MC1416DG - ON Semiconductor - Datasheet.Directory

Order this data sheet by MC141 l/D

HIGH VOLTAGE, HIGH CURRENT

DARLINGTON TRANSISTOR ARRAYS

The seven NPN Darlington connected transistors in these arrays

are well suited for driving [amps, relays, or printer hammers in a

variety of industrial and consumer applications. Their high break-

down voltage and internal suppression diodes insure freedom

from problems associated with inductive loads. Peak inrush cur-

rents to 600 mA permit them to drive incandescent lamps,

The MC141 I,B device is ageneral purpose array for use with

DTL, TTL, PMOS, or CMOS Logic. The MC1412,B contains azener

diode and resistor in series with the input to limit input current

for use with 14 to 25 Volt PMOS Logic. The MC1413,B with a2.7

kQ series input resistor is well suited for systems utilizing a 5 Volt

TTL or CMOS Logic. The MC1416,B uses aseries 10.5 k~ resistor

and is useful in 8to 18 Volt MOS systems.

~~+:,),,,

.iy,,.,,,<’~:>:.,,.

l,{..>...i,1:,<

~$;.:.

‘t:.-

*.:2

MAXIMUM RATINGS (TA =25°C and rating apply to a~$~~ne device in the

package unless otherwise noted.) ~~~:, .,

.~ti.

..... ‘$?..

Rating ,*;;W“valueUnit

Output Voltage ,% ~>~%d’% 50* v

.~,,.>..\\

Input Voltage (Except MC1411) ‘?>!:;;:$,><\\t.-, vi 30 v

~.., ,,,. .

Collector Current —Continuous ... ‘?& ?’

,<\,t,,.*::,&\,~.... Ic 500 mA

Base Current —Continuous IB 25 mA

Operating Ambient Temperature TA ‘c

MC1411-16 –20to +85

MC1411B-16B –40to +85

.,,:,,

Storage Temperature Rx~”~@,% Tstg –55to +150 ‘c

**\i,&

\~,~:: .’

Junction Temperat~~J .TJ 150 ‘c

Maximum Packaget~~~:~~ssipation (See Thermal Information Section)

*Higher voltage ~~@~Wavailable. See your local representative,

..-...,*:..~:,*

.1, ,>.,

?.’.

>,,.“p:

~~$N..,<+

\ss\l~i~\,,.\..k,.

.,~t,.,,>...,,..

.,<.,,,,,.,.,,,...

:*\\,

,!,:~>., X*3.

$,~ *F

,.?,

it,

ORDERING INFORMATION

MC1411P (ULN2001A) MC1411D

MC1412P (ULN2002A) MC1412D

–20° to

MC1413P (ULN2003A) MC1413D +85°C

MC1416P (ULN2004A) MC1416D

MC1411BP (ULQ2001A) MC1411BD

MC1412BP (ULQ2002A) MC1412BD

–40° to

MC1413BP. (ULQ2003A) MC1413BD +85°C

MC1416BP (ULQ2004A) MC1416BD

MC1411,B

MC1412,B

MC1413,B

MC1416,B

,Uu” PSUFFIX

PLASTIC PACWGE

CASE 648-06

PIN CONNECTIONS

OMOTOROLA INC., 1988 DS9383R

ELECTRICAL CHARACTERISTICS (TA “= 25°C unless otherwise noted)

. .

Characteristic SVmbol Min Tvp Max Unit

Output Leakage Current lcEX PA

(*VO =50 V, TA = + 85°C) All Types ——100

(*VO =50 V, TA = + 2WC) All Types 50

(*VO =50 V, TA =+8YC, VI =6,0 V) ——

MC1412,B —500

(*VO =50 V, TA =+85°C, Vl =1.0 V) —

MC1416,B ——500 ~,.,,

Collector-Emitter Saturation Voltage vcE(~at) 3:<$;$;**

(Ic =350 mA, IB =500 PA) All Types —1.1 1.6 ,;~a$;~$k

(Ic =200 mA, [B =350 PA) All Types —0.95 I.qa,‘!;,, $

(Ic =100 mA, IB =250 PA) All Types —0.85 >F.q::*i; ::~

Input Current —On Condition II(on) mA

(V1=17V) MC1412,B —

(VI =3.85 V) MC1413,B —

(vi =5.0 v) MC1416,B —

(V1=12V) MC1416,B —

Input Voltage —On Condition Vl(o”) \%‘JY:k>.jtk,“

,?:Y

(VCE =2.0 V, Ic =300 mA) “~>~,.,j. v

MC1412,B ~+>.

,~J~’ ,<,—

(VCE =2.0 V, Ic =200 mA) 13

MC1413,B ‘.+,,.l,t,:?.w

*. -t” _2.4

(VcE =2.0 V, Ic =250 mA) ,t&\J.s\,\J\3.~,:

MC1413,B *:iT::$_ —2.7

(VcE =2.0 V, Ic =300 mA) .,::,,

MC1413,B ..’.-~<, _—3.0

.$:3),’,,.,,~\..:?\,

(VcE =2.0 V, Ic =125 mA) MC1416,B .t~l{.

.i~,’\’:’xl~,\\’,&, ——5.0

(VcE = 2.0V, Ic = 200 mA) MC1416,B ~’:;;

$:: ——6.0

(VcE =2.0 V, Ic =275 mA) MC1416,B !g:;~’’:~~ — — 7.0

(VcE =2.0 V, Ic =350 mA) MC1416,~ ‘**3> ——8.0

Input Current —Off Condition All ,T~2~,\ Il(off) 50 100 —

(Ic =500 PA, TA =+85°C) ,,~WA

,:? ‘~:+

DC Current Gain ,,,,$<@~$fB hFE 1000 —— —

(VcE =2.0 V, Ic =350 mA) .),>.<~?.~i.,.?~i,.

>),,....

-!!..

Input Capacitance .

.>.,. !,;~” c1 —15 30 pF

Turn-On Delay Time ~?,i

,:,.\:;i.\~

(50Y0EI to 500/0EO) ton —

‘+k ~$1~> 0.25 1.0 ps

\t.it:,,+.l:.

Turn-Off Delay Time ~,,~, .l,:,i\-.,~

,\t>.

(50Y0EI to 5070 EO) ,,$~f-2*

.~:)!i,:, toff —0.25 1.0

.,.., ps

/,V,\..>,

~.:f...,,,,.-.,..,$*

Clamp Diode Leakage Current -~,,X..“

;?:+{.\.::)\.~;

-t?,,>,,,;,.*., TA =+2WC

.$:$%~~kaIR ——50 PA

(vR =50 V) ‘Q\)&

>i~. ,TA = + 8YC ——100

Clamp Diode Forward Voltage .,.?,>:s“’..?l?J.;<

~? \vF —1.5

*:$, ‘~. 2.0 v

(IF =350 mA) ,. ~:>

..!.,’.,**,,..,l:isq.t’>-

*u:-LA- .,-,---- .- l--:--- _..-:,_L!3t_i $Li$L-------- ,-.-, --- --------

400

MC1416,i /

MC1412,B

;200 / /

;’ Ii/

:100 II /

II/

o1J/(

o1.0 2.0 3.0 4.0 5.0“ 8.0 9.0 10 11 12

VI,INPUTVOLTAGE(VOLTS]

@MOTOROLA

FIGURE2—OUTPUT CURRENTversus INPUT CURRENT

400

300 /

AllTVpes

200

100 /

o050 100 150 200 250 300 350 400

11,INPUTCURRENT (PA)

Semiconductor Prodwcts Inc.

TYPICAL CHARACTERISTIC CURVES -TA =25°C (continued)

FIGURE3—TYPICAL OUTPUT CHARACTERISTICS FIGURE 4—INPUT CHARACTERISTICS —MC1412,B

1000, T

100

10 20 30 50 70 100

“~DUTY CYCLE

REPRESENTATIVE CIRCUIT SCHEMATICS

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not assume any Iiabtlity arising out of the application or use of any product orclrcuit described herein: neither does It convey any I!cense under its

patent rights nor the rights of others. Motorola and@are registered trademarks of Motorola, Inc. Motorola, Inc. IS an Equal Employment Oppotiunity/

Affirmative Action Emolover

@MOTOROLA Semiconductor Products Inc.

BOX 20912 ●PHOENIX, ARIZONA 850360 ASUBSIDIARY OF MOTOROLA INC. —

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