Panasonic AN3389SB Datasheet

■ Overview

The AN3389SB is a multi-functional recording and play­back IC with built-in auto-tracking interface, and automat­ic head selector at special playback for 4-head VCR.

■ Features

•

Single power supply : VCC=5V typ.

•

Built-in AGC circuit for recording current control

•

Automatic head switching for special playback

•

Built-in an automatic tracking interface

1

ICs for VCR

AN3389SB

Recording/Playback Amplifier IC for 4-Head VCR

Unit : mm

0.35±0.1

15.2±0.3

0.80.1±0.1

0.5

2.85±0.2

1.3±0.251.3±0.25

0.2

+ 0.1

– 0.05

11.93±0.3

8.4±0.3

36-Pin SSOP Package (SSOP036-P-0450A)

■ Absolute Maximum Ratings (Ta=25 ˚C)

Parameter Symbol Rating Unit
Supply voltage
Supply voltage
Power dissipation

Note 2)

Note 2)

Note 3)

Operating ambient temperature
Storage temperature

Note 1)

Note 1)

V

CC

I

CC

P

D

T

opr

T

stg

5.6 V
160
930

–20 to + 70

–55 to + 125

mA

mW

˚C
˚C

Note 1) Ta=25˚C except operating ambient temperature and storage temperature.
Note 2) Guaranteed values if RADJ is 20kΩ or more.

If RADJ is less than 20kΩ, ensure that the stated power dissipation is not exceeded.

Note 3) The power dissipation is that of a package at Ta=70˚C as mounted on the standard PC board.

■ Recommended Operating Range (Ta=25˚C)

Operating supply voltage range

Parameter Symbol Range

V

CC

4.5V to 5.5V

2

ICs for VCR

AN3389SB

36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19

123456789101112131415161718

V

CC

47kΩ

47kΩ

V

CC

VGCTLAGCTLDUMP2

1kΩ

0.01µF

0.1

µF

HOLD

MINDCFB

68pF

68pF

CH2GND2CH1

0.1µF

HEADHEAD

SPCOMDUMP1DUMP2

1kΩ1kΩ

0.01

µF

0.01

µF

REFCH4

0.1µF

68pF

68pF

GND1CH3

0.1µF

HEADHEAD

0.1µF

EPCOMDUMP3CHARGE

RECAGC

DET

V

CC1

1kΩ

0.01

µF

0.1

µF

0.01

µF

33

µF

100µF

V

CC

(typ.5V)

SW1SW2

SW5

SP

(–)

SW4SW3

SW6

SW8SW7

HASW1

CH3

CH4

SW9 SW10

HASW2

CH3 CH4

Rec Det.

Amp.

V–I

1kΩ

MUTE

SW

EF

Det.

AGC

Amp.

HASW

EP SP

ENV

ENV

COMP

SW

AT OUT TIM

S/H V–I

Det.

CHARGE

2

LOGIC (EvSWControl)

MUTE SW

Amp.

HPF

VCA

0.01µF

0.002

µF

0.1µF

0.002

µF

RADJ 47kΩ

SLOW SW

RECEQ

VASEL

(VIDEO : H,

AUDIO : L)

RECIN

AGC OUT

PBRECSW

AGC DET

PLUSCFB

AGC

IN

ICCADJ

RECAGC-

ADJ

0.01

µF

V

CC2

PB OUT GND3 ATOUT

390pF

V

CC

10kΩ

390kΩ

EPSPSW

(EP : H,

SP : L) DEF OUT DEF IN SYNC

PB

CONT

MUTE

SW

AUDIO

IN

0.022

µF

SP

(–)

SP

(+)

EP

(–)

EP

(–)

EP

(+)

+

–

■ Block Diagram

3

ICs for VCR

AN3389SB

60 85 110

PB

I

PCQ

At PB

PB quiescent current

Parameter minCondition typ max UnitSymbol

Rec quiescent current
SLOW SW input "L" (Pin36)
Rec/PB input "L" (Pin33)
MUTE SW input "L" (Pin20)
EP/SP input "H" (Pin25)
EP/SP input "L" (Pin25)
DRUM FF input "H" (Pin23)
DRUM FF input "L" (Pin23)
SYNC input "H" (Pin22)
SYNC input "L" (Pin22)
PB CONT input "H" (Pin21)
PB CONT input "M" (Pin21)
PB CONT input "L" (Pin21)
DRUM FF output "H" (Pin24)
DRUM FF output "L" (Pin24)
PB voltage gain
Between CHs gain difference
PB output 2nd harmonics distortion
Input-conversion noise

I

RCQ

V

SL

V

RP

V

MS

V

DFL

V

SYH

V

SYL

V

PCH

V

DOH

GV

∆GV

HDP2

NV

90 120 150

PB

0 1.8
0 1.3
0 1.4

2.9 5.0
0 2.1

1.7 5.0
0 1.0

1.5 5.0
0 0.7

3.8 5.0

1.9 3.1
0 1.1

4.0 5.0
0 1.0

57.5 60.0 62.5
–1.0 0 1.0

V

ESH

V

ESL

V

DFH

V

PCM

V

PCL

V

DOL

At Rec
Input level at SLOW
Input level at Rec
Input level at MUTE OFF

Note
mA
mA

V
V
V
V
V
V
V
V
V
V
V
V
V

V
dB
dB

■ Electrical Characteristics (Ta=25±2˚C)

dB

PB

– 45 – 40 PB

1.0

µVrms

Head change-over DC unbalance
SP selection in AUTO
EP selection in AUTO

–100 0 100

0 1.0

4.0 5.0

V

SP

V

EP

∆V

23

PB
PB
PB

f= 4MHz, 0.5mV

P–P

, CH1 to CH4

I

OUT

= –2mA

IIN= 2mA

f= 4MHz, 0.5mV

P–P

, CH1 to CH4

f= 4MHZ, 0.5mV

P–P

, 8MHz/4MHz

Rg= 10Ω, 1MHzBPF, output/GV
Rg= 10Ω, output DC difference
CH1, CH4 input,Pin24 DC measurement
CH2, CH3 input,Pin24 DC measurement

mV

V

V

V

CA1

V

CA2

AGC level
AGC control characteristics
AGC output 2nd harmonics distortion
Rec amp. gain

Rec AGC level

Rec AGC control characteristics
Recording current 2nd harmonics

distortion
Muting ratio

IOR
I

AGC

HDR2

MR

R

C

∆V

CC

255 320 390

02

–50 – 40

260 360 465

17.8 20.0 22.4

0 1.2

– 40 –35

– 45 – 40

V

AGC

∆V

AGC

HDA2

PB
PB

Rec
Rec

Rec

Rec

Rec

PB

PB

Common terminal ON resistance
Input terminal ON resistance

Output DC drift
VCA output voltage 1

(amp. gain)
VCA output voltage 2

(amp. f characteristics)

∆I

AGC

R

I

f= 4MHz, 40mV

P–P

f= 4MHz, 500mV

P–P

f= 4MHz, 500mV

P–P

f= 4MHz, 20mV

P–P

SW5, SW6 ON
SW1 to SW4 ON

f= 4MHz, 125mV

P–P

R

AGC

= 18kΩ

f= 4MHz, 250mV

P–P

R

AGC

= 18kΩ

f= 4MHz, 125mV

P–P

R

AGC

= 18kΩ

f= 4MHz, 125mV

P–P

R

AGC

= 18kΩ

Supply voltage when Rec circuit is
not operating in PB

Video side 6dB amp.
f= 4MHz, 1mV

P–P

Video side 6dB amp.
f= 4MHz/6MHz, 1mV

P–P

510
510

4.5

– 0.15 0.05 0.30

– 0.15 0.05 0.30

PB

mV

P–P

dB
dB

mS

mA

P–P

dB

dB

dB

Ω

Ω

V

V

V

V

CA3

V

CA4

PB

PB

VCA output voltage 3
CHARGE Pin2

VCA output voltage 4
CHARGE Pin2

AUDIO–SP mode

1.2V

P–P

input

VIR= 120kΩ
AUDIO–SP mode

0.2V

P–P

input

VIR= 120kΩ

0.30 0.70 1.20

0.50 0.75 1.00

V

V

4

ICs for VCR

AN3389SB

V

CA5

PB

PB

VCA output voltage 5
CHARGE Pin2

Droop voltage
HOLD Pin15

V

DLP

AUDIO–SP mode

0.1V

P–P

input

VIR=120kΩ
AUDIO–SP mode

0.4V

P–P

input

HOLDC= 0.01µF

0.50 0.75 1.00

50 150

V

mV

PB

PB
PB

PB

Saturation voltage (VCC side)
ATOUT Pin26

Saturation voltage(GND side)
ATOUT Pin26

Offset voltage
ATOUT Pin26

V/A SEL input "L" (Pin35)

V

SAT

G

SAT

V

OFS

V

ATH

Input condition

AUDIO–SP mode in no signal

AUDIO –SP mode

0.6V

P–P

input

HOLDC= 0.01µF
AUDIO–SP mode

0.6V

P–P

input

HOLDC= 0.01µF

4.6 4.9

0.1 0.4

0.1 0.4

0 0.7

V

V

V

V

(–35)

dB

CT

HDP3

HDA3

CM1

HSW, HASW change-over
Rg=10Ω

f= 4MHz, 500mV

P–P

fy= 4MHz, 20mA

P–P

fc= 630kHz, –13dB

Crosstalk

PB output 3rd harmonics distortion
AGC output 3rd harmonics distortion

Recording current cross
modulation (±fc)

(– 40)
(– 40)dBdB

Note) Values with an asterisk are typical ones and not guaranteed values.

f= 4MHz, 0.5mV

P–P

12MHz/4MHz

HDR3

f= 4MHz, 125mV

P–P

Recording current 3rd harmonics distortion

(– 40) dB

(–50) dB

CM2

fy= 4MHz, 20mA

P–P

fc= 630kHz, –13dB

Recording current cross
modulation (±2fc)

(–50) dB

■ Electrical Characteristics (cont.) (Ta=25±2˚C)

(– 45)

(–50)

(– 45)

Parameter minCondition typ max UnitSymbol

Note

V

CC

CHARGE
Rec AGC detection
Ch3 damping adjustment
Playback common

Pin No.

1

2

3

Pin name

AFM signal gain control input
VFM signal gain control input
AFM signal input
Rec. mute switch input
Playback mode control input

17
18

19
20
21

Rec. EP

(+)

amp. output

4

SYNC signal input

22

Playback amp. ch3 signal input

5

DRUM FF signal input

23

Rec. EP

(–)

amp. output

DRUM FF signal output

24

GND

6

EP/SP switch input

25

Playback amp. ch4 signal input

Automatic tracking signal output

26

Rec. EP

(–)

amp. output

7

GND

27

Playback ref. voltage output

8

Playback amp. output

28

Ch4 damping adjustment

9

V

CC

29

Ch1 damping adjustment10Rec. AGC level adjustment

30

Playback common

Playback AGC signal input

31

Rec. SP

(+)

amp. output

11

Playback AGC detection

32

Playback amp. ch1 signal input12Rec. positive amp. DCFB
Rec. SP

(–)

amp. output

Playback AGC signal output

33

GND

13

Playback/Rec. switch input

Playback amp. ch2 signal input

14

Rec. amp. signal input

34

Rec. SP

(–)

amp. output

VFM/AFM switch input

35

HOLD

15

Slow switch input

36

Rec. (–) amp. DCFB Rec. equalization
Ch2 damping adjustment

16

Pin name

Pin No.

■ Pin Descriptions

■ Reference

Glass-epoxy board
(50mm × 50mm × t0.8mm)
Rthj—a=86˚C/W
PD=1453mW (25˚C)

IC without heatsink
Rthj-a=124˚C/W
PD=1008mW (25˚C)

0 25 50 75 100 125 150

0

200

400

600

800

1000

1008

1200

1400

1453

1600

Ambient temperature Ta (˚C)

Power dissipation P

D

(mW)

PD—T

a

1800