CXA2511AQ SONY | Alldatasheet

Document overview

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Technical content

Features

  • Few external parts
  • Small package (40-pin QFP)
  • Same pin configuration as for the Dolby B type NR system (CXA2510AQ) and no Dolby NR system (CXA2509AQ)
  • Dolby B-C type NR and playback equalizer amplifier into a single chip
  • FORWARD/REVERSE head select switch
  • Two-system (TAPE/AUX) input select switch
  • Music signal interval detection level can be set by the external resistors/capacitors (2 modes).
  • High-frequency cut-off of the music sensor circuit can be adjusted by the external capacitance.

Applications

  • Car stereo cassette decks
  • Playback-only cassette decks Structure Bipolar silicon monolithic IC Absolute Maximum Ratings
  • Supply voltage V CC 12 V
  • Operating temperature Topr –40 to +85 °C
  • Storage temperature Tstg –65 to +150 °C
  • Power dissipation P D 430 mW Operating Condition Supply voltage V CC 7.8 to 11 V Sony reserves the right to change products and specifications without prior notice. This information does not convey any license by any implication or otherwise under any patents or other right. Application circuits shown, if any, are typical examples illustrating the operation of the devices. Sony cannot assume responsibility for any problems arising out of the use of these circuits. 40 pin QFP (Plastic) * This IC is available only to the licensees of Dolby Laboratories Licensing Corporation from whom licensing and applications information may be obtained. * "Dolby" and the double D symbols are trademarks of Dolby Laboratories Licensing Corporation.

– 2 – CXA2511AQ Block Diagram and Pin Configuration N R BIAS FW D /R VS × 1 N R TAPE/AU X TAPE EQ M S M O D E N R M O D E D ET N R LPF × 1 VC T VC C O FF/ B/C M S O N / O FF O FF/ B/C 21222324252627282930 2 3 4 5 6 7 8 9 101 PBFB2 PBR IN 2 PBR EF2 PBFIN 2 VC T PBG N D PBFIN 1 PBR EF1 PBR IN 1 PBFB1 PBEQ2 PBOUT2 TAPEIN2 GND AUXIN2 DIREF TCH2 LINEOUT2 TCL2 M SSW M SM O D E D R SW TAPESW IN SW N R SW N R M O D E M SO U T D G N D M STC G 1FB PBEQ1 PBOUT1 TAPEIN1 V CC AUXIN1 M SLPF TCH1 LINEOUT1 TCL1 G2FB 120µ/70µ 120µ/70µ

– 3 – CXA2511AQ Pin Description (Ta = 25°C, VCC = 8.0V, DVCC = 5.0V) PBEQ1 PBEQ2 O — Resistance for selecting the playback equalizer amplifier time constant 4.0V — G N D 40k Vcc PBOUT1 PBOUT2 O — Playback equalizer amplifier output 4.0V –25dBm 3 V CC — — Power supply8.0V — G N D 200 200 Vcc TAPEIN1 TAPEIN2 I 40kΩ TAPE input AUXIN1 AUXIN2 External input 4.0V –30dBm G N D 147 40k Vcc VG S 20p

6 MSLPF — 100kΩ

4.0V — G N D 147 Vcc 64p 100k Pin No. Symbol Typical pin voltage I/O I/O resistance Equivalent circuit Description DC AC

– 4 – CXA2511AQ LINEOUT1 LINEOUT2 O — Line output4.0V –6dBm TCH1 TCH2 — — Time constant for the HLS0.3V — TCL1 TCL2 — — Time constant for the LLS0.3V — G2FB G1FB — — Music signal interval detection level setting 4.0V —

13 DGND — — Logic ground

(Connect to GND.)0.0V — G N D 200 200 Vcc 22.5k 147 G N D 36k 330k Vcc 147 G N D 13.5k 480k Vcc 147 G N D 500 Vcc 147 500 Pin No. Symbol Typical pin voltage I/O I/O resistance Equivalent circuit Description DC AC

– 5 – CXA2511AQ

12 MSTC — —

— — G N D 147 10k Vcc D G N D 853

14 MSOUT O — Music sensor

0.2V when a signal is detected; DVcc when no signal is detected G N D 147 Vcc D G N D D Vcc 100k

15 NRMODE

I 100kΩ Dolby NR mode control Low (open): Dolby B type NR High: Dolby C type NR

17 INSW

Low (open): TAPEIN High: AUXIN

21 MSSW

Low (open): MS ON High: MS OFF

16 NRSW

Low (open): NR OFF High: NR ON

18 TAPESW

Low (open): 120µs High: 70µs

19 DRSW

Low (open): FORWARD High: REVERSE 0.0V when open G N D 100k Vcc 1.1k D G N D I 100kΩ 0.0V when open G N D 100k Vcc 1.1k D G N D Pin No. Symbol Typical pin voltage I/O I/O resistance Equivalent circuit Description DC AC

– 6 – CXA2511AQ

20 MSMODE I 100kΩ

Low (open): G1 High: G2 0.0V when open G N D 100k Vcc 1.1k D G N D

25 DIREF — —

(Connects 20kΩ between DIREF pin and GND for the standard setting.) 1.2V — Vcc 147 G N D Vcc G N D PBR EF PBR EF 50p50p 28 GND — — Ground0.0V — PBFB2 PBFB1 I — Playback equalizer amplifier feedback 4.0V –70dBm PBRIN2 PBRIN1 Playback equalizer amplifier input (REVERSE head connected) PBFIN2 PBFIN1 I — Playback equalizer amplifier input (FORWARD head connected) 4.0V –70dBm Pin No. Symbol Typical pin voltage I/O I/O resistance Equivalent circuit Description DC AC

– 7 – CXA2511AQ PBREF2 PBREF1 O — Playback equalizer amplifier reference (Vcc/2 output) 4.0V — G N D 200 Vcc 200

35 VCT O — Center

(Vcc/2 output)4.0V — 35 G N D 45k Vcc 147 × 1 30k 30k VG S

36 PBGND — —

ground (Connect to ground.) 0.0V — Pin No. Symbol Typical pin voltage I/O I/O resistance Equivalent circuit Description DC AC

– 8 – CXA2511AQ Vopr ICC VTIN VAUX BP1 BP2 BP3 BP4 BP5 CP1 CP2 CP3 CP4 CP5 CP6 THD1 THD2 THD3 SN1 SN2 SH1 CT1 CT2 No signal, NR OFF, TAPE, 120µs, MS ON TAPEIN 1kHz, LINEOUT 0dB, NR OFF AUXIN 1kHz, LINEOUT 0dB TAPEIN 500Hz, LINEOUT –25dB, NR B TAPEIN 2kHz, LINEOUT –25dB, NR B TAPEIN 5kHz, LINEOUT –25dB, NR B TAPEIN 10kHz, LINEOUT –40dB, NR B TAPEIN 10kHz, LINEOUT 0dB, NR B TAPEIN 500Hz, LINEOUT –60dB, NR C TAPEIN 500Hz, LINEOUT –25dB, NR C TAPEIN 2kHz, LINEOUT –60dB, NR C TAPEIN 2kHz, LINEOUT –25dB, NR C TAPEIN 5kHz, LINEOUT –25dB, NR C TAPEIN 10kHz, LINEOUT 0dB, NR C TAPEIN 1kHz –20dBm, NR OFF, RL = 2.7kΩ TAPEIN 1kHz –20dBm, NR B, RL = 2.7kΩ TAPEIN 1kHz –20dBm, NR C, RL = 2.7kΩ No signal, NR B, Rg = 5.1kΩ , CCIR/ARM filter used No signal, NR C, Rg = 5.1kΩ , CCIR/ARM filter used TAPEIN 1kHz, NR OFF, RL = 2.7kΩ , THD = 1% TAPEIN 1kHz –24dBm, NR OFF, 1kHz BPF used AUXIN 1kHz –24dBm, 1kHz BPF used 7.8 13.0 –32.0 –32.0 1.4 5.5 3.9 9.7 –1.1 14.2 7.2 18.7 5.4 3.5 –5.5 77.0 80.0 13.0 8.0 19.2 –30.0 –30.0 2.9 7.0 5.4 10.4 0.4 16.2 9.2 20.7 7.4 5.5 –3.5 0.01 0.04 0.05 87.0 82.0 14.4 –86.0 –86.0 11.0 25.0 –28.0 –28.0 4.4 8.5 6.9 11.9 1.9 18.2 11.2 22.7 9.4 7.5 –1.5 0.2 0.2 0.3 –70.0 –70.0 V mA dBm dBm dB dB dB dB dB dB dB dB dB dB dB dB dB dB dB dB Operating voltage Current consumption TAPEIN input sensitivity AUXIN input sensitivity B type decode boost characteristics 1 B type decode boost characteristics 2 B type decode boost characteristics 3 B type decode boost characteristics 4 B type decode boost characteristics 5 C type decode boost characteristics 1 C type decode boost characteristics 2 C type decode boost characteristics 3 C type decode boost characteristics 4 C type decode boost characteristics 5 C type decode boost characteristics 6 Total harmonic distortion 1 Total harmonic distortion 2 Total harmonic distortion 3 Decode S/N ratio 1 Decode S/N ratio 2 Signal handling Crosstalk between channels 1 Crosstalk between channels 2 Dolby NR (0dB = Dolby level LINEOUT of –6dBm) Electrical Characteristics (Ta = 25°C, VCC = 8.0V. DVCC = 5.0V) Item Symbol Measurement conditions Min. Typ. Max. Unit

– 9 – CXA2511AQ CT3 VOS 1 PBREF F120 F70 SH2 THD4 SN3 V OS 2 CT4 CT5 VMS 1 VMS 2 IOH VOL VIL VIH TAPE (AUX) IN 1kHz –24dBm, NR OFF, AUX (TAPE) mode, 1kHz BPF used * No signal, NR OFF, difference from VCT PBIN 315Hz –70dBm, 120µs mode PBIN 2.7kHz –58.5dBm, 120µs mode at 315Hz PBIN 4.5kHz –53.8dBm, 70µs mode at 315Hz PBIN 1kHz, 120µs mode, RL = 2.7kΩ , THD = 1% PBIN 1kHz –52dBm, 120µs mode, RL = 2.7kΩ No signal, 70µs mode, Rg = 680Ω , CCIR/ARM filter used No signal, 120µs mode, Rg = 680Ω , difference from VCT PBIN 1kHz –52dBm, 120µs mode, 1kHz BPF used PBIN 1kHz –52dBm, 120µs mode, 1kHz BPF used TAPEIN 5kHz, MS ON, G1 mode, external constant of 39kΩ and 0.0047µF TAPEIN 5kHz, MS ON, G2 mode, external constant of 3.9kΩ and 0.47µF No signal, MS OFF, G1 mode TAPEIN 5kHz –30dBm, MS ON, G1 mode, 1mA applied to MSOUT pin Input voltage of NRMODE, NRSW, INSW, TAPESW, DRSW, MSMODE, MSSW Input voltage of NRMODE, NRSW, INSW, TAPESW, DRSW, MSMODE, MSSW –0.1 –27.0 –1.5 –1.5 –10.0 59.0 –1.0 –43.0 –63.0 0.0 2.5 –67.0 0.0 –25.0 0.0 0.0 –3.0 0.07 64.5 0.0 –81.0 –80.0 –40.0 –60.0 0.0 0.3 –65.0 0.1 –23.0 1.5 1.5 0.5 1.0 –70.0 –70.0 –37.0 –57.0 1.0 1.0 0.5 DV CC dB V dBm dB dB dBm dB V dB dB dBm dBm µA V V V Crosstalk between TAPE and AUX Output DC offset voltage Playback equalizer amplifier reference output level Playback equalizer amplifier frequency response 1 Playback equalizer amplifier frequency response 2 Signal handling Total harmonic distortion S/N ratio Output DC offset voltage Crosstalk between channels Crosstalk between FORWARD and REVERSE Signal detection level 1 Signal detection level 2 MS output leak current MS output saturation voltage Low level High level Playback Equalizer Amplifier Music Sensor Logic Voltage *1 The crosstalk between TAPE and AUX is measured with a 5.1kΩ external resistor connected to AUXIN1 (Pin 5). In this condition, the crosstalk is approximately –67dB due to the signal leak from MSLPF (Pin 6). In order to improve the crosstalk between TAPE and AUX, AUXIN1 pin should be driven with a low impedance. Item Symbol Measurement conditions Min. Typ. Max. Unit

– 10 – CXA2511AQ Electrical Characteristics Measurement Circuit Audio SG PBFB2 PBR IN 2 PBR EF2 PBFIN 2 VC T PBG N D PBFIN 1 PBR EF1 PBR IN 1 PBFB1 PBEQ2 PBOUT2 TAPEIN2 GND AUXIN2 DIREF TCH2 LINEOUT2 TCL2 M SSW M SM O D E D R SW TAPESW IN SW N R SW N R M O D E M SO U T D G N D M STC G 1FB PBEQ1 PBOUT1 TAPEIN1 VC C AUXIN1 M SLPF TCH1 LINEOUT1 TCL1 G2FB VC C R 11 18k C 11 C 13 C 15 270p C 16 2.2µ C 18 0.1µ C 20 0.068µ C 22 0.47µ C 23 4.7n R 22 3.9k R 23 39k C 9 2.2µ C 17 2.2µ C 19 0.1µ C 21 0.068µ G N D 21222324252627282930 2 3 4 5 6 7 8 9 101 C 24 0.1µ R 25 1M EG R 24 100k A R 30 10k S18 N R M O D E H /L N R SW H /L IN SW H /L TAPESW H /L D R SW H /L M SM O D E H /L M SSW H /L D VC C R 5 12k Pow er Supply D C Am m eter G N D G N D C C IR /AR M “A” W TG D IN Audio 1kH z BPF D C Voltm eter 0dB or 30dB Am p O FF: 0dB O N : 30dB R 36 50k S24 S29 S28 S27 S26 S25 +20dB +20dB AC Voltm eter D istortion Analyzer O scilloscope S23 S22 S21 S20 S19 R 35 10k R 34 100 R 33 10k R 32 100 R 31 10k S17 S16 S15 S14 R 29 10k R 28 100 R 27 10k R 26 100 R20 2.7k S12 S11S8S7 R17 5.1k R15 5.1k R13 2.7k C 8 2.2µ C10 22µ C 6 0.01µ R 1 300k C 1 2.2µ R 2 270 R 6 680 R 7 680 C 2 2.2µ C 3 22µ C 4 2.2µ R 9 680 R 8 680 C 5 2.2µ C 7 0.01µ R 12 18k R 10 12k R 4 300k R 3 270 C 12 C 14 R 19 20k R 14 2.7k R16 5.1k R18 5.1k R21 2.7kS8 S10 S13S6 ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ : ∗ : N ote 1. R esistor tolerance 2. C apacitor tolerance C oupling C apacitor ±5% ±1% ±5% ±2% ±10%

– 11 – CXA2511AQ Application Circuit 1 N R BIAS FW D /R VS × 1 N R TAPE/AU X TAPE EQ M S M O D E N R M O D E N R LPF × 1 VC T VC C O FF/ B/C O FF/ B/C 120µ/70µ 120µ/70µ C 4 470p C 3 470p R 3 100k R 4 100k PBFB2 PBR IN 2 PBEQ2 PBOUT2 TAPEIN2 M SM O D E R 11 12k R 9 18k R 12 300k G N D PBR EF2 PBFIN 2 VC T PBG N D PBFIN 1 PBR EF1 PBR IN 1 PBFB1 GND AUXIN2 DIREF TCH2 LINEOUT2 TCL2 M SSW D R SW TAPESW IN SW N R SW N R M O D E M SO U T D G N D M STC G 1FB PBEQ1 PBOUT1 TAPEIN1 V CC AUXIN1 M SLPF TCH1 LINEOUT1 TCL1 G2FB R VS2 FW D 2 C 5 22µ FW D 1 R VS1 C 2 470p C 1 470p R 1 100k R 2 100k R 5 180 C 6 0.01µ R 10 12k R 7 300k R 8 18k AU XIN 1 C 8 22µ VC C G N D LIN EO U T1 G N D G N D G N D G N D G N D C 14 2.2µ C 9 2.2µ C 11 2.2µ C 13 0.001µ C 16 0.1µ C 18 0.068µ C 20 0.47µ C 21 4.7n R 16 3.9k R 17 39k C 7 0.01µ C 10 2.2µ C 12 2.2µ C 15 2.2µ C 17 0.1µ C 19 0.068µ R 15 20k LIN EO U T2 G N D G N DG N D AU XIN 2 21222324252627282930 2 3 4 5 6 7 8 9 101 C 22 0.1µ R 18 1M EG R 19 100k To M icrocom puter D VC C D G N D From M icrocom puter G N D G N D R 14 33k R 13 33k R 6 180 D ET M S O N / O FF G N D Application circuits shown are typical examples illustrating the operation of the devices. Sony cannot assume responsibility for any problems arising out of the use of these circuits or for any infringement of third party patent and other right due to same.

– 12 – CXA2511AQ Application Circuit 2 N R BIAS FW D /R VS × 1 N R TAPE/AU X TAPE EQ M S M O D E N R M O D E N R LPF × 1 VC T VC C O FF/ B/C O FF/ B/C 120µ/70µ 120µ/70µ C 1 470p C 2 470p R 2 100k R 1 R 5 500 PBFB2 PBR IN 2 PBEQ2 PBOUT2 TAPEIN2 M SM O D E R 11 12k R 9 18k R 12 300k G N D PBR EF2 PBFIN 2 VC T PBG N D PBFIN 1 PBR EF1 PBR IN 1 PBFB1 GND AUXIN2 DIREF TCH2 LINEOUT2 TCL2 M SSW D R SW TAPESW IN SW N R SW N R M O D E M SO U T D G N D M STC G 1FB PBEQ1 PBOUT1 TAPEIN1 V CC AUXIN1 M SLPF TCH1 LINEOUT1 TCL1 G2FB R VS2 FW D 2 C 5 22µ FW D 1 R VS1 C 3 470p C 4 470p R 3 100k R 6 500 C 6 0.01µ R 10 12k R 7 300k R 8 18k AU XIN 1C 8 22µ VC C G N D LIN EO U T1 G N D G N D G N D G N D G N D C 9 2.2µ C 11 2.2µ C 13 0.001µ C 14 2.2µ C 16 0.1µ C 18 0.068µ C 20 0.47µ C 21 4.7n R 14 3.9k R 15 39k C 7 0.01µ C 10 2.2µ C 12 2.2µ C 15 2.2µ C 17 0.1µ C 19 0.068µ R 13 20k LIN EO U T2 G N D G N DG N D AU XIN 2 21222324252627282930 2 3 4 5 6 7 8 9 101 C 22 0.1µ R 16 1M EG R 17 100k To M icrocom puter D VC C D G N D From M icrocom puter G N D G N D D ET M S O N / O FF 100k R 4 100k G N D Application circuits shown are typical examples illustrating the operation of the devices. Sony cannot assume responsibility for any problems arising out of the use of these circuits or for any infringement of third party patent and other right due to same.

– 13 – CXA2511AQ Description of Operation 1. Signal route N R O FFN R O N AU XTAPE TAPEIN (–30dBm ) AU XINPBFB PBEQ AM P1 24dB 24dB 24dB N RAM P2 PBO U T LIN EO U T (–6dBm D olby level) 70µs FW D R VS PB IN Fig. 1. Signal route block diagram AMP1 and AMP2 are operational amplifiers. AMP1 composes the playback equalizer amplifier by attaching an external resistor and capacitor to PBFB, PBEQ and PBOUT pins. AMP2 is an input selector and a line amplifier. The gain is 24dB when NR is OFF. The Dolby NR reference level is –6dBm (LINEOUT).

– 14 – CXA2511AQ 2. Adjustment method –10 (dBm ) LIN EO U T –30dBm 400H z 200nW b/m : D olby level reference tape PBIN (H EAD ) AU XINTAPEINPBO U T –30dBm –6dBm (D olby level) –80 –30 –40 –50 –60 –70 –20 VR adjustm ent Fig. 2-1. Level diagram (application circuit 1) –10 (dBm ) LIN EO U T –30dBm 400H z 200nW b/m : D olby level reference tape PBIN (H EAD ) AU XINTAPEIN PBO U T –30dBm –6dBm (D olby level) –80 –30 –40 –50 –60 –70 –20 VR adjustm ent Fig. 2-2. Level diagram (application circuit 2) Adjust the playback equalizer amplifier gain so that –6dBm (Dolby level) is output on LINEOUT (Pins 7 and 24) by playing back the reference tape for Dolby level adjustment. Adjustment should be performed according to the rules of Dolby Laboratories Licensing Corporation because this IC has the built-in Dolby NR system. List of Calibration Cassette Tape Dolby level is defined as 200nWb/m measured according to the ANSI high efficiency head method. The followings are the reference tapes specified by Dolby Laboratories Licensing Corporation. 1. A-bex Laboratories, Inc. (part no. TCC-130) 2. BASF (product code 09797 XE) 3. Kaneon Corp. (LC Engineering part no. LCT-7001) 4. Standard Tape Laboratory (catalogue no. 28) 5. TEAC Corporation, Japan (part no. MTT150) 6. TEAC Corporation of America (part no. MTT150) 7. Victor Company of Japan, Ltd. (part no. TMT-6130, VTT-727) 8. Sony Corporation (part no. TY-256)

– 15 – CXA2511AQ PBFB PBEQ AM P1 PBO U T 70µs FW D R VS PB IN PBR EF R 1 R 2 R 3 R 4 C 1 SW 2 SW 1 –6dB/oct G ain (dB) G 1 f3f2f1 Frequency [H z] 3. Playback equalizer amplifier Fig. 3.Playback equalizer amplifier block diagram Fig. 4.Playback equalizer amplifier frequency response The CXA2511AQ achieves the frequency response of Fig.4 with the circuit configuration shown in Fig. 3. Two systems (FORWARD and REVERSE) of playback head input are provided for each channel. The FORWARD input pin is selected when DRSW (Pin 19) is Low; REVERSE is selected when DRSW is High. The playback equalizer amplifier frequency response can be set in two levels. When TAPESW (Pin 18) is Low, SW2 shown in Fig. 3 is turned OFF; when TAPESW is High, SW2 is turned ON. The external resistance R1 should be adjusted to adjust the playback equalizer amplifier gain. The playback equalizer amplifier frequency response is all determined by the external resistance and capacitance, and it can be obtained with the following equation. G (s) = · (s = jw ) Where, Rx = R3 when TAPESW pin =Low; Rx = R3//R4 when TAPESW pin = High Using the above equation, G1 in Fig. 3 and low-frequency time constant (T1) and high-frequency time constants (T2 and T3) are as follows: G1 = 20log T1 = C1 · (R2 + Rx) T2, T3 = R1 + R2 C1 · (R1 · R2 + R2 · Rx + Rx · R1) R1 + R2 R1 + R2

– 16 – CXA2511AQ 4. Music sensor AM P2 TAPEIN 2 AM P3AM P1 Vcc Vcc M SLPF × 1 R 1 10k VG S R 2 10k R 3 127k × 1 R 5 39.1k C 1 64p R 6 R 7 11.1k D Vcc R 11 M SO U T M STC R 10 C 4 G 2FB R 9 C 3 G 1FB R 8 C 2 TAPEIN 1 R 4 100k D G N D D G N D D G N D Full-w ave rectifier Sm oother D etection level (dBm ) –39.5 G 1 (FF)

87087 Frequency [H z]

–59.5 G 2 (N O R ) Fig. 5. Music sensor block diagram The signal input from TAPEIN is added and amplified by AMP1. This signal is then input to the LPF (R4 and C1). The LPF cut-off frequency can be adjusted by connecting the external capacitance to MSLPF pin. The cut-off frequency is approximately 23kHz when MSLPF pin is left open. The detection level and HPF cut-off frequency are determined with the external resistance and capacitance connected to G1FB or G2FB at AMP2, and the signal is converted to a current. The signal is full-wave rectified and is converted to a voltage by the internal resistance R5. The full-wave rectified signal is smoothed. The internal resistance (R6) and external capacitance (C4) determine the smoothing response time. The recovery time is determined by the external resistance (R10) and capacitance (C4). The AMP3 comparator detects whether the smoothed signal is greater or smaller than the comparator threshold. The comparator has approximately 2dB hysteresis. The table below shows the example of the constant and characteristics for the external resistance and capacitance connected to G1FB and G2FB. Fig. 6. Music sensor circuit frequency response R C Signal detection level Music signal interval detection level Cut-off frequency FF/REW (G1) Playback (G2) 39kΩ 3.9kΩ 0.0047µF 0.47µF –39.5dBm –59.5dBm –41.4dBm –61.4dBm 870Hz 87Hz

– 17 – CXA2511AQ 5. Operating mode control method The CXA2511AQ has a Dolby NR mode select switch (NRMODE), Dolby NR switch (NRSW), playback equalizer amplifier select switch (TAPESW), head input select switch (DRSW), music sensor mode select switch (MSMODE) and music sensor switch (MSSW). The operating modes for each switch are shown in the following table. Low (OPEN) High Dolby B type NR Dolby NR OFF TAPE 120µs PBIN FORWARD MS ON NRMODE NRSW INSW TAPESW DRSW MSMODE MSSW Dolby C type NR Dolby NR ON AUX 70µs PBIN REVERSE MS OFF Pin voltage Pin No. Pin name Notes on Operation 1. Dolby NR Dolby NR functions by using the current that flows into DIREF (Pin 25) as standard. The Dolby NR attack/recovery time is determined by the capacitance connected to TCH (Pins 8 and 23) and TCL (Pins 9 and 22). Use the parts connected to these pins with high accuracy and small temperature characteristics. (It is recommended that the resistance tolerance of 2% <metal-oxide> and capacitance tolerance of 10% <film>.) 2. Playback equalizer amplifier All playback equalizer amplifier characteristics are determined by the external constants. Use the parts which satisfies the accuracy required for the playback equalizer amplifier. 3. Music sensor The current on DIREF (Pin 25), and the resistance and capacitance connected to G2FB (Pin 10) and G1FB (Pin 11) determine the detection level and the HPF cut-off frequency. The response time is determined by the resistance and capacitance connected to MSTC (Pin 12). Use the parts which satisfies the accuracy required for the music sensor.

– 18 – CXA2511AQ Example of Representative Characteristics C urrent consum ption vs. Supply voltage Supply voltage [V] Current consum ption [m N o input signal N R O FF, M S O N Ta = 25°C Playback equalizer am plifier frequency response 100 1k 10k Frequency [H z] Gain [dB] 120µs VC C = 8.0V O utput level of –25dBm constant Ta = 25°C 70µs PBFIN 1 PBR EF 680 70µs PBO U T1PBEQ 1 18k 12k 300k 0.01µ 2.2µ270 PBR EF PBFB1 47µ B type decode boost characteristics Frequency [H z] 10k1k100 Decode boost [dB] VC C = 8.0V 0dB = D olby Level –40dB –30dB –20dB –10dB 0dB Ta = 25°C C type decode boost characteristics Frequency [H z] 10k1k100 Decode boost [dB] VC C = 8.0V 0dB = D olby Level Ta = 25°C –60dB –50dB –40dB –30dB –20dB –10dB 0dB Fig. 7. M easurem ent circuit of playback equalizer am plifier frequency response

– 19 – CXA2511AQ Total harm onic distortion (playback equalizer am plifier) O utput level [dBm ] 10–2 10–1 100 Total harm onic distortion [% Ta = 25°C f = 10kH z f = 100H z f = 1kH z B type total harm onic distortion (including N R O FF) O utput level [dBm ] –10 10–2 Total harm onic distortion [% Ta = 25°C –6 –2 2 6 10 14 10–1 100 N R B f = 1kH z N R B f = 10kH z N R B f = 100H z N R O FF f = 1kH z C type total harm onic distortion O utput level [dBm ] –10 10–1 Total harm onic distortion [% Input: TAPEIN 1 O utput: LIN EO U T1 VC C = 8.0V R L = 2.7kΩ 0dB = D olby Level Input: TAPEIN 1 O utput: LIN EO U T1 VC C = 8.0V R L = 2.7kΩ 0dB = D olby Level Ta = 25°C –6 –2 2 6 10 14 100 101 N R C f = 1kH z N R C f = 10kH z N R C f = 100H z VC C = 8.0V Input: PBFIN 1 O utput: PBO U T1 R L = 2.7kΩ VC C = 8.0V Input: PBFIN 1 O utput: PBO U T1 R L = 2.7kΩ Input: TAPEIN 1 O uptut: LIN EO U T1 VC C = 8.0V R L = 2.7kΩ 0dB = D olby Level Input: TAPEIN 1 O uptut: LIN EO U T1 VC C = 8.0V R L = 2.7kΩ 0dB = D olby Level

– 20 – CXA2511AQ R ipple rejection ratio (PB O U T) 100 1k 10k Frequency [H z] –60 –50 –40 Ripple rejection ratio [dB] Ta = 25°C VC C = 8.0V R L = 2.7kΩ VC C = 8.0V R L = 2.7kΩ Ta = 25°C VC C = 8.0V R L = 2.7kΩ VC C = 8.0V R L = 2.7kΩ R ipple rejection ratio (LIN EO U T) 100 1k 10k Frequency [H z] –40 –30 –20 Ripple rejection ratio [dB] –50 N R O FF N R C N R B C rosstalk betw een channels (1ch → 2ch) 100 Frequency [H z] –60 –40 Crosstalk [dB] –120 –20 –80 –100 VC C = 8.0V Input: PBFIN 1 O utput: LIN EO U T2 (LIN EO U T1 output level = 0dBm ) N R O FF VC C = 8.0V Input: PBFIN 1 O utput: LIN EO U T2 (LIN EO U T1 output level = 0dBm ) N R O FF 1k 10k M usic signal and signal interval detection level frequency response 100 1k 10k Frequency [H z] –40 –10 Input level [dBm –60 –20 –30 –50 M usic signal interval detection level M usic signal detection level M usic signal interval detection level M usic signal detection level G 2 G 1 Ta = 25°C H PF connection resistance in M S block vs. M usic signal and signal interval detection level characteristics 1k 10k 100k H PF connection resistance [Ω ] –50 –40 –30 Input level [dBm –60 M usic signal interval detection level –70 VC C = 8.0V f = 5kH z Input: TAPEIN 1 M usic signal detection level PBFIN 1 PBR EF 680 PBO U T1 PBEQ 1 270 PBR EF 47µ 12k 300k 24dB TAPEIN 1 LIN EO U T1 2.2µ Fig. 8. M easurem ent circuit of crosstalk betw een channels VC C = 8.0V Input: TAPEIN 1 G 1: R = 39kΩ , C = 4.7nF G 2: R = 3.9kΩ , C = 0.47µF VC C = 8.0V Input: TAPEIN 1 G 1: R = 39kΩ , C = 4.7nF G 2: R = 3.9kΩ , C = 0.47µF Ta = 25°C

– 21 – CXA2511AQ Package Outline Unit: mm SO N Y C O D E EIAJ C O D E JED EC C O D E PAC KAG E M ATER IAL LEAD TR EATM EN T LEAD M ATER IAL PAC KAG E W EIG H T EPO XY R ESIN SO LD ER / PALLAD IU M C O PPER / 42 ALLO Y PAC KAG E STR U C TU R E PLATIN G 0.2g Q FP-40P-L01 ∗Q FP040-P-0707 40PIN Q FP (PLASTIC ) 9.0 ± 0.4 + 0.4 0.3 – 0.10.65 1 10 2130 1.5 – 0.15 + 0.35 0.127 – 0.05 + 0.1 (8.0) A AD ETAIL 0.1 – 0.1 + 0.15 + 0.15 7.0 – 0.1 0.5 ± 0.2 0.1 M± 0.12 N O TE : PALLAD IU M PLATIN G This product uses S-PdPPF (Sony Spec.-Palladium Pre-Plated Lead Fram e).