Datasheet AN6554NS, AN6554 Datasheet (Panasonic)

AN6554, AN6554NS

Quadruple Operational Amplifiers

■ Overview

The AN6554 and the AN6554NS are quadruple opera­tional amplifiers with phase compensation circuits b uilt-in.
They are suitable for application to various electronic
circuits such as active filters and audio pre-amplifiers.

■ Features

• Phase compensation circuit built-in

• High voltage gain, low noise

• Output short-circuit protection built-in

AN6554

1
2
3
4
5

19.06±0.3

6
7

6.35

3 to 15˚

7.62±0.25

14-pin DIL Plastic Package (DIP014-P-0300D)

1.24

1
2
3

0.4±0.25

4
5
6

1.27

7

14
13
12
11
10
9
8

±0.3

0.3

+0.1

– 0.05

14
13
12
11
10
9
8

Unit:mm

0.5±0.11.22±0.25

2.54

1.1±0.25

3.05±0.254.7±0.25

Unit:mmAN6554NS

10.1±0.3

■ Block Diagram

14-pin PANAFLAT Plastic Package (SOP014-P-0225A)

V

EE

+

–

V

V

in4

O4

14

13 12 11

–

–

1 234567

V

V

O1

in1

(GND)V

in4

+

4

1

+

+

–

V

V

in1

V

in3

10 9 8

V

CC

in2

+

–

V

V

O3

in3

+

–

3

2

–

+

–

+

V

V

O2

in2

0.1±0.1

0.3

4.2±0.3

6.5±0.3

0.15

1.5±0.2

0.45

■ Schematic Diagram

R

3

Q

–

V

in1

2

3

+

V

in1

GND (VEE)

11

3

Q

Q

1

2

C

Q

4

R

1

Q

5

R2R

V

CC

4

R

12

Q

10

Q

8

D

1

Q

6

1

4

R

6

Q

9

R

5

R

7

Q

7

Q

12

Q

13

Q

11

Q

14

R

8

R

9

Q

J

27

1

Q

25

Q

28

R

Q

D

D

17

2

R

R

3

R

18

Q

26

Q

24

Q

22

D

15

23

R

16

Q

21

4

Q

14

20

C

2

R

13

Q

R

11

Q

Q16Q

19

17

–

V

in4

15

13

+

V

in4

12

Q

18

R

10

1

V

O1

–

V

in2

6

R

21

Q

33

Q

Q

29

5

+

V

in2

Q

31

R

19

V

O2

7

■ Pin Descriptions

Pin No.

1

Ch.1 output

2

Ch.1 inverting input

3

Ch.1 non inverting input

4

V

CC

Ch.2 non inverting input

5

Ch.2 inverting input

6

Ch.2 output

7

Pin name

30

Q

32

R20R

14
V

R

30

Q

38

Q

36

D

5

Q

C

34

3

22

R

24

Q

37

R

23

R

25

Q

35

Q

40

Q

41

Q

39

Q

42

R

26

R

27

Q

J

55

2

Q

53

Q

56

R

Q

D

D

35

6

R

R

7

R

36

Q

54

Q

52

Q

50

D

33

51

R

34

Q

49

8

Q

32

48

C

4

R

31

Q

R

29

Q

Q44Q

46

47

43

Q

45

R

28

O4

–

V

in3

9

10

+

V

in3

V

O3

8

Pin No.

8

Ch.3 output

9

Ch.3 inverting input

10

Ch.3 non inverting input

11

V

EE

Ch.4 non inverting input

12

Ch.4 inverting input

13

Ch.4 output

14

Pin name

(GND)

■ Absolute Maximum Ratings (Ta=25˚C)

Parameter

Supply voltage

Voltage

Power dissipation

Temperature

Differential input voltage
Common-mode input voltage

AN6554
AN6554NS

Operating ambient temperature

Storage temperature

AN6554
AN6554NS

Symbol

V

CC

V

ID

V

ICM

P

D

T

opr

T

stg

Rating Unit

36

±30
±15

570
380

–20 to +75
–55 to +150
–55 to +125

V
V
V

mW

˚C

˚C

■ Electrical Characteristics (VCC=15V, VEE=–15V, Ta=25˚C)

Parameter Symbol Condition min typ max
Input offset voltage
Input offset current
Input bias current
Voltage gain

Maximum output voltage

Common-mode input voltage width

V

I (offset)

I

V

O (max.1)

V

O (max.2)

I

IO

bias

V

CM

<

10kΩ

R

S

=

≥

2kΩ, VO=±10V

R

L

=

≥

R

10kΩ

L

=

≥

R

2kΩ

L

=

Common-mode rejection ratio
Supply voltage rejection ratio
Power consumption
Slew rate
Equivalent input noise voltage
Channel separation

SVR µV/V30

P

C

SR V/ µs

=1kΩ, B=10Hz to 30kHz

V

ni

Sep dB110

R

S

f=10kHz

■ Characteristics Curve

100

88G

100

±12
±10 V±13
±12V

70CMR dB90

1.6

Unit

5mV0.5

50 nA5

300 nA

dB

V±14

V±14

100
240 mW

µVrms2.5

GV – f

120

V

CC

V

100

80

(dB)

V

60

40

Voltage Gain G

20

0

1 10 100 1k 10k

Frequency f (Hz)

V

O (max.)

40

36

(V)

32

O (max.)

28

24

20

16

12

8

4

Maximum Output Voltage V

0

1 10 100 1k 10k 100k 1M

Frequency f (Hz)

EE

Ta=25˚C

100k 1M 10M 100M

–f

V
V
Ta=25˚C

=15V
=–15V

=15V

CC

=–15V

EE

V

O (max.) –RL

50

(V)

40

O (max.)

30

20

10

VCC=15V
V

EE

Ta=25˚C

Maximum Output Voltage V

0

100 1k 10k 100k

Load Resistance RL (Ω)

V

O (max.) –VCC

25

20

(V)

15

O (max.)

10

5

0

–5

–10

–15

–20

Maximum Output Voltage V

–25

0 4 8 12 16 20

, V

Supply Voltage VCC=–V

=–15V

EE

RL=2kΩ
Ta=25˚C

EE

(V)

V

– f

ni

30

VCC=15VVEE=–15V

=1kΩ, GV=40dB, Ta=25˚C

R

(nV/Hz)

25

ni

20

15

10

Equivalent Input Noise Voltage V

5

S

10 100 1k 10k

Frequency f (Hz)

S

– f

ep

240

200

(dB)

ep

160

120

80

Channel Separation S

40

0

2

10

V

CC

V

EE

3

10

Frequency f (Hz)

=15V
=–15V

4

10

VO– t

12

10

(V)

8

O

6

4

Output Voltage V

2

0

0 102030405060708090100

Time t (µs)

VCC=15V

=–15V

V

EE

=2kΩ

R

L

Ta=25˚C

V

–
+

V

I

CC –VCC

10

9

8

CC

R

L

2kΩ

EE

7

(mA)

CC

Supply Current I

Ta=–25˚C

6

5

4

3

2

1

0

0 5 10 15 20

25˚C

50˚C

VCC=15V

=–15V

V

EE

Supply Voltage VCC= –VEE (V)