Darlington array HGSEMI ULN2001N supporting up to 50 volts and 500 milliamps collector output current

Name: Darlington array HGSEMI ULN2001N supporting up to 50 volts and 500 milliamps collector output current
Brand: Hefei Purple Horn E-Commerce Co., Ltd.
SKU: ULN2001N
Availability: InStock

Key Attributes

Model Number: ULN2001N

Product Custom Attributes

Current - Collector(Ic):

500mA

Collector - Emitter Voltage VCEO:

50V

Mfr. Part #:

ULN2001N

Package:

DIP-8

Product Description

Product Overview

The ULN2001 is a monolithic high-voltage, high-current Darlington array featuring three independent Darlington drive channels. Each channel can deliver up to 500mA collector output current and withstand voltages up to 50V. Integrated flyback diodes are included for driving inductive loads like relays and stepper motors. The input is compatible with TTL/CMOS logic signals, and each input port includes a 4k pull-down resistor to prevent erroneous load activation due to indeterminate microcontroller states. This device is widely applicable in relay driving, indicator driving, display driving (LED), stepper motor driving, and logic buffering.

Product Attributes

Brand: HGsemi
Product Name: ULN2001

Technical Specifications

Model	Package	Print Name	Packaging	Quantity per Package
ULN2001N	DIP-8	ULN2001	Tube	2000 pcs/box
ULN2001M/TR	SOP-8	ULN2001	Tape & Reel	2500 pcs/reel
ULN2001MM/TR	MSOP-8	2001	Tape & Reel	3000 pcs/reel

Absolute Maximum Ratings (TA=25, unless otherwise specified)

Parameter	Symbol	Value	Unit
Collector-Emitter Voltage (Pins 6~8)	VCE	50	V
COM Terminal Voltage (Pin 5)	VCOM	50	V
Input Voltage (Pins 1~3)	VI	30	V
Collector Peak Current	ICP	500	mA
Output Clamp Diode Peak Forward Current	IOK	500	mA
Total Emitter Peak Current	IET	-2	A
Package Thermal Resistance (SOP8)	JA	125	/W
Package Thermal Resistance (DIP8)	JA	87	/W
Maximum Operating Junction Temperature	TJ	150
Soldering Temperature, 10s	TLEAD	260
Storage Temperature Range	Tstg	-65 to +150

Recommended Operating Conditions (TA=25, unless otherwise specified)

Parameter	Symbol	Condition	Min	Max	Unit
Output Terminal Voltage	VCE(SUS)		0	50	V
Output Current	IOUT	Continuous output, TA= +85		90	mA/ch
Input Voltage	VIN		0	60	V
Input Voltage (Output ON)	VIN(ON)	Iout=400mA	2.8	12	V
Input Voltage (Output OFF)	VIN(OFF)		0	0.7	V
Clamp Diode Reverse Voltage	VR			50	V
Clamp Diode Peak Forward Current	IF			350	mA
Operating Temperature Range	TA		-40	+85
Operating Junction Temperature*	TJ		-40	+125
Power Dissipation (SOP8)	PD	TA= +25		0.8	W
Power Dissipation (SOP8)	PD	TA= +85		0.32	W
Power Dissipation (DIP8)	PD	TA=+25		1.15	W
Power Dissipation (DIP8)	PD	TA= +85		0.46	W

Electrical Characteristics (TA=25, unless otherwise specified)

Parameter	Test Figure	Test Conditions	Min	Typical	Max	Unit
VI(ON) Turn-on State Input Voltage	Figure 4	IC=30mA, TA=0		1.73	2.1	V
		IC=60mA, TA=0		1.76	2.1	V
		IC=120mA, TA=0		1.8	2.2	V
		IC=240mA, TA=0		1.88	2.3	V
		IC=350mA, TA=0		2	2.4	V
		IC=30mA, TA=25		1.63	2	V
		IC=60mA, TA=25		1.66	2	V
		IC=120mA, TA=25		1.69	2.1	V
		IC=240mA, TA=25		1.76	2.2	V
		IC=350mA, TA=25		1.87	2.3	V
		II=800uA (VCE<1.5V), TA=0, IC=30mA		2.21	2.65	V
		II=800uA (VCE<1.5V), TA=25, IC=30mA		2.25	2.7	V
VCE(SAT) Collector-Emitter Voltage Drop	Figure 3	VI=2.4V (II>800uA), TA=0, IC=30mA		0.8		V
		VI=2.4V (II>800uA), TA=0, IC=60mA		0.85		V
		VI=2.4V (II>800uA), TA=0, IC=120mA		0.93		V
		VI=2.4V (II>800uA), TA=0, IC=240mA		1.09		V
		VI=2.4V (II>800uA), TA=0, IC=350mA		1.27		V
		VI=2.4V (II>800uA), TA=25, IC=30mA		0.75		V
		VI=2.4V (II>800uA), TA=25, IC=60mA		0.8		V
		VI=2.4V (II>800uA), TA=25, IC=120mA		0.87		V
		VI=2.4V (II>800uA), TA=25, IC=240mA		1.03		V
		VI=2.4V (II>800uA), TA=25, IC=350mA		1.2		V
		II=1mA (VCE<1.5V), TA=0, IC=30mA		2.54	3.05	V
		II=1mA (VCE<1.5V), TA=25, IC=30mA		2.6	3.12	V
II Input Current	Figure 2	IC=60mA, TA=0, VI=12V		6.6		mA
		IC=60mA, TA=0, VI=6V		3.1		mA
		IC=60mA, TA=0, VI=4.5V		2.04		mA
		IC=60mA, TA=0, VI=2.4V		0.84		mA
		IC=60mA, TA=25, VI=12V		6.3		mA
		IC=60mA, TA=25, VI=6V		2.8		mA
		IC=60mA, TA=25, VI=4.5V		1.97		mA
		IC=60mA, TA=25, VI=2.4V		0.83		mA
VF Clamp Diode Forward Voltage Drop	Figure 5	IF=350mA, TA=0	1.4	1.6	V
VF Clamp Diode Forward Voltage Drop	Figure 5	IF=350mA, TA=25	1.4	1.6	V
ICEX Collector Cut-off Leakage Current	Figure 1	VCE=50V, II=0		50	A
ICE Collector Breakdown Voltage	Figure 1	VCE=50V, II=0	50		V
IR Clamp Diode Reverse Breakdown Voltage	Figure 4	VR=50V	50		V
IR Clamp Diode Reverse Leakage Current	Figure 4	VR=50V		50	A
tPLH Propagation Delay Low-to-High	Figure 6	VL=12V, RL=45	0.15	1	s
tPLH Propagation Delay High-to-Low	Figure 6	VL=12V, RL=45	0.15	1	s

Pin Definitions

Pin Number	Pin Name	Input/Output	Pin Function Description
1	1B	I	Channel 1 Input Pin
2	2B	I	Channel 2 Input Pin
3	3B	I	Channel 3 Input Pin
4	E	-	Ground
5	COM	-	Common Terminal for Clamp Diodes
6	3C	O	Channel 3 Output Pin
7	2C	O	Channel 2 Output Pin
8	1C	O	Channel 1 Output Pin

Package Dimensions

DIP-8

Dimensions In Millimeters

Symbol	A	B	D	D1	E	L	L1	a	b	c	d
Min	6.10	9.00	8.10	7.42	3.10	0.50	3.00	1.50	0.85	0.40	2.54 BSC
Max	6.68	9.50	10.9	7.82	3.55	0.70	3.60	1.55	0.90	0.50

SOP-8

Dimensions In Millimeters

Symbol	A	A1	B	C	C1	D	Q	a	b
Min	1.35	0.05	4.90	5.80	3.80	0.40	0	0.35	1.27 BSC
Max	1.55	0.20	5.10	6.20	4.00	0.80	8	0.45

MSOP-8

Dimensions In Millimeters

Symbol	A	A1	B	C	C1	D	Q	a	b
Min	0.80	0.05	2.90	4.75	2.90	0.35	0	0.25	0.65 BSC
Max	0.90	0.20	3.10	5.05	3.10	0.75	8	0.35

2601061927_HGSEMI-ULN2001N_C565353.pdf

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