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EQ-433L Datasheet(PDF) 2 Page - Asahi Kasei Microsystems |
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EQ-433L Datasheet(HTML) 2 Page - Asahi Kasei Microsystems |
2 / 4 page EQ-433L ●Electric characteristics(TA=25℃, VCC=5V) ●Magnetic characteristics(TA=25℃, VCC=5V) ※1mT = 10Gauss ※1mT = 10Gauss Parameter Conditions min Unit Symbol VCC−0.3 0 9 90 2 4 0.3 2 12 VCC 0.3 mA V V kHz μs μs μs mVp-p Typ Max Output saturation voltage at Low Level (*1) Bandwidth (*2) Response time (*2) Output rise time (*2) Output fall time (*2) Output noise voltage (*2) B=0mT with no load IOUT=ー1mA IOUT=1mA ー3dB CL=1000pF ICC VSATH VSATL fT tRES tRISE tFALL tREAC VNp-p Output saturation voltage at High Level (*1) Current consumption (*1&2) Design target at 25℃ (*3) See Characteristic Definitions section (*4) See Characteristic Definitions section Rise time : 10% of Input MFD to 90% of output voltage. Fall time: 90% of Input MFD to 10% of output voltage. (under input/output MFD step is 1 to 2μs) CL=1000pF Output delay time (*2) Rise time : 10% of Input MFD to 10% of output voltage. Fall time: 90% of Input MFD to 90% of output voltage. (under input/output MFD step is 1 to 2μs) CL=1000pF 10% to 90% of output voltage under input/output MFD step is 1 to 2μs. CL=1000pF 90% to 10% of output voltage under input/output MFD step is 1 to 2μs CL=1000pF ●Ratio-metric characteristics(TA=25℃) ※1mT = 10Gauss (*5) See Characteristic Definitions section Parameter Symbol Conditions min Typ Max Unit Sensitivity(*3) Quiescent voltage Linearity (*4) Vh VOUT0 ρ B=0、±41mT with no load B=0mT B=0mT (IOUT=0mA) B=±50mT (IOUT=±1mA) 17 2.45 −0.5 20 2.5 23 2.55 0.5 mV/mT V %F.S. Parameter Symbol Conditions min Typ Max Unit Error in Ratiometric of Magnetic sensitivity(*5) Error in Ratiometric of Quiescent voltage(*5) VOUT0-R Vh-R B=0、±41mT with no load B=0mT −3 −3 3 3 % % Input magnetic field Rise time of magnetic field Fall time of magnetic field tRES tREA tREA tFALL tRES tRISE Output voltage of sensor 90% 90% 10% 90% 1∼2μs 1∼2μs 10% 90% 10% 10% ●Characteristic Definitions ρ= ×100 Vout(+B) ーVout(ーB) Vout(B) ー {Vh×B+Vint} ①Magnetic sensitivity Vh (mV/mT) Magnetic sensitivity is defined as the slope of the straight line obtained from three points, Quiescent voltage VOUT0、VOUT (+B)、VOUT (−B) (B is described in measurement condition), by the least square approximation. ②Linearityρ (%F.S.) Linearity is defined as the ratio of a error voltage against FULLSCALE. Where error voltage is calculate as the difference from the straight line obtained from three points, Quiescent voltage VOUT0、VOUT (+B)、VOUT (−B) (B and Output current are described in measurement condition shown below), by the least square approximation. 〈Condition〉 :0mT applied、IOUT = 0mA +BmT applied : IOUT=+1.0mA(Draw out from output) −BmT applied : IOUT=−1.0mA(Draw in to output) Where FULLSCALE(F.S.) is defied as VOUT (+B)、VOUT (−B), Vint is y-intercepts of the line obtained in the Definition of Magnetic sensitivity. ③Error in Ratiometric of Magnetic sensitivity and Error in Ratiometric of quiescent voltage Error in ratiometric is defined as the ratio of the variation of sensitivity and quiescent voltage at 3V and 5V as following equations.. ④Response time tRES (μs) Response time is defined as the time from the 90% reach point of input magnetic field rise up to the 90% reach point of output voltage rise up ⑤Output rise time, Output fall time tRISE、tFALL(μs) Output rise up time is defined as the time from the 10% point to the 90% point of output voltage under a pulse like magnetic field input shown below. Output fall down time is defined as the time from the 90% point to the 10% point of output voltage under a pulse like magnetic field input shown below. ⑥Output delay time tREAC(μs) Output delay time is defined as the time from the 10% point in rise up(90% point in fall down) of input magnetic field to the 10% point in rise up(90% point in fall down) of output voltage under a pulse like magnetic field input shown below.. 〈Relations of the input Magnetic field and tRES、tRISE、tFALL、 tREAC〉 VhーR= ×100 Vh(VCC=5V) 5 3 5 3 Vh(VCC=3V) − VOUT0ーR= ×100 VOUT0(VCC=5V) 5 3 5 3 VOUT0(VCC=3V) − |
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