Open-Loop Sensor (EV)

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HS92-A-C Series Current Sensor/Transducer

DESTCRIPTION:

For the electronic measurement of currents: DC, AC, pulsed..., with galvanic separation between the primary circuit and the secondary circuit.

product details

Features

◆ Open loop using the Hall ASIC effect

◆ Original side and side isolation

◆ Low power consumption

◆ Wide range

◆ No insertion loss

◆ Raw materials recognized according to UL 94-V0

Application

◆ Motor controller

◆ Uninterruptible Power Supply (UPS)

◆ Static converters for DC motor drives

◆ Switched Mode Power Supplies (SMPS)

◆ Power supplies for welding applications

Model list

Product model
Model	Rated input current I_PN(A)	Measuring range I_P_M(A)
HS92-25A / 200A-C	25/200	± 25/ ± 200
HS92-50A / 200A-C	50/200	± 50/ ± 200
HS92-30A / 350A-C	30/350	± 30/ ± 350
HS92-20A / 500A-C	20/500	± 20/ ± 500
HS92-75A / 500A-C	75/500	± 75/ ± 500
HS92-75A / 750A-C	75/750	± 75/ ± 750
HS92-75A /1000A-C	75/1000	± 75/ ±1000

HS92-25A/200A-C Channel 1 Specification

Parameter	Symbol	Unit	Min	Typ	Max	Comment
Electrical Data
Primary side rated current	I_PN	A	-	25	-
Primary current measurement range	I_P_M	A	-25	-	25
Supply voltage	V_C	V	4.75	5	5.25
Output voltage	V_OUT	V	V_OUT=(V_C/5) x (2.5+G_th x I_P)			@V_C=5V
Zero output voltage	V_QOV	V	2.475	2.5	2.525	@V_C=5V & I_P=0A
Theoretical gain	G_th	mV/A	-	80	-
Current consumption	I_C	mA	-	15	20
Load resistance	R_L	kΩ	10	-	-	@V_OUT to GND
Load capacitance	C₂	nF	1	-	100
Power filter capacitor	C₁	µF	-	-	-
Performance Data
Gain error	Ɛ_G	%	-1.5	-	1.5
Temperature drift of gain error	T_CG	%/℃	-	±0.02	-	@T_A -40℃~+125℃
Zero point error	I_OE	A	-	±0.125	-	@V_C=5V &I_P=0A
Temperature drift of zero error	TC_V_OE	mV/℃	-	±0.07	-	@T_A -40℃~+125℃
Magnetic offset voltage	I_OM	A	-	±0.03	-	@T_A=25℃@V_C=5V after±I_P
Nonlinear error	Ɛ_L	% of I_PN	-0.5	-	0.5	exclude zero V_OE
Response time	t_r	ms	-	25	250
Bandwidth ( -3dB)	BW	Hz	-	70	-
Phase shift	∆∅	degree	-	-	-
Output noise	V_{no pp}	mV	-10	-	10
General Data
Ambient operating temperature	T_A	℃	-40~+125
Ambient storage temperature	T_S	℃	-40~+125
Mass	m	g	82

HS92-25A/200A-C Channel 2 Specification

Parameter	Symbol	Unit	Min	Typ	Max	Comment
Electrical Data
Primary side rated current	I_PN	A	-	200	-
Primary current measurement range	I_P_M	A	-200	-	200
Supply voltage	V_C	V	4.75	5	5.25
Output voltage	V_OUT	V	V_OUT=(V_C/5) x (2.5+G_th x I_P)			@V_C=5V
Zero output voltage	V_QOV	V	2.475	2.5	2.525	@V_C=5V & I_P=0A
Theoretical gain	G_th	mV/A	-	10	-
Current consumption	I_C	mA	-	15	20	@V_C=5V
Load resistance	R_L	kΩ	10	-	-	@V_OUT to GND
Load capacitance	C₂	nF	1	-	100
Power filter capacitor	C₁	µF	-	-	-
Performance Data
Gain error	Ɛ_G	%	-1.2	-	1.2
Temperature drift of gain error	T_CG	%/℃	-	±0.02	-	@T_A -40℃~+125℃
Zero point error	I_OE	A	-	±1	-	@V_C=5V &I_P=0A
Temperature drift of zero error	TC_V_OE	mV/℃	-	±0.07	-	@T_A -40℃~+125℃
Magnetic offset current	I_OM	A	-	±0.25	-	@T_A=25℃@V_C=5V after±I_P
Nonlinear error	Ɛ_L	% of I_PN	-0.5	-	0.5	exclude zero V_OE
Response time	t_r	ms	-	25	250
Bandwidth ( -3dB)	BW	Hz	-	70	-
Phase shift	∆∅	degree	-	-	-
Output noise	V_{no pp}	mV	-10	-	10
General Data
Ambient operating temperature	T _A	°C	-40 ~ +125
Ambient storage temperature	T _S	°C	-40 ~ +125
Mass	m	g	82

HS92-50A/200A-C Channel 1 Specification

Parameter	Symbol	Unit	Min	Typ	Max	Comment
Electrical Data
Primary side rated current	I_PN	A	-	50	-
Primary current measurement range	I_P_M	A	-50	-	50
Supply voltage	V_C	V	4.75	5.0	5.25
Output voltage	V_OUT	V	V_OUT=(V_C/5) x (2.5+G_th x I_P)			@ V_C=5V
Zero output voltage	V_QOV	V	2.475	2.5	2.525	@V_C=5V & I_P=0A
Theoretical gain	G_th	mV/A	-	40	-
Current consumption	I_C	mA	-	15	20
Load resistance	R_L	kΩ	10	-	unlimited	@V_OUT to GND
Load capacitance	C₂	nF	1	-	100
Power filter capacitor	C₁	µF	-	-	-
Performance Data
Gain error	Ɛ_G	%	-1.5	-	1.5
Temperature drift of gain error	T_CG	%/℃	-	±0.02	-	@T_A -40℃~+125℃
Zero point error	I_OE	A	-	±0.25	-	@V_C=5V &I_P=0A
Temperature drift of zero error	TC_V_OE	mV/℃	-	±0.04	-	@T_A -40℃~+125℃
Magnetic offset current	I_OM	A	-	±0.03	-	@T_A=25℃@V_C=5V after±I_P
Nonlinear error	Ɛ_L	% of I_PN	-0.5	-	0.5	exclude zero V_OE
Response time	t_r	ms	-	-	1
Bandwidth ( -3dB)	BW	Hz	-	278	-
Phase shift	∆∅	degree	-	-	-
Output noise	V_{no pp}	mV	-10		10
General Data
Ambient operating temperature	T_A	℃	-40~+125
Ambient storage temperature	T_S	℃	-40~+125
Mass	m	g	82

HS92-50A/200A-C Channel 2 Specification

Parameter	Symbol	Unit	Min	Typ	Max	Comment
Electrical parameters
Primary side rated current	I_PN	A	-	200	-
Primary current measurement range	I_P_M	A	-200	-	200
Supply voltage	V_C	V	4.75	5.0	5.25
Output voltage	V_OUT	V	V_OUT=(V_C/5) x (2.5+G_th x I_P)			@V_C=5V
Zero output voltage	V_QOV	V	2.475	2.5	2.525	@V_C=5V & I_P=0A
Theoretical gain	G_th	mV/A	-	10	-
Current consumption	I_C	mA	-	15	20	@V_C=5V
Load resistance	R_L	kΩ	10	-	unlimited	@V_OUT to GND
Load capacitance	C₂	nF	1	-	100
Power filter capacitor	C₁	µF	-	-	-
Performance Data
Gain error	Ɛ_G	%	-1.2	-	1.2
Temperature drift of gain error	T_CG	%/℃	-	±0.02	-	@T_A -40℃~+125℃
Zero point error	I_OE	A	-	±1	-	@V_C=5V &I_P=0A
Temperature drift of zero error	TC_V_OE	mV/℃	-	±0.07	-	@T_A -40℃~+125℃
Magnetic offset current	I_OM	A	-	±0.25	-	@T_A=25℃@V_C=5V after±I_P
Nonlinear error	Ɛ_L	% of I_PN	-0.5	-	0.5	exclude zero V_OE
Response time	t_r	ms	-	-	1
Bandwidth ( -3dB)	BW	Hz	-	278	-
Phase shift	∆∅	degree	-	-	-
Output noise	V_{no pp}	mV	-10		10
General Data
Ambient operating temperature	T_A	℃	-40~+125
Ambient storage temperature	T_S	℃	-40~+125
Mass	m	g	82

HS92-30A/350A- C Channel 1 Specification

Parameter	Symbol	Unit	Min	Typ	Max	Comment
Electrical Data
Primary side rated current	I_PN	A	-	30	-
Primary current measurement range	I_P_M	A	-30	-	30
Supply voltage	V_C	V	4.75	5.0	5.25
Output voltage	V_OUT	V	V_OUT=(V_C/5) x (2.5+G_th x I_P)			@V_C=5V
Zero output voltage	V_QOV	V	2.475	2.5	2.525	@V_C=5V & I_P=0A
Theoretical gain	G_th	mV/A	-	66.7	-
Current consumption	I_C	mA	-	15	20	@V_C=5V
Load resistance	R_L	kΩ	10	-	unlimited	@V_OUT to GND
Load capacitance	C₂	nF	1	-	100
Power filter capacitor	C₁	µF	-	-	-
Performance Data
Gain error	Ɛ_G	%	-1.5	-	1.5
Temperature drift of gain error	T_CG	%/℃	-	±0.02	-	@T_A -40℃~+125℃
Zero point error	I_OE	A	-	±0.15	-	@V_C=5V &I_P=0A
Temperature drift of zero error	TC_V_OE	mV/℃	-	±0.06	-	@T_A -40℃~+125℃
Magnetic offset current	I_OM	A	-	±0.03	-	@T_A=25℃@V_C=5V after±I_P
Nonlinear error	Ɛ_L	% of I_PN	-0.5	-	0.5	exclude zero V_OE
Response time	t_r	ms	-	-	1
Bandwidth ( -3dB)	BW	kHz	-	1.1	-
Phase shift	∆∅	degree	-	-	-
Output noise	V_{no pp}	mV	-10	-	10
General Data
Ambient operating temperature	T_A	℃	-40~+125
Ambient storage temperature	T_S	℃	-40~+125
Mass	m	g	82

HS92-30A/350A- C Channel 2 Specification

Parameter	Symbol	Unit	Min	Typ	Max	Comment
Electrical Data
Primary side rated current	I_PN	A	-	350	-
Primary current measurement range	I_P_M	A	-350	-	350
Supply voltage	V_C	V	4.75	5.0	5.25
Output voltage	V_OUT	V	V_OUT=(V_C/5) x (2.5+G_th x I_P)			@V_C=5V
Zero output voltage	V_QOV	V	2.475	2.5	2.525	@V_C=5V & I_P=0A
Theoretical gain	G_th	mV/A	-	5.71	-
Current consumption	I_C	mA	-	15	20	@V_C=5V
Load resistance	R_L	kΩ	10	-	unlimited	@V_OUT to GND
Load capacitance	C₂	nF	1	-	100
Power filter capacitor	C₁	µF	-	-	-
Performance Data
Gain error	Ɛ_G	%	-1.2	-	1.2
Temperature drift of gain error	T_CG	%/℃	-	±0.02	-	@T_A -40℃~+125℃
Zero point error	I_OE	A	-	±1.75	-	@V_C=5V &I_P=0A
Temperature drift of zero error	TC_V_OE	mV/℃	-	±0.04	-	@T_A -40℃~+125℃
Magnetic offset current	I_OM	A	-	±0.25	-	@T_A=25℃@V_C=5Vafter±I_P
Nonlinear error	Ɛ_L	% of I_PN	-0.5	-	0.5	exclude zero V_OE
Response time	t_r	ms	-	-	1
Bandwidth ( -3dB)	BW	kHz	-	1.1	-
Phase shift	∆∅	degree	-	-	-
Output noise	V_{no pp}	mV	-10	-	10
General Data
Ambient operating temperature	T_A	℃	-40~+125
Ambient storage temperature	T_S	℃	-40~+125
Mass	m	g	82

HS92-20A/500A-C Channel 1 Specification

Parameter	Symbol	Unit	Min	Typ	Max	Comment
Electrical Data
Primary side rated current	I_PN	A	-	20	-
Primary current measurement range	I_P_M	A	-20	-	20
Supply voltage	V_C	V	4.75	5.0	5.25
Output voltage	V_OUT	V	V_OUT=(V_C/5) x (2.5+G_th x I_P)			@V_C=5V
Zero output voltage	V_QOV	V	2.475	2.5	2.525	@V_C=5V & I_P=0A
Theoretical gain	G_th	mV/A	-	100	-
Current consumption	I_C	mA	-	15	20	@V_C=5V
Load resistance	R_L	kΩ	10	-	unlimited	@V_OUT to GND
Load capacitance	C₂	nF	1	-	100
Power filter capacitor	C₁	µF	-	-	-
Performance Data
Gain error	Ɛ_G	%	-1.5	-	1.5
Temperature drift of gain error	T_CG	%/℃	-	±0.03	-	@T_A -40℃~+125℃
Zero point error	I_OE	A	-	±0.1	-	@V_C=5V &I_P=0A
Temperature drift of zero error	TC_V_OE	mV/℃	-	±0.09	-	@T_A -40℃~+125℃
Magnetic offset current	I_OM	A	-	±0.03	-	@T_A=25℃@V_C=5Vafter±I_P
Nonlinear error	Ɛ_L	% of I_PN	-0.5	-	0.5	exclude zero V_OE
Response time	t_r	ms	-	25	250
Bandwidth ( -3dB)	BW	Hz	-	70	-
Phase shift	∆∅	degree	-	-	-
Output noise	V_{no pp}	mV	-10	-	10
General Data
Ambient operating temperature	T_A	℃	-40~+125
Ambient storage temperature	T_S	℃	-40~+125
Mass	m	g	82

HS92-20A/500A-C Channel 2 Specification

Parameter	Symbol	Unit	Min	Typ	Max	Comment
Electrical Data
Primary side rated current	I_PN	A	-	500	-
Primary current measurement range	I_P_M	A	-500	-	500
Supply voltage	V_C	V	4.75	5.0	5.25
Output voltage	V_OUT	V	V_OUT=(V_C/5) x (2.5+G_th x I_P)			@V_C=5V
Zero output voltage	V_QOV	V	2.475	2.5	2.525	@V_C=5V & I_P=0A
Theoretical gain	G_th	mV/A	-	4	-
Current consumption	I_C	mA	-	15	20	@V_C=5V
Load resistance	R_L	kΩ	10	-	unlimited	@V_OUT to GND
Load capacitance	C₂	nF	1	-	100
Power filter capacitor	C₁	µF	-	-	-
Performance Data
Gain error	Ɛ_G	%	-1.2	-	1.2
Temperature drift of gain error	T_CG	%/℃	-	±0.02	-	@T_A -40℃~+125℃
Zero point error	I_OE	A	-	±2.5	-	@V_C=5V &I_P=0A
Temperature drift of zero error	TC_V_OE	mV/℃	-	±0.03	-	@T_A -40℃~+125℃
Magnetic offset current	I_OM	A	-	±0.25	-	@T_A=25℃@V_C=5Vafter±I_P
Nonlinear error	Ɛ_L	% of I_PN	-0.5	-	0.5	exclude zero V_OE
Response time	t_r	ms	-	25	250
Bandwidth ( -3dB)	BW	Hz	-	70	-
Phase shift	∆∅	degree	-	-	-
Output noise	V_{no pp}	mV	-10	-	10
General Data
Ambient operating temperature	T_A	℃	-40~+125
Ambient storage temperature	T_S	℃	-40~+125
Mass	m	g	82

HS92-75A/500A-C Channel 1 Specification

Parameter	Symbol	Unit	Min	Typ	Max	Comment
Electrical Data
Primary side rated current	I_PN	A	-	75	-
Primary current measurement range	I_P_M	A	-75	-	75
Supply voltage	V_C	V	4.75	5.0	5.25
Output voltage	V_OUT	V	V_OUT=(V_C/5) x (2.5+G_th x I_P)			@V_C=5V
Zero output voltage	V_QOV	V	2.475	2.5	2.525	@V_C=5V & I_P=0A
theoretical gain	G_th	mV/A	-	26.7	-
current consumption	I_C	mA	-	15	20	@V_C=5V
Load resistance	R_L	kΩ	10	-	unlimited	@V_OUT to GND
Load capacitance	C₂	nF	1	-	100
Power filter capacitor	C₁	µF	-	-	-
Performance Data
Gain error	Ɛ_G	%	-1.5	-	1.5
Temperature drift of gain error	T_CG	%/℃	-	±0.02	-	@T_A -40℃~+125℃
Zero point error	I_OE	A	-	±0.37	-	@V_C=5V &I_P=0A
Temperature drift of zero error	TC_V_OE	mV/℃	-	±0.02	-	@T_A -40℃~+125℃
Magnetic offset current	I_OM	A	-	±0.03	-	@T_A=25℃@V_C=5Vafter±I_P
Nonlinear error	Ɛ_L	% of I_PN	-0.5	-	0.5	exclude zero V_OE
Response time	t_r	ms	-	-	1
Bandwidth (-3dB)	BW	Hz	-	70	-
Phase shift	∆∅	degree	-	-	-
Output noise	V_{no pp}	mV	-10	-	10
General Data
Ambient operating temperature	T_A	℃	-40~+125
Ambient storage temperature	T_S	℃	-40~+125
Mass	m	g	82

HS92-75A/500A-C Channel 2 Specification

Parameter	Symbol	Unit	Min	Typ	Max	Comment
Electrical Data
Primary side rated current	I_PN	A	-	500	-
Primary current measurement range	I_P_M	A	-500	-	500
Supply voltage	V_C	V	4.75	5.0	5.25
Output voltage	V_OUT	V	V_OUT=(V_C/5) x (2.5+G_th x I_P)			@V_C=5V
Zero output voltage	V_QOV	V	2.475	2.5	2.525	@V_C=5V & I_P=0A
Rheoretical gain	G_th	mV/A	-	4	-
Current consumption	I_C	mA	-	15	20	@V_C=5V
Load resistance	R_L	kΩ	10	-	unlimited	@V_OUT to GND
Load capacitance	C₂	nF	1	-	100
Power filter capacitor	C₁	µF	-	-	-
Performance Data
Gain error	Ɛ_G	%	-1.2	-	1.2
Temperature drift of gain error	T_CG	%/℃	-	±0.02	-	@T_A -40℃~+125℃
Zero point error	I_OE	A	-	±2.5	-	@V_C=5V &I_P=0A
Temperature drift of zero error	TC_V_OE	mV/℃	-	±0.03	-	@T_A -40℃~+125℃
Magnetic offset current	I_OM	A	-	±0.25	-	@T_A=25℃@V_C=5Vafter±I_P
Nonlinear error	Ɛ_L	% of I_PN	-0.5	-	0.5	exclude zero V_OE
Response time	t_r	ms	-	-	1
Bandwidth ( -3dB)	BW	Hz	-	70	-
Phase shift	∆∅	degree	-	-	-
Output noise	V_{no pp}	mV	-10	-	10
General Data
Ambient operating temperature	T_A	℃	-40~+125
Ambient storage temperature	T_S	℃	-40~+125
Mass	m	g	82

HS92- 75A/750 A-C Channel 1 Specification

Parameter	Symbol	Unit	Min	Typ	Max	Comment
Electrical Data
Primary side rated current	I_PN	A	-	75	-
Primary current measurement range	I_P_M	A	-75	-	75
Supply voltage	V_C	V	4.75	5.0	5.25
Output voltage	V_OUT	V	V_OUT=(V_C/5) x (2.5+G_th x I_P)			@V_C=5V
Zero output voltage	V_QOV	V	2.475	2.5	2.525	@V_C=5V & I_P=0A
Theoretical gain	G_th	mV/A	-	26.7	-
Current consumption	I_C	mA	-	15	20	@V_C=5V
Load resistance	R_L	kΩ	10	-	unlimited	@V_OUT to GND
Load capacitance	C₂	nF	1	-	100
Power filter capacitor	C₁	µF	-	-	-
Performance Data
gain error	Ɛ_G	%	-1.5	-	1.5
Temperature drift of gain error	T_CG	%/℃	-	±0.02	-	@T_A -40℃~+125℃
Zero point error	I_OE	A	-	±0.37	-	@V_C=5V &I_P=0A
Temperature drift of zero error	TC_V_OE	mV/℃	-	±0.02	-	@T_A -40℃~+125℃
Magnetic offset current	I_OM	A	-	±0.03	-	@T_A=25℃@V_C=5Vafter±I_P
Nonlinear error	Ɛ_L	% of I_PN	-0.5	-	0.5	exclude zero V_OE
Response time	t_r	ms	-	-	1
Bandwidth ( -3dB)	BW	kHz	-	1.1	-
Phase shift	∆∅	degree	-	-	-
output noise	V_{no pp}	mV	-10	-	10
General Data
Ambient operating temperature	T_A	℃	-40~+125
Ambient storage temperature	T_S	℃	-40~+125
Mass	m	g	82

HS92- 75A/750 A-C Channel 2 Specification

Parameter	Symbol	Unit	Min	Typ	Max	Comment
Electrical parameters
Primary side rated current	I_PN	A	-	750	-
Primary current measurement range	I_P_M	A	-750	-	750
Supply voltage	V_C	V	4.75	5.0	5.25
Output voltage	V_OUT	V	V_OUT=(V_C/5) x (2.5+G_th x I_P)			@V_C=5V
Zero output voltage	V_QOV	V	2.475	2.5	2.525	@V_C=5V & I_P=0A
Theoretical gain	G_th	mV/A	-	2.67	-
Current consumption	I_C	mA	-	15	20	@V_C=5V
Load resistance	R_L	kΩ	10	-	unlimited	@V_OUT to GND
Load capacitance	C₂	nF	1	-	100
Power filter capacitor	C₁	µF	-	-	-
Performance Data
Gain error	Ɛ_G	%	-1.2	-	1.2
Temperature drift of gain error	T_CG	%/℃	-	±0.02	-	@T_A -40℃~+125℃
Zero point error	I_OE	A	-	±3.75	-	@V_C=5V &I_P=0A
Temperature drift of zero error	TC_V_OE	mV/℃	-	±0.02	-	@T_A -40℃~+125℃
Magnetic offset current	I_OM	A	-	±0.25	-	@T_A=25℃@V_C=5Vafter±I_P
Nonlinear error	Ɛ_L	% of I_PN	-0.5	-	0.5	exclude zero V_OE
Response time	t_r	ms	-	-	1
Bandwidth ( -3dB)	BW	kHz	-	1.1	-
phase shift	∆∅	degree	-	-	-
Output noise	V_{no pp}	mV	-10	-	10
General Data
Ambient operating temperature	T_A	℃	-40~+125
Ambient storage temperature	T_S	℃	-40~+125
Mass	m	g	82

HS92- 75A/100 0A-C Channel 1 Specification

Parameter	Symbol	Unit	Min	Typ	Max	Comment
Electrical Data
Primary side rated current	I_PN	A	-	75	-
Primary current measurement range	I_P_M	A	-75	-	75
Supply voltage	V_C	V	4.75	5.0	5.25
Output voltage	V_OUT	V	V_OUT=(V_C/5) x (2.5+G_th x I_P)			@V_C=5V
Zero output voltage	V_QOV	V	2.475	2.5	2.525	@V_C=5V & I_P=0A
Theoretical gain	G_th	mV/A	-	26.7	-
Current consumption	I_C	mA	-	15	20	@V_C=5V
Load resistance	R_L	kΩ	10	-	unlimited	@V_OUT to GND
Load capacitance	C₂	nF	1	-	100
Power filter capacitor	C₁	µF	-	-	-
Performance Data
Gain error	Ɛ_G	%	-1.5	-	1.5
Temperature drift of gain error	T_CG	%/℃	-	±0.02	-	@T_A -40℃~+125℃
Zero point error	I_OE	A	-	±0.37	-	@V_C=5V &I_P=0A
Temperature drift of zero error	TC_V_OE	mV/℃	-	±0.02	-	@T_A -40℃~+125℃
Magnetic offset current	I_OM	A	-	±0.03	-	@T_A=25℃@V_C=5Vafter±I_P
Nonlinear error	Ɛ_L	% of I_PN	-0.5	-	0.5	exclude zero V_OE
Response time	t_r	ms	-	-	1
Bandwidth ( -3dB)	BW	Hz	-	70	-
Phase shift	∆∅	degree	-	-	-
Output noise	V_{no pp}	mV	-10	-	10
General Data
Ambient operating temperature	T_A	℃	-40~+125
Ambient storage temperature	T_S	℃	-40~+125
Mass	m	g	82

HS92- 75A/100 0A-C Channel 2 Specification

Parameter	Symbol	Unit	Min	Typ	Max	Comment
Electrical Data
Primary side rated current	I_PN	A	-	1000	-
Primary current measurement range	I_P_M	A	-1000	-	1000
Supply voltage	V_C	V	4.75	5.0	5.25
Output voltage	V_OUT	V	V_OUT=(V_C/5) x (2.5+G_th x I_P)			@V_C=5V
Zero output voltage	V_QOV	V	2.475	2.5	2.525	@V_C=5V & I_P=0A
theoretical gain	G_th	mV/A	-	2	-
current consumption	I_C	mA	-	15	20	@V_C=5V
Load resistance	R_L	kΩ	10	-	unlimited	@V_OUT to GND
Load capacitance	C₂	nF	1	-	100
Power filter capacitor	C₁	µF	-	-	-
Performance Data
Gain error	Ɛ_G	%	-1.2	-	1.2
Temperature drift of gain error	T_CG	%/℃	-	±0.03	-	@T_A -40℃~+125℃
Zero point error	I_OE	A	-	±5	-	@V_C=5V &I_P=0A
Temperature drift of zero error	TC_V_OE	mV/℃	-	±0.02	-	@T_A -40℃~+125℃
Magnetic offset current	I_OM	A	-	±0.25	-	@T_A=25℃@V_C=5Vafter±I_P
Nonlinear error	Ɛ_L	% of I_P_N	-0.5	-	0.5	exclude zero V_OE
Response time	t_r	ms	-	-	1
Bandwidth ( -3dB)	BW	Hz	-	70	-
Phase shift	∆∅	degree	-	-	-
Output noise	V_{no pp}	mV	-10	-	10
General Data
Ambient operating temperature	T_A	℃	-40~+125
Ambient storage temperature	T_S	℃	-40~+125
Mass	m	g	82

Note

（1）The output voltage Uout , the offset voltage UQOV , and the sensitivity Gth are completely proportional to the power supply Vc;

（2）The frequency of the current to be measured needs to be limited within the frequency band of the sensor, otherwise it will cause the core and chip to overheat;

（3）Incorrect wiring may damage the sensor.

Insulation data

Parameter	Symbol	Unit	Value	Comment
AC isolation withstand voltage test RMS @ 50Hz, 1min	U_D	KV	2
Impulse withstand voltage 1.2/50uS	U_W	KV	-
Shell material	-	-	UL94-V0	PBT 30 GF
Relative tracking index	CTI	V	425
Creepage distance	d_CP	mm	3.1
Electrical clearance	d_CI	mm	3.1

Maximum limit

Parameter	Symbol	Unit	Value
Supply voltage	VC	V	14
Continuous output current	Iout	mA	10
Electrostatic discharge - contact discharge	VESD	KV	2

Mechanical Dimensions

Safety

This device must be used according to IEC61010-1.

This device must be used in electric/electronic equipment with respect to applicable standards and safety requirements in accordance with the operating instructions.

Caution, risk of electrical shock.

When operating the device, certain parts can carry hazardous voltage (eg. primary busbar, power supply). Ignoring this warning can lead to injury and/or cause serious damage.

This is a built-in device, whose conducting parts must be inaccessible after installation.

A protective housing or additional shield can be used.

Main supply must be able to be disconnected.