 FcRt 1_ 4 FcRw Where C1, C2 = Tweeter Section Capacitance (uF) Rt = Tweeter rated impedance () Rw = Woofer rated impedance () Fc = Crossover Frequency (Hz) 3rd Order Crossover ­ 2 Way Speakers Tweeter Section Woofer Section C1 , Capacitance (uF) C3 = Tweeter Section Capacitance (uF) Rt = Tweeter rated impedance () Rw = Woofer rated , ) Woofer Section (Band Pass) C1= 159,155_ FHCRt C2= 159,155_ FLCRm Where C1 = Tweeter Section Illinois Capacitor
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tweeter crossover C1106 speakers transistor crossover C3272 28318F
Abstract: signal processing circuit, phase shift circuit for surround, and LPF for woofer channel. ALS (Automatic Level Suppresser) circuit which prevents distort the signal in large signal condition for woofer , , treble, and balance adjustment · Woofer level and surround effect level adjustment · ALS (automatic , Level Control DAC 16 Woofer Level Control - Bias Reg. Input matrix 2 8 Rch , 15 Treble HPF (L) Bass LPF (L) Lch Output Woofer LPF1 17 AGC Det + L.P.F 18 Toshiba
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2.1 woofer circuit diagram 220 v sine wave phase shift v16T sub woofer filter circuit GLPF100 G100
Abstract: All-channel mute * * 1 All-channel mute off * * 0 MT2 Center-channel mute Woofer-channel mute * * 1 Center-channel mute off Woofer-channel mute off * * 0 * : Unusable CONTROL SIGNAL MAP , processor circuit for woofer channel of stereo â'¢ I/O ports for controlling multiplex sound demodulation , adjustment â'¢ Treble adjustment â'¢ Built-in woofer low-pass filter â'¢ I/O port circuits : â , ¬ â'"WV-HIâ'" ti Vcc (9V) W-ch Input Input pin for woofer channel signal. Connect 1000pF capacitor between -
OCR Scan
digital sub woofer ic TA-1217 980910EBA1
Abstract: All-channel mute off * * 0 Center-channel mute Woofer-channel mute * * 1 Center-channel mute off Woofer-channel mute off * * 0 All-channel mute 07H 5 4 3 2 , Sound processor circuit for center channel of stereo Sound processor circuit for woofer channel of , control · Balance adjustment · Bass adjustment · Treble adjustment · Built-in woofer low-pass filter , woofer channel signal. Connect 1000pF capacitor between this pin and GND. Capacitor is for preventing Toshiba
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SUB WOOFER LOWPASS FILTER CIRCUIT sound ic
Abstract: PROCESSOR IC TA1216AN incorporates the following : 3-channel (left, right, woofer) signal processor , · Built-in woofer low-pass filter l I / O port circuits · Circuit for controlling multiplex sound , W-channel input Audio signal input pin. Inputs woofer signal. Connect 1000pF capacitor between this pin , offset of woofer channel. 12 13 14 Output ports Switches controlled by I C bus. Open , - 01 : 2.5V 10 : 0.7V 11 : 5.0V l Sub address- 07H (Woofer control and Toshiba
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5 ch audio output ic circuit sub woofer 4 ch audio output ic circuit woofer circuit 2.1 channel woofer circuit
Abstract: /treble) control · Rear, woofer volume control · I2C BUS control FEATURES · Lower , ) 28 REAR output 13 GROUND (Digital) 29 WOOFER output 14 WOOC 30 WOOFER LPF , Vmid2 Woofer Volume Ctrl Min, LIN, RIN, f = 100Hz Wout -16.0 -13.0 -10.0 dB Volume , -80.0 -74.0 dB Volume Min 2 Vmin 2 Woofer Volume Ctrl Min, LIN, RIN, f = 100Hz, Wout , 30 WOUT WNF Woofer Output Port Connected capacitor in Woofer LPF 31 VBIAS Equivalent Samsung Electronics
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S1A0686X01 woofer amp circuit diagram 2.1 surround sound circuits sub woofer power amp processor cross reference BF2322 32-SDIP S1A0686X01-A0B0 32-SDIP-400 KB22686
Abstract: woofer and 1" tweeter. The quality of the selected components and the AP build in filter results in a , high quality ABS. The woofer is made out of polypropylen, what makes it moisture-proof. The new enforced structure of the woofer cone, results in an even more clear sound and less distortion. The , Woofer Tweeter Impedance RMS Power 8 Ohm AES Rated Music - Program Dynamic Peak (lo-cut) SPL 1 -
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CMS608 SOUND LOUDSPEAKER
Abstract: PROCESSOR IC TA1216AN incorporates the following : 3-channel (left, right, woofer) signal processor , Built-in woofer low-pass filter I / O port circuits · Circuit for controlling multiplex sound IC · , NAME FUNCTION 1 W-channel input Audio signal input pin. Inputs woofer signal. Connect , Pins for rejecting offset of woofer channel. 12 13 14 Output ports Switches controlled by I , - 07H (Woofer control and others) · WFC (Woofer fc control Toshiba
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Abstract: also for ALS control. 23 SCL SCL terminal. FUNCTION INTERFACE CIRCUIT LPF for woofer. , ) Volume, balance, treble, bass and woofer level control Built-in woofer low-pass filter Input matrix , cancelling filter for Woofer channel. Connect a capacitor (10 uF) between this terminal and GND. 6 , pF) between each terminals and GND. Audio output terminals. Bass boost function, addition woofer , 17 Woofer LPF 1 18 Woofer LPF 2 19 Woofer LPF 3 20 VCC VCC terminal Toshiba
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TA1304F TA1304N TA1304 VL142 TA1304F/N SSOP24-P-300-1 SDIP24-P-300-1
Abstract: control. 23 SCL SCL terminal. FUNCTION INTERFACE CIRCUIT LPF for woofer. Connect a , , R-ch, W-ch) l Volume, balance, treble, bass and woofer level control l Built-in woofer , Woofer channel. Connect a capacitor (10 uF) between this terminal and GND. 6 L-ch input 8 , and GND. Audio output terminals. Bass boost function, addition woofer channel signal to main , large signal input condition. 2001-02-16 4/31 TA1304F/N PIN No. NAME 17 Woofer LPF Toshiba
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woofer ct
Abstract: R O U T Rch Sub Woofer Vol. Output Terminal 20 RROUT Rch Rear Vol. Output Terminal , RLOUT Lch Rear Vol. Output Terminal 29 IN4R 14 SW L O U T Lch Sub Woofer Vol. Output , NJW1222 Sub Woofer PARAMETER SYMBOL TEST CONDITION MIN. TYP. MAX. UNIT Maximum Gain GSWMAX SUB WOOFER VOLUME=0dB -2 0 2 dB Minimum Gain GSWMIN SUB WOOFER , (1dB/step) / Mute h) SUB WOOFER VOLUME SETTING BIT Select Address D7 0CH PHASE D6 New Japan Radio
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NJW1222V SSOP32 3 band Graphic Equalizer i2c parametric equalizer 3-band Graphic Equalizer NJ*1222 NJW1
Abstract: Input Terminal / Acknowledge Output Power Supply Terminal Rch Sub Woofer Vol. Output Terminal Rch Rear , Reference Voltage Terminal Lch Front Vol. Output Terminal Lch Rear Vol. Output Terminal Lch Sub Woofer Vol , ­5­ NJW1222 Sub Woofer PARAMETER Maximum Gain Minimum Gain Maximum Input Voltage Maximum , SUB WOOFER VOLUME=0dB SUB WOOFER VOLUME=-79dB THD=1% THD=1% f=50Hz, Vin=1.5Vrms MIN. -2 -82 2.0 , , FADER FR, FADER RL, FADER RR : Fader volume setting 0 to -79 (1dB/step) / Mute h) SUB WOOFER VOLUME New Japan Radio
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