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riaa eq

Catalog Datasheet MFG & Type PDF Document Tags

TA7136AP

Abstract: TA7136 Loop Voltage Gain : G\/0=92dB(Typ. ) . Low Distortion : THD=0.l%(Max.) (RIAA. EQ. 40dB(1kHz), V0UT , Maximum Output Voltage VOM 2 RIAA EQ, f =1kHz, THD=0.1% 7.0 - - Vrms Equivalent Input Noise Voltage vNi 3 , LOOP jii^iprr KIAA SQ. 30 100 300 1k 3k FREQUENCY f ( Hs ) V0UT - VIN RIAA EQ, Ta - 2 5'C TEST , VCC=15V, VEÃ'=-ioV RIAA EQ, Ta = 2 5'C TEST CIRCUIT 2 Ì0 S 0 100 300 lk 3k 10k 30k KM* frj':q,;h , VCC-15V, VKE=-15V RIAA EQ,. , f = 1 kHz KFâ'"0.1% , Ta-2 5'C TEST CIRCUIT 2 . .
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TA7136AP TA7136 riaa eq TA7136AP equivalent riaa low noise priampl EJB-TA7136AP-1 EJB-TA7136AP-4 EJB-TA7136AP-5

DBL1010

Abstract: riaa eq RA+RB=360(kQ) 2. EQ Amplifier O Main Circuit O Feedback Circuits 1) RIAA EQ 0 m 0.0022/jF HI 2 2K| l5p F 2//F T T II II- D.01//F HVHAW- â'¢600 310k 34k » 100/ , Voltage V0UT(mVrm» ) 0 5 03 0.05 0.03 V - 10V cc RIAA EQ R L 47k , Voltage Gain Gvo 1 Cf =100//F, Rf=0 - 100 - dB Maximum Output Voltage vOM 2 THD = 0.5%, NAB EQ 2 2.8 - , Z?3 Vcc " 10V NA8 EQ G -40dB Signal Sourca Resistance R0 (H ) Supply Voi tage Vcc (V) Vqut -â"¢D
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DBL1010 15hz-30khz 1-20KH

TA7325P

Abstract: Max 17113 . ELECTRONIC 02E 17116 ' "~D JÃ"2325P T-74-05-Û1N APPLICATION 1. RIAA EQ INPUT O O V00=10V o OUTPUT 2. - NAB EQ O V00= 13.2 V O OUTPUT -273- ALIDIO LINEAR ICss TOSHIBA-, ELECTRONIC OS C\QC\7EH7 , VOLTAGE VIN (mVrms ) Vqut - THD - VC0=10V RIAA EQ RL=4,7kfi U 3 O 3 tí O Eh aoo2. ai a3 as i 35 10 , THD=0.;5%, NAB EQ 2.0 2.8 - Vrms Equivalent Input Noise Voltage vni 2 Rg=2.2kfi, BPF=15flz ~ 30kHz - , 0L5 ao6 aofe Voo=iov NAB EQ, Gy
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GD1711S TA7325P Max 17113 ta7325 TA732 GV 269 1711B 100/1F DD1711 T-74-05-01

riaa preamplifier circuit diagram

Abstract: phono preamplifier circuit diagram -riaa 3.3 nV//Hz VN, Rg=2.2kQ,RIAA EQ 1.2 2. 5 ¡1 Vrms S/N Signal-to-noise voltage ratio Rg=47Q,RIAA EQ, IHF-A 82 dB TYPICAL CHARACTERISTICS 1000 w 200 5 o THERMAL DERATING (MAXIMUM RATING , .) (shorted input, RIAA, IHF-A, PHONO 2.5mVrms) â'¢ High slew rate .SR=40V , .THD=0.001%(typ.) (f = 1kHz, RIAA, V0=5Vrms) â'¢ Large load current and allowable current , / / TYPICAL CHARACTERISTICS (Vcc = ±15V,RIAA) â'¢ Gv=35. 6dB(f=l kHz) â'¢ VN,= 1. 2/
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M5240P riaa preamplifier circuit diagram phono preamplifier circuit diagram -riaa phono preamplifier circuit diagram riaa phono riaa 1000M 33PT2T M5240P1 220//A

riaa eq

Abstract: 55D8 LM382 (7^ â'" 29 â'" N S WSIsaS'S T ;UHi|S:iîîi|iBïï-C-, CO t&tiïm i-l%SLti>ii. o»fts®i»«i£. â'" 14 h" : â 9 â'" 40V â'¢0.8i)T> y (RIAA EQ) 11 1« w 12 â'ž> e 10 â'¢ s. 1 l 1 III TE
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55D8

OPAmp Labs

Abstract: riaa eq +4dbm 0.5%T.H.D. SHORT PROOF â'¢ RIAA EQ. â'¢20CY TO 20KC â'¢ Z|=47K â'¢ S/N=70db â'¢ 0.25%T.H.D. 40db
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OODOS41 OPAmp Labs I60n pink noise generator octal tube socket f-24V 8VT030V F/15V RLS600 20CYT0 I00KC

6sn7 datasheet

Abstract: 6sn7 tube feedback leg to ground of R7. RIAA Phono Pre-Amplifier: Topology 1 ­ Passive EQ Figure 2 shows the , R17 1K GND Figure 2. Passive EQ RIAA Phono Pre-Amplifier Topology Gain Distribution ­ The , - V+ Bal RIAA Phono Pre-Amplifier: Topology 2 ­ Active / Passive EQ Figure 3 shows the circuit , , R9, and C4 establishes the first two RIAA EQ time constants (3180 µS and 318 µS). This stage also , in the case of the fully passive topology design first stage. The final RIAA EQ time constant (75
National Semiconductor
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LM317AT 6sn7 datasheet 6sn7 tube high accuracy riaa 6CG7 balanced riaa 6FQ7 AN-1651 LME49710 LM4562 IRF72

6cg7

Abstract: 6sn7 . RIAA Phono Pre-Amplifier: Topology 1 ­ Passive EQ Figure 2 shows the circuit topology for a RIAA phono , . 30024302 FIGURE 2. Passive EQ RIAA Phono Pre-Amplifier Topology www.national.com 2 RIAA , Phono Pre-Amplifier: Topology 2 ­ Active / Passive EQ Figure 3 shows the circuit topology for a RIAA , first two RIAA EQ time constants (3180 µS and 318 µS). This stage also provides a midband (1 kHz) gain , passive topology design first stage. The final RIAA EQ time constant (75 µS) is obtained passively
National Semiconductor
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6sn7 professional riaa filter riaa filter phono preamp national 6cg7 tube instrumentation moving coil phono LME49710/

TA7063P

Abstract: AN7320 OUTPUT ^ i ^ RIAA. EQ, Gv = 4 0 d B ,/ = 1kHz Q 017*F 0 0 0 4 2 * ? * * * * ( Ta = 2 , > 'I f * * to 3.1 V, = - 85dBm K F = 0 A % , RIAA EQ L Vo = 7 V r m * . G v = 4 0 d B R IA A E Q L , Voté 87 92 0.1 0.8 1 2 IN = RIAA. EQ. Gv = 4 0 d B I k H * KF Ni % /«Vrms 1.5 , EQ, VCc = 8~17V , Vo*=2V) M £ c ,a k n IM 0 VOL j 21 0.47 ,uF 2*1 470 Q Po IC
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AN6210 TA7063P AN7320 BA3302 ta7227p an7112 GW 5820

riaa filter

Abstract: M5219L FILTER 2(S/N) O- - >i(vNl: BW : 10Hzâ'"30kHz I vNO, ( â'"3dB) Vn02 RIAA EQ Gv=35. 6dB=60 TIMES , '¢ Low noise .VNi=0.9//Vrms typ.(Rg=2.2kQ, RIAA) S/N = 77dB typ. (Shorted input, IHF-A network) (RIAA, PHONO=2.5mVrms) â'¢ High voltage .VCC=±25V(50V) â'¢ Low , =470^F 90 110 dB VOM Maximum output voltage f=1kHz,THD=0. 1%, RL=47kQ, RIAA 12.5 14.0 Vrms THD Total harmonic distortion f= 1 kHz, V0=5Vrms, RL=47k Q , RIAA 0. 001 0. 03 % VNl Input referred noise voltage
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M5219L M5219 m5219p 10Hz-30kHz vn109 stereo amplifier with 6 band equalizer

M5219L

Abstract: riaa filter TYPE) TEST CIRCUIT (d) Vni, S/N 9+Vcc RIAA EQ Gv=35. 6dB=60 TIMES (@f=1kHz) Unit Resistance : Q , '¢ Low noise .VN,=0.9^Vrms typ.(Rg = 2.2kQ, RIAA) S/N = 77dB typ. (Shorted input, IHF-A network) (RIAA, PHONO=2.5mVrms) â'¢ High voltage .VCC=±25V(50V) â , 110 dB Vom Maximum output voltage f= 1 kHz, THD=0. 1%, RL=47kQ, RIAA 12. 5 14. 0 Vrms THD Total harmonic distortion f=l kHz, Vo=5Vrms, RL=47kQ , RIAA 0. 001 0. 03 % vN, Input referred noise voltage Rg
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VCO22 riaa AMPLIFIER 2SK109A 10k resistor network SIP 9 pin 230mVrms RG1000

M5220

Abstract: M5220L '¢ Low noise .VN,=0.75/iVrms typ.(Rg = 2.2kQ, RIAA) S/N = 83dB typ.(Shorted input, IHF-A network, RIAA, PHONO = 2.5mVrms) â'¢ High voltage .VCC=±25V(50V) â , Maximum output voltage f=1kHz, THD=0. Wo, RL=47kQ , RIAA 12.5 14. 2 Vrms THD Total harmonic distortion f=lkHz, V0=5Vrms, RL=47kQ , RIAA 0.001 0. 03 % vN, Input referred noise voltage Rg = 2. 2kO, BW = 10Hz~30kHz, RIAA 0. 75 1.8 fj Vrms S/N Signal-to-noise ratio Shorted input (Rg=47C5 ), IHF-A network PHONO
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M5220L M5220 M5220P M5220FP VN02 M5220I

LM49710

Abstract: LME4970 R17 1K GND Figure 1. EQ RIAA 1 LME49710/LM4562 PSRR Figure 1 RIAA RIAA 2 2 U1 , HiFi LME49710/LM4562 600 ±26mA LM49710 RIAA , Table 1 RIAA 1kHz 20dB 2 2.122kHz 40dB 20 30 40 50 60 80 100 , -8.2 -9.6 -11.9 -13.7 -17.2 -19.6 Table 1. RIAA RIAA RIAA RIAA THD
National Semiconductor
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LME4970 NATIONAL riaa R720 AN1651 R9R10C4C5 570259-007-JP
Abstract: Standard ICs Dual high slew rate, low noise operational amplifier BA15532/BA15532F/BA15532N The BA15532, BA15532F, and BA15532N are low-noise dual operational am plifiers designed especially for applica tio n s in volving h ig h -g ra d e au d io eq uipm en t. Because the y feature lo w noise, a w ide b a nd w id th , and high po w e r output, these pro du cts can also be used in m easuring instrum , =10kHz - 1.5 - RIAA, Rs= 100Q, BW=20Hz~30kHz RIAA, f=1 kHz mum Standard ICs · E le c tric a -
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BA15532/BA 5532F 8A15532

riaa low noise

Abstract: nab tape preamp , NAB or RIAA equalization. The circuit is supplied in the 14 lead dual-inline package. Features â  Low , »f TL/H/7842-4 Phono Preamp (RIAA Equallzatlon) Capacltor Gain C1 Only C2 Only C1 &C2 40 dB 55 dB 80 dB , .S S « .3 .2 0 1 1 NA 1 EQ IIVA LEN
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nab tape preamp phono preamp nab LM382N tape preamp 78426 TL/H/7842-2 TL/H/7842-3 TL/H/7842-5 TL/H/7842-6

M5220

Abstract: riaa eq inpu t, IH F -A n e tw o rk . RIAA, P H O N O = 2 .5 m V rm s ) · H ig h v o lta g e , 83 P H O N O = 2 . 5m V rm s, RIAA dB 90 1 2 .5 Typ 4 .0 0 .5 0 .7 113 1 4.2 0. 001 0. 75 0. 03 1 .8 , V N02 0. 0 5 6 1* 0. 016/i U n it R e s is ta n c e : Q C a p a c ita n c e : F R IA A EQ G v , CC) FR EQ UEN CY f (H z ) CIRCUIT CURRENT VS. SUPPLY VOLTAGE CIRCUIT CURRENT VS. AMBIENT , application PHONO EQUALIZER AM PLIFIER (RIAA) Vcc 0 30V TYPICAL CHARACTERISTICS * G v - 35. 6 d B ( f =
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5220p 5220L
Abstract: resistors, 5% polypropylene capacitors Passively Equalized RIAA Phono Preamplifier ~2007 National , RESPONDING AC VOLT METER 99k W V â'" 11 ^ f 390 L f l -1 r RIAA PREAMP 35 dB, 1= 1 , Circuit Total Gain: 115 dB @ f= 1 kHz Input Referred Noise Voltage: e n = V0/560,000 (V) RIAA Preamp Voltage Gain, RIAA Deviation vs Frequency Flat Am p Voltage Gain vs Frequency Vq - 0 dBv 80.0 dB, t = 1 k Hz â'" V! 4 100 1k 10 10k 20 www.national.com 10 0 1k 10k FR EQ -
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E49720 LME49720 SNAS393B

uPC259

Abstract: MPC4560 FREQUENCY RESPONSE VOLTAGE GAIN (dB ) i- < O Ik FR E Q U E N C Y (H z) 10 k FR EQ U , E IV) ±20 PULSE RESPONSE 68 OUTPUT VOLTAGE IV) T IM E (m s ) FR EQ U EN C Y , TYP M a x im u m P o w e r RIAA Amp 0. 01 01 10 10 O U T P U T V O L T A G E V , (V
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MPC259 MPC4560 uPC259 upc4560 4560 audio operational uc4559 PC259 PC4560 PC4559 PC259C 4560C MPC259C/MPC4560C

transistor bass treble control circuit

Abstract: CA3080 equivalent , its power supply, input impedance, and gain make possible the design of an RIAA preamplifier that , for all the bass boost necessary in RIAA compensation. For example, a gm of 10mS with a load , of the RIAA curve, and distortion is virtually immeasurable by classical methods. Overload occurs at , 1µF EOUT + 3 ES 50µF - - 2 5µF + 7 3.9K (EQ. A3) 4 where K3 is a constant of the transistor Q1 and can be found from: V be = K 3 lnI e ­ K 2 56K (EQ. A4
Intersil
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CA3080 AN6077 transistor bass treble control circuit CA3080 equivalent phonograph preamplifiers ceramic schematic diagram in bass treble CA3046 phonograph preamplifiers CA3094 ISO9000

c4574

Abstract: PC4574c n Q u ad eq uivalen t to N E 5532 Ordering Information Part Number uPC4574C uPC4574GZ Package 14 , kHz MHz degrees % dB V0 = 3 V rms. 2 to 20 kHz f = 20 to 20 kHz RIAA + 30 kHz LPF Flat + JISA Rs = 100
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c4574 PC4574c PC4574 nec pc4574 ne5532 thd NE5532 PC4574C PC4574GZ
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