AN3664NFB Panasonic, AN3664NFB Datasheet

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AN3664NFB

Manufacturer Part Number
AN3664NFB
Description
Single chip audio signal processing IC for HiFi VCR
Manufacturer
Panasonic
Datasheet
ICs for VCR
AN3664NFB
Single chip audio signal processing IC for HiFi VCR
HiFi VCR stereo audio signal processing. It incorporates
the PROM to maintain an adjusting value, enabling a com-
plete adjustment-free use.
High precision and adjustment-free f
back level and playback BPF by adoption of built-in
Zener zap PROM
Enhanced cost performance due to incorporating exter-
nal parts.
HiFi VCR
Overview
Features
Applications
The AN3664FNB is a single chip IC which performs
O
, recording/play-
(1.6)
37
48
1
36
14.0±0.3
12.0±0.2
0.80
QFH032-P-0707A
Seating plane
0.35
25
12
+0.10
– 0.05
24
13
Unit: mm
(1.0)
0.5±0.2
0 to 10
1

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AN3664NFB Summary of contents

Page 1

... ICs for VCR AN3664NFB Single chip audio signal processing IC for HiFi VCR Overview The AN3664FNB is a single chip IC which performs HiFi VCR stereo audio signal processing. It incorporates the PROM to maintain an adjusting value, enabling a com- plete adjustment-free use. Features High precision and adjustment-free f ...

Page 2

... AN3664NFB Block Diagram (L) 5 AUX in (L) 6 BS2 in (L) 7 BS1 in ( ref. (L) 12 CCA out (L) 2 BS2 Hi-Fi ICs for VCR (R) 34 AUX in (R) 33 BS2 in (R) BS1 in (R) and 32 Nor. rec CC1 GND1 ( ref ...

Page 3

... Output mute (L-channel) 45 Line amp. output (R-channel) 46 Line amp. output (L-channel) 47 LOG amp. output (R-channel) 48 LOG amp. output (L-channel) Symbol Rating V 5.5 CC1 V 13.0 CC2 P 639 opr 150 stg AN3664NFB Description ( CC1 ( CC2 Unit ...

Page 4

... AN3664NFB Recommended Operating Range Parameter Supply voltage Electrical Characteristics at V Parameter Symbol Circuit current ( recording Circuit current ( recording Circuit current ( playback Circuit current ( playback ENC out level 1-L VHRO1L V ENC out level 1-R VHRO1R V ENC out level 3-L VHRO3L V ENC out level 3-R ...

Page 5

... DIN audio, Vol CTIB1 VRFC 10 dB CTIB2 TV, AUX and BS1 in 10 dBS 1 kHz, DIN audio, Vol CTIB2 VRFC R-channel 10 dBS, 1 kHz DIN audio, Vol CTTRL VVOLL 10 dB AN3664NFB Min Typ Max Unit 2.0 0 2.0 dBS 2.0 0 2.0 dBS 9.0 7.5 6.0 dBS 9 ...

Page 6

... AN3664NFB Electrical Characteristics at V Parameter Symbol Crosstalk between channels CTTRR * Output mode crosstalk 1 (Normal select Output mode crosstalk 2 (HiFi select Output mode crosstalk 3 (BS1 monitor mode Output mode crosstalk 4 (BS2 monitor mode) Crosstalk between ENC out CTENRL TV in R-channel ...

Page 7

... BPF12 f 1.45 MHz C BPF12/BPF11 BPF13 f 1.15 MHz C BPF13/BPF11 BPF15 V (1.05M (1.45M) BPF21 BPF monitor (R-channel) NTSC mode, f 1.7 MHz C BPF22 f 1.85 MHz C BPF22/BPF21 BPF23 f 1.55 MHz C BPF23/BPF21 AN3664NFB Min Typ Max Unit 135 185 235 mV[p-p] 9.5 11.0 12 6.5 8.0 9 160 140 120 kHz 160 140 120 kHz 120 ...

Page 8

... AN3664NFB Electrical Characteristics at V Parameter Symbol 1.4 MHz BPF frequency * 2 characteristics 1 1.4 MHz BPF frequency * 2 characteristics 2 1.4 MHz BPF frequency * 2 characteristics 3 1.4 MHz BPF frequency * 2 characteristics 5 1.8 MHz BPF frequency * 2 characteristics 1 1.8 MHz BPF frequency * 2 characteristics 2 1.8 MHz BPF frequency * 2 characteristics Playback out level 1-L VHPO1L * 2 Playback out level 1-R ...

Page 9

... Nor. rec. in & DIN audio Nor. rec. in & DIN audio 3HDL RF recording out 3HDR RF recording out Pin LIMP1L f Pin LIMP1R f Pin LIMP2L f Pin LIMP2R f AN3664NFB Min Typ Max Unit 0.1 2.0 6 135 kHz Dev 2.0 2.0 2.6 2.6 Min Typ ...

Page 10

... AN3664NFB Electrical Characteristics at V Design reference data Note) The characteristics listed below are theoretical values based on the IC design and are not guaranteed. Parameter Symbol 1.3 MHz BPF frequency characteristics 4 1.3 MHz BPF frequency characteristics 6 1.7 MHz BPF frequency characteristics 4 1.7 MHz BPF frequency characteristics 5 1.7 MHz BPF frequency ...

Page 11

... DC measurement OMR Pin 43 impedance Description E-VOL CTL (L-channel) HiFi-AGC det 1 CC1 REF1 1/2 V pin, but concurrently used CC1 for generation of ref. DC shift cur rent of 1/2 V CC2 AN3664NFB Min Typ Max Unit 0.15 V 400 10 10 Voltage fixed : 2.5 V ...

Page 12

... AN3664NFB Terminal Equivalent Circuits (continued) Pin No. Equivalent circuit 4 V CC1 Pin 4, 5, 34, 35 200 2 REF 6 V CC1 Pin 2 REF 8 V CC1 Pin 8, 30 200 9 V CC1 27 k Pin 9, 300 2 200 10 12 Description TV in (L-channel): ...

Page 13

... Typical: 20 dBS (1 kHz Emph. NF (L-channel) In recording, it enables you to evalu ate without an external capacitor as a monitor pin for encode output. 50 Typical: 11 dBS (1 kHz) The time constant in FM emphasis is 50 determined by an external capaci- tance and an inside resistor. 2.5 k N.C. AN3664NFB Voltage 2.5 V 2 ...

Page 14

... AN3664NFB Terminal Equivalent Circuits (continued) Pin No. Equivalent circuit 15 V CC1 CC1 500 Same as a framed zone in pin 16 circuit CC1 100 2 200 14 Description REC FM out PB BPF monitor: The FM output in recording is an 200 R L mix output ...

Page 15

... Mute off: 1 less Selective resistor pin: N.C. is possible at normal use Emph. NF (R-channel): Refer to pin 13 CCA out (R-channel): Refer to pin 12 AN3664NFB Voltage 1 typical carrier level input forced normal 1 more No fixed 0 V Refer to pin 13 Refer to pin 12 ...

Page 16

... AN3664NFB Terminal Equivalent Circuits (continued) Pin No. Equivalent circuit 27 Refer to pin Refer to pin 9 30 Refer to pin CC1 2 REF (Normal input select) 33 Refer to pin 6 34 Refer to pin 4 35 Refer to pin 4 36 Refer to pin CC1 200 37 150 k 2 ...

Page 17

... GND2 Mute R: Impedance at mute Mute L: Impedance at mute: 20 Line out R: Output impedance: approx Line out L: Output impedance: approx. 20 Same as aframed zone AN3664NFB Voltage signal standard signal input ( 10 dB) 6 using CC2 V at using CC2 0 V ...

Page 18

... AN3664NFB Terminal Equivalent Circuits (continued) Pin No. Equivalent circuit 47 V CC2 200 48 Pin 47 Description VU out R: 6.5 V Half-wave rectification output out L: Half-wave rectification output ICs for VCR Voltage 3 standard signal input ( 20 dBS) ...

Page 19

... Data setup time Clock high state hold time Fall time of data and clock signals Data hold time Clock frequency t t LOW STA HD Data is variable HIGH t ; DAT HD Parameter AN3664NFB t ; STO SU Stop condition Symbol Min Max Unit t 4.7 s BUF t ; STA 4 4.7 s LOW ...

Page 20

... High shift (1, 0) Low shift (1, 1) Typical Note Described as 21-pin DC voltage Used for the inspection SUB ADDR. A Acknowledge bit AN3664NFB serial mode Recording FM mix. ratio HiFi input select ( (R/ (0, 1) AUX ( (1, 0) BS2 ...

Page 21

... You need to send the start and stop conditions every time you send one line of data. To change a serial mode setting, you have only to send one line of data on the part to be changed. <Example: in case of sending all data of four lines> 1st line of data 2nd line of data 3rd line of data AN3664NFB 4th line of data 21 ...

Page 22

... AN3664NFB Application Circuit Example 1 4 REF1 ( AUX in ( BS2 in ( BS1 0.047 F 9 510 GND1 L NR ref. (L) 11 100 F 12 0.015 F CCA out (L) 22 BS2 Hi-Fi ICs for VCR ...

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