Darlington Arrays [these high-voltage, high-current arlingto

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ULN2003/ULN2004 High-Voltage, High-Current
Darlington Arrays
[these high-voltage, high-current
arlington arrays comprised seven silicon darlington pairs common monolithic substrate. units have open-collector outputs integral diodes inductive load transient suppression.
ULN2003 series base resistor each darlington pair, allowing operation directly with CMOS operating supply voltage These devices will handle numerous interface needs particularly those beyond capabilities standard logic buffers.
[device number designation
VCE(MAX)
IC(MAX) 500mA
Logic Type Number
TIL, CMOS ULN2003
6-15 CMOS,PMOS ULN2004
ULN2004 10.5 series input resistor that permits operation directly from CMOS PMOS outputs utilizing supply voltages
ULN2003/ULN2004 original high-voltage, high-current darlington anay. output transistors capable sinking will sustain least state. Output paralle-led higher load-current capability.
ULN2003/ULN2004 darlington arrays furnished 16-Pin dual in-line plastic package. These also supplyed hermetic dual in-line package military aerospace applications.
ALLOWABLE AVERAGE POWER DISSIPATION FUNCTION AMBIENT TEMPERATURE
DEVICE
AMBIENT TEMPERATURE IN'C
3711402
This Material Copyrighted Respective Manufacturer
ULN2003/ULN2004 High-Voltage, High-Current
Darlington Arrays
(absolute maximum ratings
Free Temperature (unless otherwise noted)
Input Voltage, (ULN2003, ULN2004
Continuous Input Current, Im.25
Power Dissipation, Darlington pair ).1.0
(total package).2.0
Operating Ambient Temperature Range, TA.- 20*C 85"C
Storage Temperature Range, Ts.-55"C to+150=c
Debate rate 16.67 mW/t above Under normal operating conditions, these devices will sustain output with Vce<sta)= with pulse width duty cycle 34%.
(partial schematics
Series ULN2003
(each driver)
Series ULN2004
(each driver)
AREA NORMAL OPERATION WITH STANDARD SCHOTICY
INPUT VOLTAGE
^SiU-
INPUT VOLTAGE -Vor
PEAK COLLECTOR CURRENT FUNCTION DUTY CYCLE
CENT DUTY CYCLE
371=1402 GGDlEflb
This Material Copyrighted Respective Manufacturer
ULN2003/ULN2004 High-Voltage, High-Current
Darlington Arrays
(ELECTRICAL CHARACTERISTICS +25t otherwise noted
Characteristic Symbol Test Fig. Applicable Test Conditions Limits
Devices Min. Typ. Max. Units
Output Leakage Current Icex Vce=50V,Ta=2S-C
Vce=50V,Ta=70'C
ULN2004 Vce=50V, Ta=70"C Vk=1.0V
Collector Emitter vceisat) Ic=100mA, Is=250(iA
Saturation Voltage Ic=200mA, Is=350nA
Input Current Ic=350mA, ls=500uA
IrNroK) ULN2003 Vin=3.S5V 0.93 1.35
ULN2004 Vm=5.0V 0.35
Vix=12V 1.45
iln(off3 Ic=500iiA, TA=70<C
Input Voltage Vce-2.0V, Ic=200mA
VlN(ON) ULN2003 Vce=2.0V, Ic=2S0mA
Vce=2.0V, Ic=300mA
Vce=2-0V, Ic=125mA
ULN2004 Vce=2.0V, Ic=200mA
Vce=2.0V, Ic=27SmA
Vce=2.0V. Ic=350mA
Input Capacitance
Turn-On Delay tPLH 0.25
Turn-Off Delay tpHL 0.25
Clamp Diode Vr=50V, Ta=25<C
Leakage Current Vr=50V, T,=70t
Clamp Diode Forward Voltage lF=350mA
COLLECTOR CURRENT FUNCTION SATRATION VOLTAGE
SATURATION V0LTAGE-V CE(SAT)
COLLECTOR CURRENT FUNCTION INPUT CURRENT
^LiUXniUU REQUIRED INPUT CURRENT
INPUT CURRENT INjuA.Im
371^402
This Material Copyrighted Respective Manufacturer
ULN2003/ULN2004 High-Voltage, High-Current
Darlington Arrays
(nTPUT CURRENT FUNCTION INPUT VOLTAGE
SERIES ULN2003 SERIES ULN2004
LOAD
ULN2003/5D
lhLAMP TEST
BUFFER HIGH-CURRENT LOAD
FULL-UP RESISTORS INCREASE DRIVE CURRENT
ULN2003
371^02
This Material Copyrighted Respective Manufacturer
ULN2003/ULN2004 High-Voltage, High-Current
Darlington Arrays
[test figures
OPEN
Jvcx
figure
OPEN
figure
OPEN
figure
OPEN
figure
OPEN
UiA)
figure
OPEN
figure
FIGURE
figure
371=1402 0001201
This Material Copyrighted Respective Manufacturer

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