XBLW High-Performance Hall-Effect Current Sensor GT712 with Operating Voltage of 4.5V~5.5V and Isolation Voltage of 2500V
The XBLW GT712 Is A High-Performance Hall-Effect Current Sensor That Can Measure Alternating Current (AC) Or Direct Current (DC) More Efficiently For A Wide Range Of Industrial, Consumer And Communications Devices.
The GT712 Series Integrates A High-Precision, Low-Noise Linear Hall Circuit And A Low-Impedance Main Current Loop Wire. When The Sampling Current Flows Through The Main Current Loop, The Magnetic Field Generated By It Induces The Corresponding Electrical Signal On The Hall Circuit, And The Voltage Signal Is Output Through The Signal Processing Circuit, So That The Output The Product Strictly To The Measured Current Value.
The Linear Hall Circuit Is Produced Using An Advanced BCDMOS Process, Which Includes A High Sensitivity Hall Sensor, Hall Signal Pre-Amplifier, High Precision Hall Temperature Compensation Unit, Oscillator, Dynamic Offset Cancellation Circuit And Amplifier Output Module. In The Absence Of Magnetic Field, The Static Output Of The Current Sensor Is 50% VCC. Under The Condition Of 5V Power Supply Voltage, The Static Output Of The Sensor Can Change Linearly With The Magnetic Field Between 0.2~4.8V, And The Linearity Can Reach 0.4%.
01 Product Characteristics
●Operating Voltage: 4.5V ~ 5.5V
●Static Common Mode Output Point:50%VCC
●Wide Measuring Range: 5A/20A/30A
●Isolation Voltage: 2500V
●High Bandwidth: 120kHz;
●Output Response Time: 4μs (Typical Value);
●Stability In The Working Range: 1.5%@25℃~150℃; @ 1% To 40℃ To 25℃;
●Low Noise Analog Signal Path;
●Strong Anti-Interference Ability;
●Strong Resistance To Mechanical Stress, Magnetic Field Parameters Are Not Deviated By External Pressure;
●ESD(HBM):5kV;
●Operating Temperature: -40℃~150℃;
●RoHS Certification: (EU) 2015/863
●Proportional Output, Two-Way Current
02 Internal Functional Block Diagram
03 Package And Pin Definition
04 Electrical Parameter
05 Typical Application Circuit
06 Application Areas And Products
●Inverter Current Detection
●Motor Phase Current Detection (Motor Control)
●Photovoltaic Inverter
●Battery Load Detection System
●Current Transformer
●Switching Power Supply
●Overload Protection
1、Hall Current Sensor Products
2、Industrial Power Current Measurement
3、Photovoltaic Inverter
4、Battery Load Measuring Instrument
5、Current Transformer
07 Sum Up
At Present, the XBLW Chip Level Current Sensor Has Been Widely Used In Frequency Converter, Power Measurement, Automotive Electronics, Servo Drive, Controller And Other Industrial Control Fields, Price And Volume, Quality And So On Have Absolute Advantages.
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本文由星晴123转载自XBLW News，原文标题为:【 New Product Introduction 】 High Performance Hall Effect Current Sensor -GT712，本站所有转载文章系出于传递更多信息之目的，且明确注明来源，不希望被转载的媒体或个人可与我们联系，我们将立即进行删除处理。
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芯伯乐对照表
描述- 该资料提供了一系列电子元器件的对照型号和厂牌信息，包括逻辑门、定时器、模拟开关、电压调节器、运算放大器等。资料中列出了多种型号的元器件，如CD4001BE、CD40106BE、CD4021BE等，以及它们的对照型号和厂牌，如TI/德州仪器、NXP/恩智浦、ST/意法等。此外，还包括了部分特殊型号的元器件，如24C02S、24C01BN、24C02BN等，以及它们的对照型号和厂牌。
型号- SN74HC273N,ULN2004AN,LM339DTR,MC74HC139AN,HEF4094BT,UC3844BD1013TR,DS1307DTR,74HC4053D,653,HEF4094BP,MC34063ACD-TR,AT24C08C-SSHM-T,HEF4071BP,MAX485ESA,TDA2050A,MC74HC192AN,TC4427EOA,SN74HC175N,TC74HC161AP,SN74HC163N,LM331N/NOPB,74HC374D,653,SN74HC151N,24LC02B-I,CD4051BDTR,SN74HC42N,CD4071BE,CD4094BE,CD4021BCN,24LC02B-P,KA3842A,SN74HC245DTR,ICM7555ESA+T,LM393AN,HEF4082BP,SN74HC244DWR,HCF4021BE,MC74HC32AN,24C64BN,M24C02-WMN6TP,LMV324DR2G,LM1117IMPX-1.8/NOPB,AT24C32C-PUM,ULN2803AN,IR4426STRPBF,74HC10N,LM324N,DS1307Z+T&R,LM337KTTR,CD4082BE,ACS712ELCTR-30AT,HEF4072BP,SN74HC244DTR,SN74HC4051DTR,LM393DR,LM393DT,ST3485ECDR,LM337S,M74HC10B1R,NE5532DR,LM337T,M24C32-WMN6TP,CAT24C02WI-GT3,M24C16-WBN6P,KA3525A,AZ1117CR-5.0TRG1,TC74HC160AP,SN74HC161N,SN74HC32N,SN74HC20N,LM2904DR2G,CD4093BE,M74HC374B1R,HEF4060BT,74HC20N,SA5532DR,MC74HC10AN,HCF4043BE,MAX232CSE,MC74HC238AN,SN74HC165DTR,74HC32N,TC4426COA,AT24C64D-PUM,SN74HC374N,AT24C02C-SSHM-T,SN74HC21N,LMV321IDBVR,MAX3485CSA,LD1117S50CTR,ULN2803APG,MC74HC273ADWR2G,LMV358LIST,HCF4012BE,MC74HC00AN,UC3842BD1R2G,MAX232EDTR,LM317LZ/NOPB,M24C32-WBN6P,SN74HC240N,SN74HC373N,TL3844BDR,LM317LD13TR,CD4052BDTR,24C16N,MAX3232CSE,24C04N,TC74HC4052AF,SN74HC10N,ST485ECDR,LM331MX/NOPB,MC74HC11AN,CD4050BE,TC74HC273AP,TC74HC07AP,PCF8563DTR,74HC14N,MC74HC573ADWR2G,74HC02N,IX4426NTR,CD4012BCN,KA3843A,TC74HC151AP,TL3845BDR,MC74HC138AN,ULN2001DTR,MC33063ADR,SN74HC47N,74HC273D,653,SN74HC11N,LM324DR2G,HEF4093BP,GT7555CDTR,MAX485EBDTR,NCP1117LPST18T3G,MC74HC244ADWR2G,MC34063DR2G,LM317T,TC4426COA713,74HC11N,LM317S,L78M05CDT-TR,SN74HC153N,SP3485CN-L/TR,KA3844A,AZ1117R-5.0TRE1,24LC02B/SN,SN74HC165N,ULN2804APG,24C02N,M74HC00B1R,MC74HC126AN,CP116ADTR,CD4072BE,UC3844BD1R2G,CAT24C128WI-GT3,SN74HC00N,74HC244D,653,HEF4081BP,TC74HC08AP,M74HC259B1R,MC74HC259AN,UC3842AD8TR,M74HC11B1R,TC4426EOA,ULN2004ADR,TC4428EOA13,TL074CDTR,74HC00N,24C02S,M74HC161B1,L293D,74HC245D,653,TC4428COA713,TC74HC192AP,SN74HC192N,24LC64B/SN,TL081CDTR,TC74HC139AP,AZ1117R-3.3TRE1,MC74HC244AN,LM331DTR,MC74HC86AN,LM2903DR2G,AT24C64C-PUM,CD4053BDTR,TL074CDR,TL074CDT,TL3843BDR,L293DNE,AT24C16C-PUM,M74HC02B1R,M74HC273B1R,TL062CDR,CAT24C32WI-GT3,CD4049BE,TL062CDT,24C08N,MAX3232EDTR,MC74HC373ADWR2G,NE5532N,74HC151N,24LC16B-P,NE5532P,MC74HC74AN,MC14050BCP,24LC16B-I,HCF4025BE,UC3845BDTR,TC4428COA,CP2139CN,UC3845BD1013TR,TC74HC138AP,MC14094BDR2G,SN74HC190N,24LC01B/SN,74HC160N,TC74HC14AP,MC74HC245AN,HCF4013BE,CD4077BCN,L293WS,LM324DTR,TL084CDTR,MC14072BCP,CA3140EZ,MC33063DR2G,SN74HC574DWR,ULN2003D1013TR,L7812CV,LM556CN,AMS1117-1.8,24LC16B/SN,IR4428STRPBF,TDA2030AV,CD4025BE,MC14049BCP,TL062CDTR,TC74HC126AP,74HC4052D,653,HCF4001BE,74HC161N,TC74HC02AP,SG3525ADTR,M74HC238B1R,74HC04N,TC74HC259AP,MC7805CTG,SG3525AN,SN74HC160N,SN74HC390N,SG3525ADWR2G,LM337T/NOPB,MC14013BCP,CD4081BE,MC74HC4053ADR2G,CD4043BCN,HEF4050BP,ULN2004APG,LM1117IMPX-3.3/NOPB,LMV358IDT,CAT24C16LI-G,LMV358IDR,TDA2030A,MC74HC574AN,TC4427COA,MC74HC374ADWR2G,SP232ECN-L/TR,SN74HC86N,SN74HC74N,LM78M05CDTX/NO,SP3232ECN-L/TR,L298P,CD4094BM96,L298N,CD4051BM96,LMV324IDR,M74HC192B1R,ICM7555IBAZ-T,LM2904DT,TL082CDTR,MC14071BCP,LMV324IDT,AT24C08C-PUM,24LC08B/SN,TC4428EOA,MIC29302N,LM1875T/NOPB,LM2904DR,LM324SNG,74HC07N,74HC373D,653,LMV321SN3T1G,ICL7555IBAZ,ULN2003APG,MC14082BCP,UC3844BDTR,AT24C128CSSHM-T,MC74HC20AN,M74HC14B1R,74HC192N,24C32BN,MAX3485EEDTR,NCP1117LPST50T3G,ULN2803ADWR,MC74HC573AN,CD4060BDTR,LD1117S18CTR,TL061CDTR,TLC555CDR,LM339DR,SP3232EEN-L/TR,74HC08N,24LC04B-I,M74HC240B1R,TL064CDT,LMV321LILT,LM339DT,ACS712ELCTR-20AT,TL064CDR,24LC04B-P,TC74HC04AP,ULN2003ADR2G,PB,HCF4049BE,MC14025BCP,DS1302ZN+T&R,LMV358MM/NOPB,SN74HC273DWR,AT24C01C-SSHM-T,TL3842BDR,UC3845AD8T,SN74HC14DTR,LM2903DR,TC74HC238AP,M24C16-WMN6TP,LM2903DT,CAT24C08WI-GT3,UC3843BNG,TL071CDT,AZ1117CR-3.3TRG1,ULN2803ADTR,M74HC138B1R,AT24C64C-SSHM-T,CD4060BM96,M74HC574B1R,AT24C08D-PUM,UC3844AD8T,MC74HC240AN,ULN2001ADR,TL071CDTR,GT3140ADTR,HCF4071BE,HCF4094BE,TC74HC244AP,CD74HC4051M96,TC74HC32AP,MC14093BCP,MC34063ADR,74HC574D,653,74HC595D,74HC244D,M24C08-WMN6TP,M24C04-WMN6TP,ULN2004D1013TR,MC14012BCP,DS1302DTR,MC14081BCP,HEF4021BP,SP3232EEN-LR,UC3845N,CD4094BDTR,HCF4082BE,MC74HC165AN,LM358BDTR,74HC4051D,653,74HC244N,MC74HC373AN,TC74HC20AP,24LC02BT-I/OT,74HC374D,IR4427STRPBF,LM1875T,L78M05HDTR,ULN2804ADWR,LM317LDR2G,TL082CDR,LM317TG,CD4021BE,ULN2803AFWG,CD4050BCN,LM2903DTR,M24C04-WBN6P,CAT24C02LI-G,MC14001BCP,CD4049BCN,M74HC151B1R,TC74HC573AP,HCF4093BE,24LC08B-I,SN74HC273DTR,UC3845AN,UC3843BDTR,TC74HC10AP,74HC374N,M74HC04B1R,LM393P,UC3844BNG,MC74HC112N,AT24C04D-PUM,24LC08B-P,M74HC139B1R,CD4052BM96G3,TL082CN,LM393N,MC34063ADTR,GT4427DTR,LM321DTR,MC74HC07AN,AMS1117-5.0,SG3525ANG,24C04BN,CAT24C64LI-G,SP232EEN-L/TR,LMV358DR2G,TL082CDT,LM358DMR2G,ULN2803A,LMV358AMDTR,SN74HC238N,MC78M05CDTRKG,SN74HC541N,SN74HC595DTR,M74HC74B1R,AT24C32C-SSHM-T,TL071CDR,MC74HC374AN,HCF4081BE,MC14094BCP,LM324DT,UC3845BD1R2G,LG9110,74HC595D,118,UC3842BD1013TR,ICM7555CD,CAT24C01WI-GT3,UC3844BN,LM324DR,LM358DTR,DS1307ZN+T&R,TL061CDR,HEF4077BP,LM393DTR,TL08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经常有客户问到芯伯乐的电流传感器是如何工作的，量程该怎么选，电流超标了会不会烧坏芯片，针对客户的疑问相信你看了这篇芯片知识分享文章，大概就明白了这款芯片是如何使用的。
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GT712霍尔电流传感器
描述- GT712是一款高性能霍尔电流传感器，适用于测量交流或直流电流，广泛应用于工业、消费和通信设备。该系列产品内部集成了高精度低噪声线性霍尔电路和低阻抗主电流环路导体。当采样电流流经主电流环路时，产生的磁场会在霍尔电路上感应出相应的电信号，然后由信号处理电路进行处理，输出电压信号，使产品输出严格与测量的电流值成正比。
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芯伯乐（XBLW）半导体器件选型指南
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型号- UC2843,DS1302,UC2842,CP2139,TEA2025,UC2845,UC2844,DS1307,CD4069,74HC20,CD4073,CD4072,NE556,TL494,NE555,CD4077,24C128,CD4071,KA7500,CD4070,LM317,LM324B,74HC32,74系列,74HC595,50N06D,CD4066,74HC238,24C256,CD4060,74HC00,LM1875,74HC02,74HC04,74HC07,CP2119,CD4094,CD4518B,CD4093,SN65LBC184,74HC11,74HC14,MAX3485E,24C64,CD4511,74HC10,74HC573,74HC574,MAX3082E,74LVC00,74HC4053,74HC08,74HC4051,74HC4052,CD4082,CD4081,74XX,LMV321,CD4543,MAX3085E,LM239,LM358,CD4538,CD4541,LMV324,24C32,L7805,74HC151,74HC273,74HC153,LM321,LM324,MC33063,24C08,MAX202,74HC123,74HC244,74HC245,74HC126,24C02,24C01,24C04,DS18B20,SN75LBC184,74HC240,LM337,L78MXXH,SN65176,LM339,AMS1117,74HC132,74HC374,50P06D,74HC138,74HC259,74HC139,24C16,74HC373,L293D,CD40106,MAX3490E,ICL7660,LMV358,TDA2822,74XX系列,MAX3491E,TDA2030,74HC192,74HC193,MAX3088E,LM393,MAX481,MAX483,MAX485,MAX487,TLC555,74HC86,74HC165,TL071,MAX489,TL072,MAX488,TDA2003,ULN2001,ULN2002,CD4013,CD4012,CD4011,TL074,MAX3232,74HC160,74HC161,ULN2003,CP116,ULN2004,CP118,74HC164,4000,LM139,ULN2803,CP6208,ULN2804,LM2575,LM258,LM2576,SN75176,MAX232,MC34063,TL082,TL081,CD4001,TL084,24C512,4000系列,LM741,BISSS0001,74LVC1G14,LM2904,CD4027,CD4025,LM2901,LM2903,93C46,74HC540,74HC541,PCF8563,74HCT14,CD4528B,LM2596,MAX490,CD4017,MAX491,74HC74,L298N,CD4020,TL061,TL064,TL062,CD4021,CD4049,NE5532,CD4053,CD4052,93C66,CD4051,CD4050,SG3526,SG3524,L9110S,SG3525,UC3845,UC3846,CP1511,74LVC1G04,OP07C,UC3842,UC3843,UC3844,LM358B,74LVC1G08,TDA2050,93C56,CD4040,74HC533,74HC534,CD4043,LM293
华轩阳电子电流传感器选型表
华轩阳电子电流传感器选型表提供如下参数，工作电压：4.5V~5.5V；输出带宽：65KHz~120KHz；隔离耐压：680Vrms~2500Vrms；电流测量范围：±5A~±50A，多种封装：SOP-8、TO-94、LSR-P
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产品型号
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品类
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工作电压
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灵敏度
|
输出带宽
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电流测量范围
|
响应时间
|
工作温度
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封装
|
|
HACS712ELCTR-05B-T
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电流传感器
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4.5V~5.5V
|
185mV/A
|
120KHz
|
±5A
|
4µs
|
-40℃~+150℃
|
SOP-8
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选型表 - 华轩阳电子 立即选型
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【IC】芯伯乐低功耗实时时钟芯片DS1302＆DS1307，为电子系统提供精确到秒的高精度可靠计时功能
时钟芯片是日常生活中应用最为广泛的消费类电子产品之一。芯伯乐推出的实时时钟（RTC）芯片DS1302＆DS1307，都是功能强大、可靠性高的实时时钟芯片。它们的高精度、低功耗设计以及多种特殊功能使得它在各种应用中被广泛采用。无论是计算机系统、通信设备、工业控制还是嵌入式系统，都能够为其提供可靠的时间管理和记录功能。
芯伯乐DC-DC电源降压芯片XXL1509，固定150KHz开关频率，可提供3A输出电流能力
XXL1509是一款高效降压型DC-DC电源转换器，固定150KHz开关频率，可提供3A输出电流能力，具有低纹波，出色的线性调整率与负载调整率特点。XXL1509内置固定频率 振荡器与频率补偿电路，简化了电路设计。
芯伯乐 电源管理IC 选型表
芯伯乐，电源管理IC包含线性稳压器、DCDC开关电源、脉冲宽度调制解调器、人体感应传感器，工作电压(V)：1.2-40V，湿气敏感性等级：3级(168小时)，等级认证标准：SGS,ISO9001,ISO1400，工作温度：-10~150℃，有TO-252、TO-263、SOT-223等多种封装形式。
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产品型号
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品类
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工作电压(V)
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湿气敏感性等级
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等级认证标准
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封装
|
工作温度
|
|
L78M12HDTR
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线性稳压器
|
12V
|
3级(168小时)
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SGS,ISO9001,ISO1400
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TO-252
|
-20~125℃
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选型表 - 芯伯乐 立即选型
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