BIPOLAR ANALOG INTEGRATED CIRCUITS yPC78M00A SERIES …docs-asia.electrocomponents.com/webdocs/0c26/09007… ·  · 2014-11-27BIPOLAR ANALOG INTEGRATED CIRCUITS yPC78M00A SERIES

BIPOLAR ANALOG INTEGRATED CIRCUITS

yPC78M00A SERIESTHREE TERMINAL POSITIVE VOLTAGE REGULATORS

DESCRIPTIONpPC78MOOA series are monolithic three terminal positive regulators which employ internally current

I imiting,thermal shutdown, output transistor safe operating area protection makethem essentially indestructible .They are improved for load regulation, as comparison of conventional uPC78MOO series .

FEATURES" Wide operation temperature range ." Good regulation (line, load) ." Built-in some protection circuits .(over current protection, SOA protection and thermal shut down)

ORDER INFORMATION

TYPE NUMBER OUTPUT VOLTAGE PACKAGE QUALITY GRADE

APC78MO5AHF 5V,uPC78MO6AHF 6 VgPC78MO7AHF 7 VpPC78MO8AHF 8VpPC78MO9AHF 9V,uPC78MlOAHF 10V

MP-45G(ISOLATED TO-220) Standard

pPC78M12AHF 12 VpPC78M15AHF 15 V,uPC78Ml8AHF 18 VAPC78M24AHF 24 V

Pleasereferto "Qualitygradeon NEC Semiconductor Devices" (Document number [E1-1209) publishedbyNECCorporation to know the specification of quality grade on the devices and its recommended applications .

EQUIVALENT CIRCUIT CONNECTION DIAGRAM0

D2R . R.

R40

QBfR13

Q17

Q12Cho I rrk. Ri, * R12 *R11

OUT

D, Q13 "'R15Q5R16

L~21

R6 Ri R2 Ci Oil

Q7014

R20R7 Q1 :)2 Q,i

Rig'RioQ3Rio R3

GND

Marking1 2 3

M

1 . IN2 . GND3 . OUT

Document No . IC-3170(O.D . No . IC-8083)

Date Published December 1992 MPrinted in Japan 0 NECCorporation 1992

AdLib OCR Evaluation

NEC

ABSOLUTE MAXIMUM RATINGS (Ta = 25 OC)

APC78MOOA SERIES

CHARACTERISTIC SYMBOL RATING UNITInput Voltage VIN 35/40 (Notel) V

Internal Power Dissipation PT 15 (Note2)W

Operating Ambient Temperature Range T.Pt - 30 to + 85 0C

Operating Junction Temperature Range Topt(j) - 30 to + 150 0C

Storage Temperature Range Tstg - 55 to + 150 0C

Thermal Resistance (junction to case) Rth(j-c) 7 0 /W

Thermal Resistance (junction to ambient)l Rth(j-.) 1 65 OC/W

(Notel) pPC78MO5A, 06,07, 08, 09, 10, 12, 15, 18 :35 V,pPC78M24A : 40 V(Note2) Internally limited

TYPICAL CONNECTION

INPUT

Di

,uPC78MOOAOUTPUT

CIN

I-J

COUT

z

-- riP D2

~

C1 : Required if regulator is located an appreciable distance from power supply filter .

C2 : More than 0.1 gF

Di : Needed for VIN < VO

D2 : Needed for Vo < GND

RECOMMENDED OPERATING CONDITIONS

CHARACTERISTIC SYMBOL MIN . TYP. MAX. UNIIpPC78MO5AHF 7 10 25yPC78M06AHF 8.5 11 25yPC78MO7AHF 9.5 12 25yPC78M08AHF 10.5 14 25

eIn ut Volta VINpPC78MO9AHF 11 .5 15 25

Vp gyPC78M10AHF 12 .5 17 28pPC78Ml2AHF 14.5 19 30pPC78Ml5AHF 17.5 23 30pPC78Ml8AHF 21 27 30APC78M24AHF 27 33 38

Output Current 10 All 5 350 mA

Operating JunctionTemperature Range T.pt(j) All -30 + 125 C

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AdLib OCR Evaluation

NEC

ELECTRICAL CHARACTERISTICS APC78MO5A(VIN = 10 V, I o = 350 mA, 0 OC -~- Ti :-s + 125 'C)

PC78MOOA SERIES

CHARACTERISTIC SYMBOL TEST CONDITIONS MIN. TYP. MAX. UNIT

Tj = 25 'C 4.8 5.0 5.2Output Voltage Vo 7 V ~-5 VIN :-5- 20 V, 5 mA :-!:- 1o :-5 350 mA 4 .75 5.25 V

- 30 'C -1 Tj :-5 + 125 'C 4.75 5.25

Line Re ulation REGINTj = 25 'C, 7 V :-5 VIN :-5 25 V, lo = 200 mA 3 20

mvgTj = 25 1C, 8 V -' VIN!-5 25 V, lo = 200 rnA 1 15

Load Re ulation REGL Ti = 25 1C, 5 mA :-5 lo"--5 500 mA 3 20mvg

5 mA :_5 io :-5 200 mATj = 25 1C, 1 10

Quiescent Current IBIAS-

Ti= 25 'C 4 6.0 mA

Quiescent Current ABIAS8 V -~ VIN ~ 25 V, lo = 200 mA 0.8 mA

Change 5 mA -~ lo-- 350 mA 0.5Output Noize Voltage Vn Tj = 25 OC, 10 Hz :-!:- f -:5 100 kHz 40 pVr.m .s .

Ripple Rejection R-R Tj = 25 1C, f = 120 Hz,8 V -' V1N-:5 18 V, lo = 300 mA

68 84 dB

Dropout Voltage VDIF Tj = 25 'C 2.0 VShort Circuit Current 10short Tj = 25 OC, VIN = 35 V 430 mAPeak Output Current 10peak Tj = 25 'C 1 .0 ATemperature Coefficientof Output Voltage AVo/AT lo= 5 mA -0.8 mV/0C

ELECTRICAL CHARACTERISTICS gPC78MO6AWIN = 11 V, I o = 350 nnA, 0 OC -~- Tj :-5 + 125 OC)

CHARACTERISTIC SYMBOL TEST CONDITIONS MIN. TYP. MAX. UNIT

Tj = 25 'C 5.76 6.0 6.24Output Voltage Vo 8.5 V "-5 VIN -:5 21 V, 5 rnA -1 lo :-5 350 rnA 5.7 6.3 V

- 30 'C -1 Tj -:5 + 125 'C 5.7 6.3

LTj = 25 'C, 8.5 V '--S VIN :-5 25 V, lo = 200 mA 4 20

mvine Regulation REGINTj = 25 'C, 9 V -5 VIN :-5 25 V, lo = 200 rnA 1 .2 15

L d R l i REGTj = 25 'C, 5 mA :_5 lo :-5 500 mA 4.8 25

mvoa egu at on LTj = 25 1C, 5 mA :-5 Io :-5 200 mA 2.4

Quiescent Current IBIAS Tj = 25 OC 4 6.0 mA

Quiescent CurrentAIBIAS

9 V :-5 VIN :_5 25 V, lo = 200 mA 0.8mA

Change 5 mA :-5 lo :-5 350 mA 0.5Output Noize Voltage Vn Ti = 25 'C, 10 Hz -5 f :-5 100 kHz 1 45 yVr.m .s .

Ripple Rejection R-R Tj = 25 'C, f = 120 Hz,9 V :-S VIN :-5 19 V, lo = 300 mA

67 83 clB

Dropout Voltage VDIF Ti = 25 'C 2.0 VShort Circuit Current 10short Tj = 25 1C, VIN= 35 V 430 mAPeak Output Current 10peak Tj = 25 'C 1 .0 A

Temperature Coefficientof Output Voltage

AVo/AT lo= 5 mA - 1 .0 mV/1C

3

AdLib OCR Evaluation

NEC pPC78MOOA SERIES

ELECTRICAL CHARACTERISTICS pPC78MO7AWIN = 12 V, I o = 350 mA, 0 OC :_5 Tj :_5 + 125 OC)

CHARACTERISTIC SYMBOL TEST CONDITIONS MIN . TYP. MAX. UNITTj = 25 'C 6.72 7.0 7 .28

Output Voltage Vo 9.5 V -!5- VIN :-5 22 V, 5 mA,-5 lo :-5 350 mA 6.65 7 .35 V- 30 'C -=1 Tj :-5 + 125 OC 6.65 7 .35

Line Re l ti REGTj = 25 OC, 9 .5 V VIN -1 25 V, lo = 200 mA 5 25

vgu a on INTj = 25 'C, 10 V VIN -1 25 V, lo = 200 mA 1 .5 20

m

Load Regulation REGLTj = 25 1C, 5 mA 1--- lo-:5- 500 mA 5.6 30

vTi = 25 OC, 5 mA!_5 lo :-5 200 mA 2.8 15

m

Quiescent Current IBIAS Ti= 25 OC 4 6.0 mA

Quiescent CurrentAI

9.5 V :-5 VIN :-5 25 V, lo = 200 mA 0 .8mAChange BIAS

5 mA :-5 1o 15 350 mA 0 .5Output Noize Voltage Vn Tj = 25 'C, 10 Hz :-5-f :-5 100 kHz 50 Avr.m .s .

Ripple Rejection R-RTj = 25 'C, f =120 Hz,10 V :-5 VIN -:5 20 V, lo = 300 mA

66 82 clB

Dropout Voltage VDIF Tj= 25 'C 2 .0 VShort Circuit Current 10short Ti = 25 OC, VIN= 35 V 430 mAPeak Output Current 10peak Tj = 25 'C 1 .0 ATemperature Coefficientof Output Voltage AVo/AT lo= 5 mA - 1 .1 mV/1C

ELECTRICAL CHARACTERISTICS pPC78M08AWIN = 14 V, lo = 350 mA, O'C -I Tj-::!:- + 125 'C)

CHARACTERISTIC SYMBOL TEST CONDITIONS MIN . TYP. MAX. UNITTj = 25 OC 7 .7 8.0 8.3

Output Voltage Vo 10 .5 V :-5 VIN :-5 23 V, 5 mA :-s lo -~ 350 mA 7 .6 8.4 V- 30 OC -1 Tj -1 + 125 IC 7 .6 8.4

Li R l ti REGTi = 25 'C, 10 .5 V :5 VIN :5 25 V, lo = 200 mA 6 30

vne egu a on INTi = 25 1C, 11 V :5 VIN,--s 25 V, lo = 200 mA 2 25

m

Load Re l ti REGTj = 25 OC, 5 mA!-f- lo :-5 500 mA 6.4 35

vgu a on LrTj = 25 OC, 5 mA -~ lo--- 200 mA 3.2 20

m

Quiescent Current IBIAS Tj = 25 'C 4.2 6.0 A

Quiescent Current AIBIAS10.5 V :-5 VIN-:5 25 V, lo = 200 mA 0.8

mAChange 5 mA :-5 lo-:5 350 mA

_0.5

Output Noize Voltage Vn Tj = 25 OC, 10 Hz --5 f -1 100 kHz 55 AUVr. s .

Ripple Rejection R-RTi = 25 'C, f = 120 Hz,11 .5 V 25 VIN :-!:- 21 .5 V, lo = 300 mA

66 81 clB

Dropout Voltage VDIF Tj= 25 OC 2.0 VShort Circuit Current 10short Tj= 25 1C, VIN= 35 V 430 mAPeak Output Current 10peak Tj= 25 OC 1 .0 ATemperature Coefficientof Output Voltage AVo/AT lo= 5 mA

I- 1 .3 mV/1C

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AdLib OCR Evaluation

NEC

ELECTRICAL CHARACTERISTICS pPC78M09A(VIN = 15 V, I o = 350 mA, 0 OC :-5 Tj :_5 + 125 'C)

PC78MOOA SERIES

CHARACTERISTIC SYMBOL TEST CONDITIONS MIN. TYP. MAX. UNIT

Ti = 25 OC 8.64 9.0 9 .36

Output Voltage Vo 11 .5 V :-5 VIN -=5 24 V, 5 mA :-5 lo :-5 350 mA 8.55 9 .45 V

- 30 OC :-5 Tj :-5 + 125 'C 8.55 9 .45

Ti = 25 -C, 11 .5 V :--< VIN-:5 25 V, lo = 200 mA 6.5 35mvLine Regulation REGIN

Tj = 25 1C, 12 V :-~- VIN :-5 25 V, lo = 200 mA 2 30

Tj = 25 1C, 5 mA :-5 lo :-5 500 mA 7 .2 40mvLoad Regulation REGL

Tj = 25 1C, 5 mA -1 lo :-5 200 mA 3.6 20

Quiescent Current IBIAS Tj = 25 'C 4.2 6.0 mA

Quiescent Current 1 1 .5 V !-5 VIN :-s 25 V, lo = 200 mA 0.8mA

Change AIBIAS5 mA :-5- lo :-5 350 mA 0.5

Output Noize Voltage Vn Ti = 25 OC, 10 Hz :-5- f :-5 100 kHz 60 Avr.m .s .

Ripple Rejection R-RTi = 25 1C, f = 120 Hz,12 V -~ VIN :_5 22 V, lo = 300 mA

65 80 clB

Dropout Voltage VDIF Tj = 25 'C 2.0 V

Short Circuit Current 10short Ti = 25 'C, VIN = 35 V 430 mA

Peak Output Current 10peak Tj = 25 'C 1 .0 A

Temperature Coefficientof Output Voltage AVo/AT lo = 5 mA - 1 .4 mV/,C

ELECTRICAL CHARACTERISTICS APC78IM10A(VIN = 17 V, I o = 350 m A, 0 OC -- Ti :-!:-: + 125 OC)

CHARACTERISTIC SYMBOL TEST CONDITIONS MIN. TYP. MAX. UNIT

Tj = 25 'C 9.6 10.0 10.4Output Voltage Vo 12.5 V :-5 VlN :-5 25 V, 5 mA :-5 lo-:5 350 mA 9.5 10.5 V

- 30 'C :-5 Tj :-5 + 125 'C 9.5 10.5

Li R l i REGTj = 25 OC, 12.5 V :-5 VIN -1 28 V, lo 200 mA 7

- 35mVne egu at on IN

Tj = 25 'C, 14 V -:5 VIN !-5 28 V, lo 200 mA 2 30

L d R l ti n REGLTj = 25 1C, 5 mA-:5 lo-:5 500 mA 8 40

mvoa egu a oTi = 25 1C, 5 mA -5 lo!-5 200 mA 4 20

Quiescent Current IBIAS Ti= 25 'C 4.3 6.0 mA

Quiescent Current 12.5 V :-5 VIN :-5 28 V 0.8mA

Change ABIAS5 mA -~- lo :_5 350 mA 0.5

Output Noize Voltage Vn Ti= 25'C, 10 Hz :-5f :-5 100 kHz 65 AW....

Ripple Rejection R-RTj = 25 1C, f = 120 Hz,13 V -:5 VIN :-5 23 V, lo = 300 mA

64 79 dB

Dropout Voltage VDIF Ti= 25 OC 2.0 VShort Circuit Current 10short Tj = 25 OC, VIN = 35 V 430 mAPeak Output Current 10peak Tj= 25 'C 1 .0 A

Temperature Coefficientof Output Voltage AVo/AT lo= 5 mA

-1 .6

ImV/0C

I

5

AdLib OCR Evaluation

NEC

ELECTRICAL CHARACTERISTICS APC78M12AWIN = 19 V, I o = 350 mA, 0 OC :-5 Tj -,~ + 125 'C)

PC78MOOA SERIES

CHARACTERISTIC SYMBOL TEST CONDITIONS MIN . TYP. MAX. UNITTi = 25'C 11 .5 12 .0 12 .5

Output Voltage Vo 14.5 V -:5 VIN :_5 27 V, 5 mA :-5 lo-:5- 350 mA 11 .4 12 .6 V- 30 'C 55 Tj :-5- + 125 'C 11 .4 12 .6

Li R l i REGTj = 25 1C, 14 .5 V -~ VIN -' 30 V, lo 200 mA 8 40 mvne egu at on INTj = 25 1C, 16 V :-5 VIN ~-5 30 V, lo 200 mA 2 30

Load Re ulati n REGTj = 25 1C, 5 mA!_5 lo ~-s 500 mA 9.6 50

mvg o LTj = 25 'C, 5 mA :-5 lo -1 200 mA 4.8 25

Quiescent Current IBIAS Tj = 25 'C 4.3 6.0 mA

Quiescent CurrentAIBIAS

14.5 V :5 VIN :5 30 V, lo = 200 mA 0.8mAChange 5 mA =~ lo =- 350 mA 0.5

Output Noize Voltage Vn Tj=25'C, 10 Hz=lf :-5 100 kHz 70 JlVr .m .s .

Ripple Rejection R-RTi = 25 1C, f =120 Hz,15 V --`i VIN :-5 25 V, lo = 300 mA

62 78 dB

Dropout Voltage VDIF Tj = 25 IC 2 .0 VShort Circuit Current 10short Tj = 25 1C, VIN = 35 V 430 mAPeak Output Current 10peak Tj = 25 'C 1 .0 A

Temperature Coefficientof Output Voltage AVo/AT lo= 5 mA - 1 .9 mV/1C

ELECTRICAL CHARACTERISTICS gPC78M15AWIN = 23 V, I o = 350 mA, 0 OC :-5 Tj :-!:- + 125 'C)

CHARACTERISTIC SYMBOL TEST CONDITIONS MIN . TYP. MAX. UNITTi = 25 'C 14.4 15.6

Output Voltage Vo 17 .5 V :-5 VIN -:5 30 V, 5 mA :-5 lo -:5- 350 rnA 14.25 15.75 V

- 30 oC Tj -1 + 125 'C 14.25 15.75

Lin R l ti REG Tj = 25 'C, 17 .5 V -' VIN -1 30 V, lo 200 mA 10 50 mve egu a on IN

Tj = 25 'C, 20 V :-5 VIN -:5- 30 V, lo 200 mA 3 40

Lo d R l ti REGTi = 25 1C, 5 mA :_5 Io-:5- 500 mA 12 60 mV

a egu a on LTj = 25 1C, 5 mA --5 lo -1 200 mA 6 30

Quiescent Current IBIAS Tj = 25 'C 4.4 6.0 mA

Quiescent Current AIBIAS 17 .5 V -:!~- VIN -:5- 30 V, lo = 300 mA 0.8mA

Change-

5 mA --5 lo-:5 350 mA. 0.5

Output Noize Voltage Vn Tj = 25 'C, 10 Hz :-5 f -:!:- 100 kHz 85 pVrm.s .

Ripple Rejection R-RTj = 25 OC, f = 120 Hz,18.5 V :-5 VIN :-5 28 .5 V, lo = 300 mA

60 75 clB

Dropout Voltage VDIF Tj = 25 'C 2 .0 VShort Circuit Current 10short Tj = 25 OC, VIN = 35 V 430 mAPeak Output Current 10peak Ti= 25 'C 1 .0 A

Temperature Coefficientof Output Voltage AVo/AT lo = 5 mA F- 2-47 mV/,C

6

AdLib OCR Evaluation

NEC

ELECTRICAL CHARACTERISTICS yPC78M18AWIN = 27 V, Io = 350 mA, 0 'C :-!:- Tj :-5 + 125 'C)

C78MOOA SERIES

CHARACTERISTIC SYMBOL TEST CONDITIONS MIN . TYP. MAX. UNITTj = 25 IC 17.3 18.0 18.7

Output Voltage Vo 21 V :-5 VIN -1 33 V, 5 mA -~- lo -~- 350 rnA 17.1 18.9 V- 30 'C -- Tj :_5 + 125 OC 17.1 18 .9

R l iLiTj = 25 'C, 21 V :-5 VIN 33 V, lo = 200 rnA 10 50

mvegu at onne REGINTj = 25 'C, 24 V :-5 VIN 30 V, lo = 200 rnA 4 40

d R l iLTj = 25 1C, 5 mA -- lo :-s 500 mA 14.4 75

mvegu at onoa REGL Tj = 25 OC, 5 mA :-5 lo ~-5 200 mA 7 .2 40Quiescent Current IBIAS Tj= 25 OC 4.6 6.0 mA

Quiescent CurrentAI

21 V -~ VIN -1 33 V, lo = 200 mA 0.8mAChange BIAS

5 mA !-5 lo :-5 350 mA 0.5

Output Noize Voltage Vn Ti= 25 1C, 10 Hz :_5 f-:5 100 kHz 100 AVr.m .s.

Ripple Rejection R-RTj = 25 OC, f = 120 Hz,22 V !-5 VIN ---5 32 V, lo = 300 mA 57 73 clB

Dropout Voltage VDIF Tj= 25 OC 2 .0 V

Short Circuit Current 10short Tj = 25 OC, VIN = 35 V 430 mA

Peak Output Current 10peak Ti= 25 IC 1 .0 A

Temperature Coefficientof Output Voltage AVo/AT lo= 5 mA -2 .9 mV/,C

ELECTRICAL CHARACTERISTICS gPC78M24AWIN = 33 V, Io = 350 mA, 0 OC :-5 Tj :-5 + 125 OC)

CHARACTERISTIC SYMBOL TEST CONDITIONS MIN . TYP. MAX. UNITTi = 25 'C 23,0 24.0 25.0

Output Voltage Vo 27 V -:5 VIN :-5 38 V, 5 rnA :-5 lo -:5- 350 mA 22.8 25.2 V

- 30 IC :-5 Tj :-!L- + 125 'C 22.8 25.2

Lin R l ti REGTj = 25 'C, 27 V VIN :-5 38 V, lo = 200 rnA 10 50

mve egu a on INTj = 25 OC, 28 V VIN --: 38 V, lo = 200 rnA 5 40

L d R l i REGTj = 25 'C, 5 mA :-5 Io-:5 500 mA 19 .2 100

mvoa egu at on LTj = 25 1C, 5 mA :_5 lo :-s 200 mA 9.6 50

Quiescent Current IBIAS Tj= 25 'C 4.8 6.0 mA

Quiescent CurrentAIBIAS

27 V :-!:- VIN :-5 38 V, lo 200 mA 0 .8mAChange 5 mA :-5 lo :-5 350 mA 0 .5

Output Noize Voltage Vn Tj=25'C, 10 Hz1-f 100 kHz 120 gVr.m .s . .

Ripple Rejection R-RTj = 25 'C, f = 120 Hz,28 V :-5 VIN :-5 38 V, lo = 300 mA

52 68 dB

Dropout Voltage VDIF Ti= 25 'C 2.0 VShort Circuit Current 10short Ti = 25 'C, VIN = 35 V 430 mAPeak Output Current 10peak Tj = 25 'C 1 .0 A

Temperature Coefficientof Output Voltage AVo/AT lo= 5 mA 3.8 mV/1C

AdLib OCR Evaluation

NEC

TYPICAL CHARACTERISTICS (Ta = 25 'C)

20

1 15C:0

10

05

1 .9

PD - T.

OZ .

Without Heatsi r1K 05 'C

0 25 50 75 100 125 150

Ta - Ambient Temperature - OC

VDIF - Ti

2.5

> 2.0Q)

0

1 .0

> 0.5

lo = 500 mA

f35OmA

00

mA

0,

-50 0 50 100 150

Tj - Junction Temperature - 'C

R-R-f00

90Tj = 25 'C

80

700'6 60

50Q)0- 40

300--cr 20

10L0 10 100 1 k 10 k 100 kf - Frequency - Hz

yPC78M00A SERIES

AW - Ti200

> lo = 5 mAE 100-

0-PF-7:~~APC78V!05A"Pc

100

-200N\

-300yPC78MI 2AC78M24A

-400-

-500-

-600 1-50 0 50 100 150

Tj - Junction Temperature - oC

Iope.k - (VINNO)

1 .0

o .8

Q-:5 0 .60M

Q)CL 0 .4

6 0 .2

;~~,-c

(VIN-VO) Input to Output Voltage Differential - V

R-R - lo

UPC78MO5A100

1 1 1 1 11111 111111111901 '4-. I I I -

80

7007U 60-aQ)Cr 50a)CL 40.2-w 30

c~ 20

10n

Tj 25 'Cf 120 Hz

1 10 100 1000

lo - Output Current - mA

8

AdLib OCR Evaluation

NEC

VO - VIN

8 T, = 25 T

71 1pPC78MO5A

> 6

5

4

30> 2

0 1 2 3 4 5 6 7 8

VIN - I nput Voltage -V

Z,

co >-5 E>

.0

LINE TRANSIENT RESPONSE

Tj= 25 'CVIN= 10 V

,uPC78MO5A

0 2 4 6 8 10 12

t - Time - us

0.P

:3 0.2E

Q_:30

2 0.2

>E _0 . :1C

0,5 -0 .1

PC78MOOA SERIES

LOAD TRANSIENT RESPONSE

Tj= 25 'Clo= 500 mAktPC78MO5A

I~

0 10 20 30 40 50 60

t - Time -,us

Ro- f

Tj = 25 *C,HyPC78M05A1

1000(D

co

100E

01 100w

10 100 1 k 10 k 100 k

f - Frequency - Hz

AdLib OCR Evaluation

NEC

PACKAGE DIMENSIONS

3PIN PLASTIC SIP (MP-45G)

APC78MOOA SERIES

P3HF-254B-1

NOTEEach lead centerline is located within 0.25 mm(0.01 inch) of its true position (T.P .) at maxi-mum material condition.

10

ITEM MILLIMETERS INCHES

A 10.4 MAX . 0.41 0 MAX .

B 7.0 0.276

C 1 .2 MIN . 0.047 MIN .

D ±0 .317 .0 +0 .013).669 60 2

E (p3 .3 ±0,2 (PO. 130±0.008F ±0.100 .75 40000.030"B5

G 0.25 0.010

H 2.54 (T . P.) 0.100 (T-P .)

1 5 .0 103 0.197 ~OD12

1 2.66 MAX . 0.105 MAX .

K 4.8 M IN . 0.188 MIN .

L 8.5 0.335

M 8 .5 0 .335

N 4.5 +0.20.177 ±0.008

P+0,22 .8 +0.0090.110 0008

Q 22.4 MAX . ).882 MAX .

U10.52.4 0.0210.094 0020

v100.65+0 +0M40.026 0005

y 8.9+03 0.350 +0,028

z 1 .0 MIN . 0.039 MIN .

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NEC

RECOMMENDED SOLDERING CONDITIONS

PC78MOOA SERIES

The following conditions (see table below) must be met when soldering this product.Please consult with our sales offices in case other soldering process is used, or in case soldering isdone under different conditions .

TYPES OF THROUGH HOLE MOUNT DEVICE

gPC78MOOAHF Series

Soldering process Soldering conditions Symbol

Wave solderingSolder temperature : 260 OC or below .Flow time : 10 seconds or below .

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[MEMO]

pPC78MOOA SERIES

No part of this document may be copied or reproduced in any from or by any means without the prior writtenconsent of NEC Corporation.NEC Corporation assumes no responsibility for any errors which may appear in thisdocument.NEC Corporation does not assume any liability for infringement of patents, copyrights or other intellectualproperty rights of third parties by or arising from use of a device described herein or any other liability arisingfrom use of such device . No license, either express, implied or otherwise, is granted under any patents,copyrights or other intellectual property rights of NEC Corporation or others .The devices listed in this document are not suitable for use in aerospace equipment, submarine cables, nuclearreactor control systems and life support systems. If customers intend to use NEC devices for above applicationsor they intend to use "Standard" quality grade NEC devices for applications not intended by NEC, please contactour sales people in advance.Application examples recommended by NEC Corporation.

Standard : Computer, Office equipment, Communication equipment, Test and Measurement equipment,Machine tools, Industrial robots, Audio and Visual equipment, Other consumer products, etc.

Special: Automotive and Transportation equipment, Traffic control systems, Anticlisaster systems, Anticrimesystems, etc.

M4 92 .6

AdLib OCR Evaluation