Stable output current sensor CHIPSENSE AN1V 150 PB20 for in wind energy converters and motor drives

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Product Description

AN1V PB20 Current Sensor

The AN1V PB20 series are open-loop current sensors based on the Hall effect, utilizing AISC technology for proportional output that remains stable despite power supply variations. They offer isolation between the primary and secondary sides, resulting in no insertion loss and a small form factor. These sensors are designed for measuring DC, AC, and pulse currents.

Product Attributes

Brand: (Chipsensor)
Origin: 2 C4500
Certifications: UL 94-V0
Standards: IEC 60664-1:2020, IEC 61800-5-1:2022, IEC 6109-1:2010

Application Fields

AC variable frequency drives
Uninterruptible Power Supplies (UPS)
DC motor drive static converters
Switch Mode Power Supplies (SMPS)
Welding machine power supplies
Battery management
Wind energy converters

Technical Specifications

Parameter	Symbol	Unit	AN1V 50 PB20	AN1V 100 PB20	AN1V 150 PB20	AN1V 200 PB20	Notes
Maximum Limits
Supply Voltage	VC	V	6.5					Exceeding limits may cause permanent damage.
ESD-Contact Discharge	VESD	V	8000					Exceeding limits may cause permanent damage.
Environmental and Product Structure Characteristics
Operating Temperature	TA		-40 to 150
Storage Temperature	TS		-55 to 150
Primary Resistance	RP		100
Mass		g	5
Insulation Characteristics
AC Isolation Withstand Voltage (RMS@50Hz,1min)	Vd	kV	4.8					Ref: IEC 60664-1
Housing Material	-	-	UL94-V0
Comparative Tracking Index	CTI	PLC	2					Reinforced Insulation, Ref: IEC 61800-5-1, IEC 62109-1 CAT III, PD2
Product Characteristics (Test Conditions: TA = 25, VC = 5V, RL = 10k unless otherwise specified)
Primary Rated Current (RMS)	IPN	A	-50 to 50	-100 to 100	-150 to 150	-200 to 200
Supply Voltage	VC	V	4.5 to 5.5
Zero Offset Voltage	VQOV	V	VCC/2
Theoretical Gain	Gth	mV/A	40	20	13.33	10
Current Consumption	IC	mA	8 to 11
Load Resistance	RL	k	5.1
Load Capacitance	C2	nF	1 to 10
Supply Filter Capacitor	C1	nF	100
Gain Error	G	%	-1 to 1
Gain Error Temp. Drift	TCG	%	-1.5 to 1.5					@TA=-40~150 (50,100), -40~125 (150), -40~85 (200)
Zero Offset Error	VOE	mV	-10 to 10					@VC=5V, IP=0A
Zero Offset Error Temp. Drift	TCVOE	mV	-10 to 10					@TA=-40~150 (50,100), -40~125 (150), -40~85 (200)
Magnetic Offset Voltage	VOM	mV	4					@VC=5V, after IPN
Non-linearity Error	L	% of IPN	-1 to 1					Excluding VOE
Accuracy @ IPN	X	% of IPN	-2 to 2					@TA=-40~150 (50,100), -40~125 (150), -40~85 (200)
Response Time @ 90% IPN	tr	s	2.5 to 5					@C2=1nF
Output Bandwidth (-3dB)	BW	kHz	250					@C2=1nF
Output Noise Voltage	Vno	mV	5	2.7	1.8	1.4	@C2=1nF