MITSUBISHI Transistor-Array User Manual

Transistor-Array series

Wide products range help reduce applications sets size and weight

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Vending machines

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Sequencers

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Measurement instruments

●

Elevators

●

Air-conditioner

●

Fan heater

●

Washing machine

●

Refrigerator

●

Hot water dispenser

Function reference. Codes for transistor array type name

Application reference

Quick reference

Circuit/Pin connection

Thermal derating factor characteristics

P3

P4

P5

P7

P14

How to use

P15

Application examples

P17

Package outlines

P21

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Arcade games

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Slot machine

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Copy machine

●

FAX

●

Printer

●

Calculator with printer

Transistor Array is a semiconductor integrated circuit in which a minute input current enables a high current drive. Transistor Arrays are used in a wide range of fields therefore they are available in an abundant product series

(

30mA to 1.5A/20V to 80V). Utilization of surface-mount packages also enables compact, lightweight, and high density mounting of the target applications sets.

A

m

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e

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O

f

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t

1

Application

Function reference

Output withstand voltage

High withstand

voltage

(50V MIN.)

High withstand

voltage

(50V MIN.)

3V line

Low withstand

voltage

(50V less than)

Collector current Output format Input active level Type name

M54523P/FP M54525AGP M54526P/FP M54532P/FP M54585P/FP/KP M54666P M63823P/FP/GP M63826P/FP/GP M54567P/FP M54587P/FP M54661P/FP M54562P/FP M54563P/FP M54564P/FP M63800FP M54667P

M54566P/FP M54583P/FP

M54580P/FP

M63820FP/KP M63824GP/KP M63830P/FP M63832GP/KP M63834FP/KP M63836FP/KP

M54516P M54539P M54513P/FP M54514AP/AFP M54517P M54519P/FP M54522P/FP M54527P M54528P M54530P/FP M54531P/FP M54534P/FP M54537P/FP M54571P M54577P M63802P/FP/GP/KP M63803P/FP/GP/KP M63804P/FP/GP/KP M63805P/FP/KP M63806P/FP/KP M63807P/FP/KP M63812P/FP/GP/KP M63813P/FP/GP/KP M63814P/FP/GP/KP M63815P/FP/KP M63816P/FP/KP M63817P/FP/KP M54560P M54561P

:

쏒쏒

Under development

500mA MIN.

500mA less than

500mA MIN.

500mA less than

Sink

Source

Sink

Source

Sink

Source

"H"

"L"

"H"

"L"

"H"

"L"

"H"

"L"

★★ ★★ ★★ ★★ ★★ ★★

Codes for transistor array type name

M

5 M M M

4523

5

4525

6

3802

6

3823

3

P GP

A

KP FP

Package type

.....

P:DIP type FP/GP:SOP type KP:SSOP type

Auxiliary signal Circuit type and circuit kind per product's series Application and the range of ambient temperature for operation Abbreviation shows the Mitsubishi Integrated Circuit

2000

1500

1000

700

500

300

200

150

100

70

50

30

20

10

0

10 20 30 40 50 60 70 80 90 100

Output voltage[V]

Output current [mA]

Lamp

Relay

Wire dot and daisy head

Mini printer head

M54516

쏹

Plunger

쏹

M54580

Fluorescent

LED

쏹

M54667

M54517

쏹

Thermal head

M54537

쏹

M54534

쏹

M54571

쏹

M54561

쏹

M54514A

쏹

M54513

M54519 M54522 M54530 M54531

M63820 M63824 M63832 M63834 M63836

쏒쏒

M63830

쏒쏒

M54527 M54528 M54560

M63802 M63803 M63804 M63805 M63806 M63807 M63812 M63813 M63814 M63815 M63816 M63817

M54523 M54525A M54526 M54562 M54563 M54564 M54585 M54587 M63800 M63823 M63826

M54566 M54583

M54532 M54567

M54661 M54666

M54577

쏹

4

Application reference

쏒쏒

:

Under development

3V line

Quick reference

5

:

Recommended product

쏒쏒

:

Under development

Type name

Package outlines

Unit

LED

Input-

function

voltage

Output

current

Io max

[mA]

Vo max

(V)

Darlington transistor

With output

clamp diode

Mini-frat package

Solenoid Relay

Application Features

Lamp

Low input

voltage

operation

Low VCE

(sat)

Input diode

M63802GP

M63802KP

M63803P

M63803FP

M63803GP

M63803KP

M63804P

M63804FP

M63804GP

M63804KP

M63805P

M63805FP

M63805KP

M63806P

M63806FP

M63806KP

M63807P

M63807FP

M63807KP

M63812P

M63812FP

M63812GP

M63812KP

M63813P

M63813FP

M63813GP

M63813KP

M63814P

M63814FP

M63814GP

M63814KP

M63815P

M63815FP

M63815KP

M63816P

M63816FP

M63816KP

M63817P

M63817FP

M63817KP

M63820FP

M63820KP

M63823P

M63823FP

M63823GP

M63824GP

M63824KP

M63826P

M63826FP

M63826GP

M63830P

M63830FP

M63832GP

M63832KP

M63834FP

M63834KP

M63836FP

M63836KP

16P2S

16P2Z

16P4

16P2N

16P2S

16P2Z

16P4

16P2N

16P2S

16P2Z

18P4G

20P2N

20P2E

18P4G

20P2N

20P2E

18P4G

20P2N

20P2E

16P4

16P2N

16P2S

16P2Z

16P4

16P2N

16P2S

16P2Z

16P4

16P2N

16P2S

16P2Z

18P4G

20P2N

20P2E

18P4G

20P2N

20P2E

18P4G

20P2N

20P2E

20P2N

20P2E

16P4

16P2N

16P2S

16P2Z

16P4

16P2N

16P2S

16P4

16P2N

16P2S

16P2Z

20P2N

20P2E

20P2N

20P2E

7

8

7

8

7

4

7

8

쎻

H

L

Sink

300

500

1500

500

35

50

쎻

쏒쏒

59

60

61

62

63

64

65

66

67

68

69

70

71

72

73

74

75

76

77

78

79

80

81

82

83

84

85

86

87

88

89

90

91

92

93

94

95

96

97

98

99

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

Type name Circuit diagram Pin connection

Package

outlines

Io max.

(mA)

Vo max.

(V)

8

10

NC

GND

12131415 11161718

75432619

9

11

NC NC

NC GND

13141516 12171819

865437220110

NC

910111213141516

GND

86543721

NC

910111213141516

GND

86543721

NC NC

91011121314

GNDNC

8

6543721

8

10

COM

GND

12131415 11161718

75432619

9

11

NC COM

NC GND

13141516 12171819

865437220110

7

NC : No connection

M54513P/FP

4050

M54514AP/AFP

2050

M54516P

25500

M54517P

25400

M54519P/FP

40400

M54522P/FP

40400

18P4G

20P2N

2K

13.6K

IN

OUT

GND

2.8K

10K

IN

OUT

GND

20K

2K

IN

OUT

GND

20K

2K

IN

OUT

COM

GND

16P4

16P2N

14P4

16P4

16P2N

18P4G

20P2N

Circuit/Pin connection

M54523P/FP

50500

9

COM

10111213141516

8

GND

6543721

2.7K

5K

3K

IN

OUT

COM

GND

16P4

16P2N

8

NC : No connection

Type name Circuit diagram Pin connection

Package

outlines

Io max.

(mA)

Vo max.

(V)

M54525AGP

50500

M54526P/FP

50500

M54527P

40150

M54528P

40150

M54530P/FP

40400

M54531P/FP

40400

M54532P/FP

501500

9

COM

10111213141516

8

GND

6543721

10.5K

5K

3K

IN

OUT

COM

GND

10.5K

5K

3K

IN

OUT

COM

Vz=7V

GND

20K

2K

IN

OUT

COM

GND

COM

91011121314

GND

8

6543721

COM

910111213141516

GND

86543721

9

COM

10111213141516

8

GND

6543721

20K

2K

IN

OUT

COM

GND

340

5.5K 3K

IN

OUT

COM

GND

20K

2K

IN

OUT

COM

GND

9

NCGNDNC

10111213141516

8

COMGNDCOM

6543721

16P4

16P2N

16P2S

14P4

16P4

16P2N

16P4

16P2N

M54534P/FP

20320

16P2N

16P4

9

COM

10111213141516

8

GND

Vcc

STB

6543721

2K

1.6K

380

20K

IN

STB

OUT

COM

Vcc

GND

Circuit/Pin connection

Type name Circuit diagram Pin connection

Io max.

(mA)

M54537P/FP

M54539P

M54560P

Vo max.

(V)

20350

20700

40150

380

Vcc

2K

IN

20K

2K

IN

20K

IN

20K

2K

200

2K

27K

7K

OUT

GND

Vcc

COM

OUT

GND

Vs

OUT

SUB

Package

outlines

Vcc

9

10111213141516

16P4

8

6543721

GND

COMVcc

9

10111213141516

8

6543721

GNDNC

SUB

9

10111213141516

16P2N

16P4

M54561P

M54562P/FP

M54563P/FP

27K

IN

40300

50500

20K

8.5K

IN

3K

IN

7K

3K

20K

7.2K

1.5K

20K

7.2K

1.5K

Vs

OUT

SUB

Vs

OUT

3K

GND

Vs

OUT

3K

GND

NC GND

NC Vs

8

6543721

Vs

GND

10

12131415 11161718

8

75432619

Vs

11

13141516 12171819

9

865437220110

GND

10

12131415 11161718

16P4

18P4G

20P2N

9

M54564P/FP

20K

50500

8K

IN

20K

1.5K

7.2K

50K

Vs

8

75432619

Vs

OUT

3K

GND

NC

GND

1113141516 12171819

18P4G

20P2N

9

865437220110

NC

Vs

NC : No connection

Type name Circuit diagram Pin connection

Io max.

(mA)

M54566P/FP

M54567P/FP

Vo max.

(V)

50400

501500

20K

IN

8K

IN

22K

8K

2.7K

7.2K

3K

2K

5.5K

3K

Vcc

OUT

Vcc COM OUT

GND

Package

outlines

Vcc

9

10111213141516

16P4

8

6543721

GND

COMGNDCOM

9

10111213141516

8

6543721

VccGNDVcc

16P2N

16P4

16P2N

M54571P

M54577P

M54580P/FP

V

B

7K

50K

22K

150

10K

3K

30K

Vcc

OUT

GND

Vs

OUT

GND

4.3K

IN1

30K

V

Vs I

VZ VS

IDF

GND

2K

20K

40350

23K

3030

50150

IN

100K

30K

IN

7K

OUT1

600

2K

B VZ VP COM

DF NC GND

4.3K

IN6

30K

OUT6

V

P

600

2K

COM

GND

20P4

11

13141516 12171819

9

865437220110

Vcc

9

10111213141516

8

6543721

GND

9Vs10111213141516

16P4

8

6543721

GND

16P2N

M54583P/FP

Vcc

10

12131415 11161718

7K

50400

IN

2.7K

7K

7.2K

Vcc

OUT

GND

3K

NC Vcc

8

75432619

GND

11

13141516 12171819

18P4G

20P2N

9

NC GND

865437220110

NC : No connection

10

11

NC : No connection

M54585P/FP/KP

50500

M54587P/FP

50500

M54661P/FP

801500

M54666P

801500

M63800FP

50500

18P4G

20P2N

20P2E

20P4

16P4

16P2N

20P2N

8

10

COM

GND

12131415 11161718

75432619

7.2K

2.7K

3K

IN

OUT

COM

GND

9

11

NC COM

NC GND

13141516 12171819

865437220110

9

COMGNDVcc

10111213141516

8

NCGNDCOM

6543721

9

11

COM Vcc

NC GND

13141516 12171819

865437220110

910111213141516

8

COMCOM

6543721

GND

7K

2.7K

3K

7K

7.2K

IN

COM OUT

Vcc

GND

IN

7K

1K

3K

7K

7.2K

COM OUT

Vcc

GND

COM

IN

ENABLE

OUT

GND

9

GND

10111213141516

8

Vs

6543721

3K

20K

7.2K

1.5K

IN

GND

Vs

OUT

M54667P

80500

20P4

9

11

NC SUB

Vs GND

13141516 12171819

865437220110

10K

3K

7.2K

IN

GND

Vcc

Vs

OUT

Circuit/Pin connection

Type name Circuit diagram Pin connection

Package

outlines

Io max.

(mA)

Vo max.

(V)

12

NC : No connection

M63802P/FP/

GP/KP

M63803P/FP/

GP/KP

M63804P/FP/

GP/KP

M63805P/FP/

KP

M63806P/FP/

KP

M63807P/FP/

KP

M63812P/FP/

GP/KP

M63813P/FP/

GP/KP

M63814P/FP/

GP/KP

35300

16P4

16P2N

16P2S

16P2Z

18P4G

20P2N

20P2E

8

10

NC

GND

12131415 11161718

75432619

9

11

NC NC

NC GND

13141516 12171819

865437220110

10.5K

10K

IN

OUT

Vz=7V

GND

10.5K

10K

IN

OUT

Vz=7V

GND

2.7K

10K

IN

OUT

GND

10.5K

10K

IN

OUT

GND

2.7K

10K

IN

OUT

GND

10.5K

10K

IN

OUT

GND

9NC10111213141516

8

GND

6543721

10.5K

10K

IN

COM OUT

Vz=7V

GND

16P4

16P2N

16P2S

16P2Z

9

COM

10111213141516

8

GND

6543721

10.5K

10K

IN

COM OUT

GND

2.7K

10K

IN

COM OUT

GND

Type name Circuit diagram Pin connection

Package

outlines

Io max.

(mA)

Vo max.

(V)

13

M63815P/FP/

KP

35300

M63816P/FP/

KP

35300

M63817P/FP/

KP

35300

18P4G

20P2N

20P2E

9

11

NC COM

NC GND

13141516 12171819

865437220110

8

10

COM

GND

12131415 11161718

75432619

10.5K

10K

IN

COM OUT

GND

2.7K

10K

IN

COM OUT

GND

10.5K

10K

IN

COM OUT

Vz=7V

GND

20P2N

20P2E

16P4

16P2N

16P2S

16P2N

16P4

16P2N

16P2S

M63823P/FP/

GP

50500

M63824GP/KP

쏒쏒

50500

M63830P/FP

쏒쏒

501500

2.7K

3K

7.2K

IN

COM OUT

GND

M63820FP/KP

쏒쏒

50500

1.05K

3K

7.2K

IN

COM OUT

GND

M63826P/FP/

GP

50500

10.5K

3K

7.2K

IN

COM OUT

GND

1.05K

3K

7.2K

IN

COM OUT

GND

9

11

NC COM

NC GND

13141516 12171819

865437220110

9

COM

10111213141516

8

GND

6543721

16P4

9

COM

10111213141516

8

GND

6543721

9

COM

10111213141516

8

GND

6543721

9

COMGNDCOM

10111213141516

8

VccGNDVcc

6543721

3.5K

760

3K5.5K

22K

IN

GND

OUT

COM

Vcc

16P2S

16P2Z

NC : No connection 쏒쏒

:

Under development

Circuit/Pin connection

Type name Circuit diagram Pin connection

Io max.

(mA)

Vo max.

(V)

Package

outlines

14

Thermal derating factor characteristics

2.5

2.0

1.92

16P4 (Output current 1.5A product type)

16P4

20P2N

16P2N

16P2S

16P2Z

20P2E

18P4G,20P4

1.79

1.47

1.152

1.074

0.882

0.66

0.60

0.48

0.468

0.408

1.10

0.80

0.78

0.68

1.5

1.0

0.5

0

0255075100 125 150

Power dissipation Pd

(

W

)

Ambient temperature Ta

(

°

C

)

Tj(Max

)

=

15 0°C

Thermal derating factor characteristics

M63834FP/KP 50500

M63832GP/KP 50500

M63836FP/KP

쏒쏒

50500

9

11

NC Vcc

NC GND

13141516 12171819

865437220110

9

11

COM Vcc

NC GND

13141516 12171819

865437220110

3.5K

1.05K

3K7.2K

20K

IN

GND

OUT

COM

Vcc

20P2N

20P2E

20P2N

20P2E

16P2S

16P2Z

3.5K

1.05K

3K7.2K

20K

IN

GND

OUT

Vcc

3.5K

1.05K

3K7.2K

20K

IN

GND

OUT

Vcc

9

Vcc

10111213141516

8

GND

6543721

Type name Circuit diagram Pin connection

Package

outlines

Io max.

(mA)

Vo max.

(V)

NC : No connection 쏒쏒

:

Under development

15

M54561P

OUT

SUB

IN

27k

20k

7k

Vs

3k

PchMOS

NchMOS

V

DD

M54531P/FP

OUT

GND

IN

20k

COM

2k

VI=앐40V

OUT

GND

IN

20k

2k

M54519P/FP

VCC

GND

OUT

IN

20k

8k

7.2k

Vs

3k

50k

1.5k

20k

2k

20k

OUT

GND

IN

30k

7k

Vs

50k

-V

CC

M54580P/FP

M54564P/FP

Fluorescent display tube

Segment drive

OUT

GND

2.7k

7.2k

COM

3k

IN

PchMOS

NchMOS

V

DD

M54585P/FP/KP

How to use

Mitsubishi transistor array is a semiconductor integrated circuit formed of 4 to 8 circuits containing transistors that can operate at an output withstand voltage of 30 to 80V and an output current of 50 to 1,500 mA. This transistor array has a variety of specifications, some of which will be introduced here.

Examples of connections with C-MOS ICs are shown here. This type of C-MOS output current can be either the "sink" or "source" type. Connection examples are shown in Figs. 1 and 2.

Fig. 3 shows the internal circuit of a transistor array into which an input diode is built. Negative voltage can be applied using this diode.

There are two output current format types, the current sink type (intake type) and the source type (supply type). Example applications of these are shown in Figs. 4 and 5.

Fig. 1. Operating with "H" input

Fig. 3. Negative input applied voltage type

Fig. 2. Operating with "L" input

Output sink, source type

Fig. 4. Output sink type application example

Fig. 5. Output source type application example

Negative input applied voltage type

1

2

3

Direct operation with C-MOS IC

16

(a)No clamp diode (b)Clamp diode only (c)Clamp diode

+ Zener

10k

OUT

GND

IN

2.7k

COM

M63813P/FP/GP/KP

VO(@200mA)=VCE(sat)=0.3V

VCE(sat)

VO

OUT

GND

IN

2.7k

7.2k

COM

3k

M63823P/FP/GP

VO(@200mA)=VBE+VCE(sat)=1.0V

VCE(sat)

VBE

VO

Input voltage waveform

L

H

0V

No clamp diode

Clamp diode V

F

Output voltage waveform

Reverse voltage

Output current waveform

Time t

0mA

V

Z+VF

VS

No clamp diode

Clamp diode +

Zener diode

Clamp diode only

OUT

GND

L

V

S

OUT

GND

L

COM

V

S

OUT

GND

L

COM

V

S

250

0

200

150

100

50

Output saturation voltage and collector current characteristics

0 1.21.00.80.60.40.2

Output saturation voltage VCE(sat) (V)

Collector current IC(mA)

M63813

(IB=2mA)

M63823

(II=0.5mA)

The output transistor formats are the Darlington type and the single type. The Darlington type shown in Fig. 6 can generate high operation current from a minute input current, but the output saturation voltage is 0.95 to

1.05V. The single type shown in Fig. 7 can keep the saturation voltage low. The output saturation voltage and collector current characteristics of these two types are shown in Fig. 8.

Fig. 6. Darlington type

Fig. 8. Output saturation voltage and

collector current characteristics

Fig. 7. Single type

4

Low output saturation type

Fig. 9. Output voltage and current waveform

during L load operation

Fig. 10. Method for protecting the transistor during L load operation

5

Built-in output clamp diode type

When operating under an inductive(L) load, such as a relay or motor, the built-in clamp diode shown in Fig. 10(b) is used to protect the circuit from the reverse voltage that occurs when the transistor array is turned off. When only the clamp diode is connected, the flow time of the current in the clamp diode is long and the switching sometimes

deteriorates a little for relays, etc. as shown in Fig. 9. When this is a problem, a Zener diode is inserted at the clamp diode COM terminal(in reverse series) as shown in Fig. 10(c) to improve the current smooth flow. The Zener diode voltage (Vz) should be selected such that V

S

+ VZ + VF < V

BR(CEO)

and a voltage type Zener should be used.

17

M

Vs

Electronic chime

Micro

-computer

Opto isolator

Power relay

Vcc

M63823GP

8

10

12

13

14

15

11

16

7

5

4

3

2

6

1

9

8

10

12

13

14

15

11

16

7

5

4

3

2

6

1

9

Stepping motor

LEDs

M

Micro

-computer

Vs

M63823GP

8

10

12

13

14

15

11

16

7

5

4

3

2

6

1

9

Vcc

M63823GP

8

10

12

13

14

15

11

16

7

5

4

3

2

6

1

9

Stepping motor

Air conditioner example 2 [Internal unit

]

Application examples

Air conditioner example 1 [Internal unit

]

18

Vcc

Vs1

Vs2

Micro

-computer

M54566P/FP

M54583P

8

10

12

13

14

15

11

16

7

5

4

3

2

6

1

9

8

10

12

13

14

15

11

16

17

18

7

5

4

3

2

6

1

9

Power relay

Solenoid valve

Dry

Hand wash

Blanket

Standard

Slightly dirty

Let soak

8

10

12

13

14

15

11

16

7

5

4

3

2

6

1

9

8

10

12

13

14

15

11

16

17

18

7

5

4

3

2

6

1

9

Vcc

M63823P

8

10

12

13

14

15

11

16

7

5

4

3

2

6

1

9

Display panel

Motors and

solenoids drives

Tr iac gate drive

M63823P

Micro

-computer

M54563P

High

Medium

Low

Small

Ver y small

Wash

14 m in

10 m in

8 min

5 min

Rinse

Add water

3 times

2 times

1 times

Spin

6 min

4 min

2 min

Wrinkle reduction

Time remaining

Inspection

min after

Air conditioner example 3 [External unit

]

Washing machine

19

M63826P

M63823P

M54562P

Power relay

Vcc

Micro

-computer

8

10

12

13

14

15

11

16

7

5

4

3

2

6

1

9

8

12

13

14

15

16

5

4

3

2

1

9

8

10

12

13

14

15

11

16

17

18

7

5

4

3

2

6

1

9

Vcc

Vs

Micro

-computer

LEDs

Power relay

Temperature

LEDs

7

6

10

11

Fan heater

Application examples

Refrigerator

Ink jet printer

Micro

-computer

M63823P

1

2

3

4

5

6

7

8

M63823P

2

3

4

5

6

7

8

Vcc

16

15

14

13

12

11

10

9

161

15

14

13

12

11

10

9

Ink jet cartridge electrode

Fax

Micro

-computer

M54532P

16

1

15

2

14

3

13

4

12

5

11

6

10

7

9

8

M54532P

16

1

15

2

14

3

13

4

12

5

11

6

10

7

9

8

Original paper feed

stepping motor

Recording paper feed

stepping motor

Vcc

20

Package outlines

Unit : mm

TYPE 14P4 TYPE 16P4

19± 0.2

14pin 300mil DIP 16pin 300mil DIP

19± 0.2

6.3± 0.15

0.51MIN.

3.3

4.5MAX.

3MIN.

+0.3 –

2.54

0.1

2.54

±0.1

0.5

+0.3

1.5

–

0.1

1.0

7.62

1.5

0.5± 0.1

+0.3

–

0.1

6.3± 0.15

0.51MIN.

3.3

4.5MAX.

3MIN.

+0.0 7

0.27

–

0.05

TYPE 18P4G TYPE 20P4

18pin 300mil DIP

24±0.2

0.27

24±0.2

6.3± 0.15

0.51MIN.

3.3

4.5MAX.3MIN.

+0.3 –

2.54

0.1

2.54

1.2

0.5± 0.1

+0.3

0.1

–

1.0

+0.0 7 –

0.05

20pin 300mil DIP

6.3± 0.15

0.51MIN.

3.3

4.5MAX.

3MIN.

0.5± 0.1

+0.3

1.5

–

0.1

21

0.25

+0.0 7 –

0.05

7.62

0.27

+0.0 7 –

0.05

7.62

Unit : mm

TYPE 16P2N TYPE 16P2S

10.1±0.1

1.27

0.1±0.1

A

2.1MAX.

1. 2 5

16pin 300mil SOP

5.3± 0.1

1.8

+0.1 0

0.4

– 0.05

7. 8 ± 0.3

10± 0.2

1.27

+0.1 0

0.4

– 0.05

TYPE 16P2Z

+0.05

0.2

–

0.02

Detail A

TYPE 20P2N

12.6± 0.1

4°±4°

0.6 ±0.2

20pin 300mil SOP

0.65

5± 0.2

0.22

+0.1 0 – 0.05

4.4± 0.2

1.5

16pin 225mil SOP

0.05MIN.

4.4± 0.2

A

1.9MAX.

1.5

+0.0 5

0.15

0.02

–

Detail A

6.2± 0.3

0.9

0° to 10°

0.4± 0.2

16pin 225mil SSOP

0.05MIN.

6.2± 0.3

0.15

A

1.9MAX.

+0.0 5

0.02

–

0.9

0° to 10°

0.4± 0.2

0.2

A

+0.05

0.02

–

Detail A

2.1MAX.

1.27

0.1±0.1

Detail A

5.3± 0.11.8

TYPE 20P2E

+0.1 0

0.4

– 0.05

6.5±0.1

0.22

4.4±0.1

1.15

+0.10 –0.05

7. 8 ± 0.3

1. 2 5

0.65

4°±4°

0.6 ±0.2

20pin 225mil SSOP

±0.1

0.1

6.4±0.2

A

+0.05 –0.02

Detail A

1.0

0° to 10°

1.45MAX.

0.15

0.5±0.2

22

MITSUBISHI Transistor-Array User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual