Shanghai Huabang Industrial Business Network - voltage sensor http://www.91way.com voltage sensor zh-cn Www.91way.com Copyright 2011-2012 Www.91way.com, All Rights Reserved 2026-5-4 9:48:05 [电压传感器]VSM1200DP系列霍尔电压传感器 http://www.91way.com/info_en/24666.html 电压传感器 2025-12-24 17:30:56 VSM1200DP系列霍尔电压传感器应用霍尔效应闭环原理的电压传感器，能在电隔离条件下测量各种信号的电压。 <BR><BR> <TABLE style="WIDTH: 100%; BORDER-COLLAPSE: collapse" border=1 cellSpacing=0 cellPadding=0 width="100%" align=center> <TBODY> <TR> <TD width=673 colSpan=9> <DIV>电参数</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>&nbsp;</DIV></TD> <TD width=113> <DIV>型号</DIV></TD> <TD width=74> <DIV align=center>VSM100DP</DIV></TD> <TD width=74> <DIV align=center>VSM200DP</DIV></TD> <TD width=74> <DIV align=center>VSM400DP</DIV></TD> <TD width=74> <DIV align=center>VSM800DP</DIV></TD> <TD width=74> <DIV align=center>VSM1000DP</DIV></TD> <TD width=74> <DIV align=center>VSM1200DP</DIV></TD> <TD width=60> <DIV align=center>&nbsp;</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>VPN</DIV></TD> <TD width=113> <DIV>原边额定输入电压</DIV></TD> <TD width=74> <DIV align=center>100</DIV></TD> <TD width=74> <DIV align=center>200</DIV></TD> <TD width=74> <DIV align=center>400</DIV></TD> <TD width=74> <DIV align=center>800</DIV></TD> <TD width=74> <DIV align=center>1000</DIV></TD> <TD width=74> <DIV align=center>1200</DIV></TD> <TD width=60> <DIV align=center>V</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>VP</DIV></TD> <TD width=113> <DIV>原边电压测量范围&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </DIV></TD> <TD width=74> <DIV align=center>0～±150</DIV></TD> <TD width=74> <DIV align=center>0～±300</DIV></TD> <TD width=74> <DIV align=center>0～±600</DIV></TD> <TD width=74> <DIV align=center>0～±1200</DIV></TD> <TD width=74> <DIV align=center>0～±1500</DIV></TD> <TD width=74> <DIV align=center>0～±1500</DIV></TD> <TD width=60> <DIV align=center>V</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>VOUT</DIV></TD> <TD width=113> <DIV>副边额定输出电压</DIV></TD> <TD width=444 colSpan=6> <DIV align=center>&nbsp; 4±1% </DIV></TD> <TD width=60> <DIV align=center>V</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>VC</DIV></TD> <TD width=113> <DIV>电源电压</DIV></TD> <TD width=444 colSpan=6> <DIV align=center>&nbsp;±15(±5%)</DIV></TD> <TD width=60> <DIV align=center>V</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>IC</DIV></TD> <TD width=113> <DIV>电流消耗&nbsp; </DIV></TD> <TD width=444 colSpan=6> <DIV>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &nbsp;30</DIV></TD> <TD width=60> <DIV align=center>mA</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>Vd</DIV></TD> <TD width=113> <DIV>绝缘电压</DIV></TD> <TD width=444 colSpan=6> <DIV align=center>在原边与副边电路之间3KV有效值/50Hz/1分钟</DIV></TD> <TD width=60> <DIV align=center>&nbsp;</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>εL</DIV></TD> <TD width=113> <DIV>线性度</DIV></TD> <TD width=444 colSpan=6> <DIV align=center>&lt;0.2</DIV></TD> <TD width=60> <DIV align=center>%FS</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>V0</DIV></TD> <TD width=113> <DIV>零点失调电压</DIV></TD> <TD width=444 colSpan=6> <DIV align=left>TA=25℃&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &lt;±25</DIV></TD> <TD width=60> <DIV align=center>mV</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>VOT</DIV></TD> <TD width=113> <DIV>失调电压温漂&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </DIV></TD> <TD width=444 colSpan=6> <DIV>VP=0&nbsp; TA=-25～+85℃&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &lt;±1</DIV></TD> <TD width=60> <DIV align=center>mV/℃</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>Tr</DIV></TD> <TD width=113> <DIV>响应时间</DIV></TD> <TD width=444 colSpan=6> <DIV align=center>&lt;100</DIV></TD> <TD width=60> <DIV align=center>us</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>TA</DIV></TD> <TD width=113> <DIV>工作环境温度&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </DIV></TD> <TD width=444 colSpan=6> <DIV align=center>-25～+85</DIV></TD> <TD width=60> <DIV align=center>℃</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>TS</DIV></TD> <TD width=113> <DIV>贮存环境温度&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </DIV></TD> <TD width=444 colSpan=6> <DIV>-40～+100</DIV></TD> <TD width=60> <DIV align=center>℃</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>&nbsp;</DIV></TD> <TD width=113> <DIV>标准</DIV></TD> <TD width=444 colSpan=6> <DIV align=center>Q/320115QHKJ01-2010</DIV></TD></TR></TBODY></TABLE> <P><BR>引脚说明：1,+15V 2,-15V 3,Vout 4,0V(电源地) OFS,零点调节 GIN,幅度调节 <BR>使用说明 <BR>1、传感器错误的接线可能导致模块损坏。传感器通电后，当被测电压从传感器输入端接入，即可在输出端测得同相电压值。 <BR>2、传感器的输出幅度可根据用户需求进行适当的调节。</P> <P align=center><A href="http://www.91way.com/upload2014/201403/20140318062306518.jpg" target=_blank><IMG style="FILTER: ; WIDTH: 560px; HEIGHT: 326px" border=0 hspace=0 alt=VSM1200DP系列霍尔电压传感器安装尺寸 src="/upload2014/201403/20140318062306518.jpg" width=560 height=326></A><BR>VSM1200DP系列霍尔电压传感器<BR></P> [电压传感器]A-VSM800DAT系列霍尔电压传感器 http://www.91way.com/info_en/24667.html 电压传感器 2025-12-23 19:29:18 <P> <TABLE style="WIDTH: 100%; BORDER-COLLAPSE: collapse" border=1 cellSpacing=0 cellPadding=0 width="100%" align=center> <TBODY> <TR> <TD width=673 colSpan=8> <DIV>A-VSM800DAT系列霍尔电压传感器电参数<BR></DIV></TD></TR> <TR> <TD width=55> <DIV align=center>&nbsp;</DIV></TD> <TD width=113> <DIV>型号</DIV></TD> <TD width=89> <DIV align=center>A-VSM100DAT</DIV></TD> <TD width=89> <DIV align=center>A-VSM220DAT</DIV></TD> <TD width=89> <DIV align=center>A-VSM380DAT</DIV></TD> <TD width=89> <DIV align=center>A-VSM500DAT</DIV></TD> <TD width=89> <DIV align=center>A-VSM800DAT</DIV></TD> <TD width=60> <DIV align=center>&nbsp;</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>VPN</DIV></TD> <TD width=113> <DIV>原边额定输入电压</DIV></TD> <TD width=89> <DIV align=center>100(AC)</DIV></TD> <TD width=89> <DIV align=center>220(AC)</DIV></TD> <TD width=89> <DIV align=center>380(AC)</DIV></TD> <TD width=89> <DIV align=center>500(AC)</DIV></TD> <TD width=89> <DIV align=center>800(AC)</DIV></TD> <TD width=60> <DIV align=center>V(rms)</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>VP</DIV></TD> <TD width=113> <DIV>原边电压测量范围&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &nbsp;&nbsp;&nbsp;</DIV></TD> <TD width=444 colSpan=5> <DIV align=center>0～150%</DIV></TD> <TD width=60> <DIV align=center>&nbsp;</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>ISN</DIV></TD> <TD width=113> <DIV>副边额定输出电流</DIV></TD> <TD width=444 colSpan=5> <DIV align=center>&nbsp; 20±1%(DC)</DIV></TD> <TD width=60> <DIV align=center>mA</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>I0</DIV></TD> <TD width=113> <DIV>零点失调电流</DIV></TD> <TD width=444 colSpan=5> <DIV align=center>4(DC)</DIV></TD> <TD width=60> <DIV align=center>mA</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>RM</DIV></TD> <TD width=113> <DIV>测量电阻</DIV></TD> <TD width=444 colSpan=5> <DIV align=center>54～580</DIV></TD> <TD width=60> <DIV align=center>Ω</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>VC</DIV></TD> <TD width=113> <DIV>电源电压</DIV></TD> <TD width=444 colSpan=5> <DIV align=center>&nbsp;+24(±5%)</DIV></TD> <TD width=60> <DIV align=center>V</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>Vd</DIV></TD> <TD width=113> <DIV>绝缘电压</DIV></TD> <TD width=444 colSpan=5> <DIV align=center>在原边与副边电路之间2.5KV有效值/50Hz/1分钟</DIV></TD> <TD width=60> <DIV align=center>&nbsp;</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>εL</DIV></TD> <TD width=113> <DIV>线性度</DIV></TD> <TD width=444 colSpan=5> <DIV align=center>&nbsp;&lt;0.2</DIV></TD> <TD width=60> <DIV align=center>%FS</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>X</DIV></TD> <TD width=113> <DIV>精度</DIV></TD> <TD width=444 colSpan=5> <DIV>TA =25℃&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; ±0.8&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </DIV></TD> <TD width=60> <DIV align=center>%</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>IOT</DIV></TD> <TD width=113> <DIV>失调电流温漂&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;</DIV></TD> <TD width=444 colSpan=5> <DIV>VP=0&nbsp; TA =-25～+85℃&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &lt;±0.005</DIV></TD> <TD width=60> <DIV align=center>mA/℃</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>Tr</DIV></TD> <TD width=113> <DIV>响应时间</DIV></TD> <TD width=444 colSpan=5> <DIV align=center>&lt;20</DIV></TD> <TD width=60> <DIV align=center>ms</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>TA</DIV></TD> <TD width=113> <DIV>工作环境温度&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </DIV></TD> <TD width=444 colSpan=5> <DIV align=center>-25～+85</DIV></TD> <TD width=60> <DIV align=center>℃</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>TS</DIV></TD> <TD width=113> <DIV>贮存环境温度&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </DIV></TD> <TD width=444 colSpan=5> <DIV>-40～+100</DIV></TD> <TD width=60> <DIV align=center>℃</DIV></TD></TR> <TR> <TD width=55> <DIV align=center>&nbsp;</DIV></TD> <TD width=113> <DIV>标准</DIV></TD> <TD width=444 colSpan=5> <DIV align=center>Q/320115QHKJ01-2010</DIV></TD></TR></TBODY></TABLE><BR>外形尺寸（mm）</P> <P align=center>&nbsp;<A href="http://www.91way.com/upload2014/201403/20140318062949333.jpg" target=_blank><IMG style="FILTER: ; WIDTH: 356px; HEIGHT: 351px" border=0 hspace=0 alt=A-VSM800DAT系列霍尔电压传感器安装尺寸 src="/upload2014/201403/20140318062949333.jpg" width=356 height=351></A></P> <P align=left>外部接线图 </P> <P align=center><A href="http://www.91way.com/upload2014/201403/20140318063002791.jpg" target=_blank><IMG style="FILTER: ; WIDTH: 325px; HEIGHT: 116px" border=0 hspace=0 alt=A-VSM800DAT系列霍尔电压传感器接线图 src="/upload2014/201403/20140318063002791.jpg" width=325 height=116></A></P> <P align=left>使用说明 <BR>1、传感器错误的接线可能导致模块损坏。传感器通电后，待测电压从传感器输入端接入，即可在输出端测得相应的电流值。 <BR>2、可按用户需求选择电压输出的传感器。 <BR>3、传感器的输出幅度可根据用户需求进行适当的调节。<BR></P> [电压传感器]VSM800D系列霍尔电压传感器 http://www.91way.com/info_en/15333.html 电压传感器 2025-11-24 18:37:17 产品描述： <BR>VSM800D系列霍尔电压传感器应用霍尔效应闭环原理的电压传感器，能在电隔离条件下测量各种信号的电压 <BR><BR>电参数 <BR><BR> <TABLE style="WIDTH: 100%; BORDER-COLLAPSE: collapse" border=1 cellSpacing=0 cellPadding=0 width="100%" align=center> <TBODY> <TR> <TD width=54> <P align=center></P></TD> <TD width=117> <P>型号</P></TD> <TD width=64> <P align=center>VSM</P> <P align=center>050D</P></TD> <TD width=64> <P align=center>VSM</P> <P align=center>100D</P></TD> <TD width=64> <P align=center>VSM</P> <P align=center>200D</P></TD> <TD width=64> <P align=center>VSM</P> <P align=center>300D</P></TD> <TD width=64> <P align=center>VSM</P> <P align=center>400D</P></TD> <TD width=64> <P align=center>VSM</P> <P align=center>500D</P></TD> <TD width=64> <P align=center>VSM</P> <P align=center>800D</P></TD> <TD width=53> <P align=center></P></TD></TR> <TR> <TD width=54> <P align=center>VPN</P></TD> <TD width=117> <P>原边额定输入电压</P></TD> <TD width=64> <P align=center>±50</P></TD> <TD width=64> <P align=center>±100</P></TD> <TD width=64> <P align=center>±200</P></TD> <TD width=64> <P align=center>±300</P></TD> <TD width=64> <P align=center>±400</P></TD> <TD width=64> <P align=center>±500</P></TD> <TD width=64> <P align=center>±800</P></TD> <TD width=53> <P align=center>V</P></TD></TR> <TR> <TD width=54> <P align=center>VP</P></TD> <TD width=117> <P>原边电压测量范围</P></TD> <TD width=64> <P align=center>0～±100</P></TD> <TD width=64> <P align=center>0～±200</P></TD> <TD width=64> <P align=center>0～±400</P></TD> <TD width=64> <P align=center>0～±600</P></TD> <TD width=64> <P align=center>0～±800</P></TD> <TD width=64> <P align=center>0～±1000</P></TD> <TD width=64> <P align=center>0～±1000</P></TD> <TD width=53> <P align=center>V</P></TD></TR> <TR> <TD width=54> <P align=center>ISN</P></TD> <TD width=117> <P>副边额定输出电流</P></TD> <TD width=451 colSpan=7> <P align=center>20±1%</P></TD> <TD width=53> <P align=center>mA</P></TD></TR> <TR> <TD width=54> <P align=center>KN</P></TD> <TD width=117> <P>匝数比</P></TD> <TD width=451 colSpan=7> <P align=center>4000：1000</P></TD> <TD width=53> <P align=center></P></TD></TR> <TR> <TD width=54> <P align=center>RM</P></TD> <TD width=117> <P>测量电阻</P></TD> <TD width=451 colSpan=7> <P>VC=±15V 54～360</P></TD> <TD width=53> <P align=center>Ω</P></TD></TR> <TR> <TD width=54> <P align=center>VC</P></TD> <TD width=117> <P>电源电压</P></TD> <TD width=451 colSpan=7> <P align=center>±12～±15(±5%)</P></TD> <TD width=53> <P align=center>V</P></TD></TR> <TR> <TD width=54> <P align=center>Vd</P></TD> <TD width=117> <P>绝缘电压</P></TD> <TD width=451 colSpan=7> <P align=center>在原边与副边电路之间2.5KV有效值/50Hz/1分钟</P></TD> <TD width=53> <P align=center></P></TD></TR> <TR> <TD width=54> <P align=center>εL</P></TD> <TD width=117> <P>线性度</P></TD> <TD width=451 colSpan=7> <P align=center>&lt;0.2</P></TD> <TD width=53> <P align=center>%FS</P></TD></TR> <TR> <TD width=54> <P align=center>X</P></TD> <TD width=117> <P>精度</P></TD> <TD width=451 colSpan=7> <P>TA =25℃ VC=±15V ±0.8 </P></TD> <TD width=53> <P align=center>%</P></TD></TR> <TR> <TD width=54> <P align=center>I0</P></TD> <TD width=117> <P>零点失调电流</P></TD> <TD width=451 colSpan=7> <P>TA =25℃ &lt;±0.2</P></TD> <TD width=53> <P align=center>mA</P></TD></TR> <TR> <TD width=54> <P align=center>IOT</P></TD> <TD width=117> <P>失调电流温漂</P></TD> <TD width=451 colSpan=7> <P>VP=0 TA =–25～+85℃ &lt;±0.5</P></TD> <TD width=53> <P align=center>mA</P></TD></TR> <TR> <TD width=54> <P align=center>Tr</P></TD> <TD width=117> <P>响应时间</P></TD> <TD width=451 colSpan=7> <P align=center>&lt;100</P></TD> <TD width=53> <P align=center>us</P></TD></TR> <TR> <TD width=54> <P align=center>TA</P></TD> <TD width=117> <P>工作环境温度</P></TD> <TD width=451 colSpan=7> <P align=center>-25～+85</P></TD> <TD width=53> <P align=center>℃</P></TD></TR> <TR> <TD width=54> <P align=center>TS</P></TD> <TD width=117> <P>贮存环境温度</P></TD> <TD width=451 colSpan=7> <P>-40～+100</P></TD> <TD width=53> <P align=center>℃</P></TD></TR> <TR> <TD width=54> <P align=center>RS</P></TD> <TD width=117> <P>副边线圈内阻</P></TD> <TD width=451 colSpan=7> <P>TA =85℃ 50</P></TD> <TD width=53> <P align=center>Ω</P></TD></TR> <TR> <TD width=54> <P align=center></P></TD> <TD width=117> <P>标准</P></TD> <TD width=451 colSpan=7> <P align=center>Q/3201CHGL02-2007</P></TD> <TD width=53> <P align=center></P></TD></TR></TBODY></TABLE> <P><BR>VSM800D系列霍尔电压传感器外形尺寸(mm) </P> <P align=center><A href="/upload2010/201008/20100801230434238.jpg" target=_blank><IMG style="FILTER: ; WIDTH: 531px; HEIGHT: 194px" border=0 hspace=0 alt=VSM800D系列霍尔电压传感器外形尺寸 src="/upload2010/201008/20100801230434238.jpg" width=531 height=194></A><BR><BR>外部接线图 <BR><A href="/upload2010/201008/20100801230447702.jpg" target=_blank><IMG style="FILTER: ; WIDTH: 332px; HEIGHT: 125px" border=0 hspace=0 alt=VSM800D系列霍尔电压传感器接线图 src="/upload2010/201008/20100801230447702.jpg" width=332 height=125></A></P> <P align=left>使用说明 <BR>1、传感器错误的接线可能导致模块损坏。传感器通电后，待测电压从传感器输入端接入，即可在输出端测得电流的大小。 <BR>2、可按用户需求选择电压输出的传感器。3、传感器的输出幅度可根据用户需求进行适当的调节。<BR><BR></P> [电压传感器]A-VSM800D系列霍尔交流电压传感器 http://www.91way.com/info_en/15334.html 电压传感器 2025-10-18 17:47:58 产品描述： <BR>A-VSM800D系列霍尔交流电压传感器应用霍尔效应闭环原理的电压传感器，能在电隔离条件下测量交流信号的电压。 <BR><BR>A-VSM800D系列霍尔交流电压传感器参数 <BR><BR> <TABLE style="WIDTH: 650px; BORDER-COLLAPSE: collapse" border=1 cellSpacing=0 cellPadding=0 width=650 align=center> <TBODY> <TR> <TD width=48> <P>&nbsp;</P></TD> <TD width=117> <P>型号</P></TD> <TD width=64> <P align=center>A-VSM</P> <P align=center>050D</P></TD> <TD width=64> <P align=center>A-VSM</P> <P align=center>100D</P></TD> <TD width=64> <P align=center>A-VSM</P> <P align=center>200D</P></TD> <TD width=64> <P align=center>A-VSM</P> <P align=center>300D</P></TD> <TD width=64> <P align=center>A-VSM</P> <P align=center>400D</P></TD> <TD width=64> <P align=center>A-VSM</P> <P align=center>500D</P></TD> <TD width=64> <P align=center>A-VSM</P> <P align=center>800D</P></TD> <TD width=53> <P align=center>&nbsp;</P></TD></TR> <TR> <TD width=48> <P align=center>VPN</P></TD> <TD width=117> <P>原边额定输入电压</P></TD> <TD width=64> <P align=center>50(AC)</P></TD> <TD width=64> <P align=center>100(AC)</P></TD> <TD width=64> <P align=center>200(AC)</P></TD> <TD width=64> <P align=center>300(AC)</P></TD> <TD width=64> <P align=center>400(AC)</P></TD> <TD width=64> <P align=center>500(AC)</P></TD> <TD width=64> <P align=center>800(AC)</P></TD> <TD width=53> <P align=center>V(rms)</P></TD></TR> <TR> <TD width=48> <P align=center>VP</P></TD> <TD width=117> <P>原边电压测量范围</P></TD> <TD width=64> <P align=center>0-100(AC)</P></TD> <TD width=64> <P align=center>0-200(AC)</P></TD> <TD width=64> <P align=center>0-400(AC)</P></TD> <TD width=64> <P align=center>0-600(AC)</P></TD> <TD width=64> <P align=center>0-800(AC)</P></TD> <TD width=64> <P align=center>0-1000(AC)</P></TD> <TD width=64> <P align=center>0-1000(AC)</P></TD> <TD width=53> <P align=center>V(rms)</P></TD></TR> <TR> <TD width=48> <P align=center>ISN</P></TD> <TD width=117> <P>副边额定输出电流</P></TD> <TD width=451 colSpan=7> <P align=center>&nbsp; 20(DC)</P></TD> <TD width=53> <P align=center>mA</P></TD></TR> <TR> <TD width=48> <P align=center>KN</P></TD> <TD width=117> <P>匝数比</P></TD> <TD width=451 colSpan=7> <P align=center>&nbsp;3000：1200</P></TD> <TD width=53> <P align=center>&nbsp;</P></TD></TR> <TR> <TD width=48> <P align=center>RM</P></TD> <TD width=117> <P>测量电阻</P></TD> <TD width=451 colSpan=7> <P>VC=±15V&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; 54～360</P></TD> <TD width=53> <P align=center>Ω</P></TD></TR> <TR> <TD width=48> <P align=center>VC</P></TD> <TD width=117> <P>电源电压</P></TD> <TD width=451 colSpan=7> <P align=center>&nbsp;±12～±15(±5%)</P></TD> <TD width=53> <P align=center>V</P></TD></TR> <TR> <TD width=48> <P align=center>Vd</P></TD> <TD width=117> <P>绝缘电压</P></TD> <TD width=451 colSpan=7> <P align=center>在原边与副边电路之间2.5KV有效值/50Hz/1分钟</P></TD> <TD width=53> <P align=center>&nbsp;</P></TD></TR> <TR> <TD width=48> <P align=center>εL</P></TD> <TD width=117> <P>线性度</P></TD> <TD width=451 colSpan=7> <P align=center>&nbsp;&lt;0.2</P></TD> <TD width=53> <P align=center>%FS</P></TD></TR> <TR> <TD width=48> <P align=center>X</P></TD> <TD width=117> <P>精度</P></TD> <TD width=451 colSpan=7> <P>TA =25℃ VC=±15V&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; ±0.8&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </P></TD> <TD width=53> <P align=center>%</P></TD></TR> <TR> <TD width=48> <P align=center>I0</P></TD> <TD width=117> <P>零点失调电流</P></TD> <TD width=451 colSpan=7> <P>TA =25℃&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &lt;±0.2</P></TD> <TD width=53> <P align=center>mA</P></TD></TR> <TR> <TD width=48> <P align=center>IOT</P></TD> <TD width=117> <P>失调电流温漂&nbsp;</P></TD> <TD width=451 colSpan=7> <P>VP=0&nbsp; TA =–25～+85℃&nbsp;&nbsp;&nbsp; &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;±0.1～±0.5</P></TD> <TD width=53> <P align=center>mA</P></TD></TR> <TR> <TD width=48> <P align=center>Tr</P></TD> <TD width=117> <P>响应时间</P></TD> <TD width=451 colSpan=7> <P align=center>&nbsp;&lt;20</P></TD> <TD width=53> <P align=center>ms</P></TD></TR> <TR> <TD width=48> <P align=center>TA</P></TD> <TD width=117> <P>工作环境温度&nbsp;</P></TD> <TD width=451 colSpan=7> <P>-25～+85</P></TD> <TD width=53> <P align=center>℃</P></TD></TR> <TR> <TD width=48> <P align=center>TS</P></TD> <TD width=117> <P>贮存环境温度&nbsp;</P></TD> <TD width=451 colSpan=7> <P>-40～+100</P></TD> <TD width=53> <P align=center>℃</P></TD></TR> <TR> <TD width=48> <P align=center>Rp</P></TD> <TD width=117> <P>输入内阻</P></TD> <TD width=64> <P>20K</P></TD> <TD width=64> <P>40K</P></TD> <TD width=64> <P>80K</P></TD> <TD width=64> <P>120K</P></TD> <TD width=64> <P>160K</P></TD> <TD width=64> <P>200K</P></TD> <TD width=64> <P>330K</P></TD> <TD width=53> <P align=center>Ω</P></TD></TR> <TR> <TD width=48> <P align=center>&nbsp;</P></TD> <TD width=117> <P>标准</P></TD> <TD width=451 colSpan=7> <P align=center>Q/3201CHGL02-2007</P></TD> <TD width=53> <P align=center>&nbsp;</P></TD></TR></TBODY></TABLE> <P><BR>外形尺寸(mm) </P> <P align=center><A href="/upload2010/201008/20100801230750906.jpg" target=_blank><IMG style="FILTER: ; WIDTH: 560px; HEIGHT: 212px" border=0 hspace=0 alt=A-VSM800D系列霍尔交流电压传感器外形尺寸 src="/upload2010/201008/20100801230750906.jpg" width=560 height=212></A><BR><BR>外部接线图 <BR><A href="/upload2010/201008/20100801230801793.jpg" target=_blank><IMG style="FILTER: ; WIDTH: 323px; HEIGHT: 114px" border=0 hspace=0 alt=A-VSM800D系列霍尔交流电压传感器接线图 src="/upload2010/201008/20100801230801793.jpg" width=323 height=114></A></P> <P align=left>使用说明 <BR>1、错误的接线可能导致传感器损坏。当被测电压接入传感器，即可在输出端测得相应的电流值。 <BR>2、传感器的输出幅度可根据用户需求进行适当的调节。 <BR>3、可按用户需求定制不同额定输入电压的传感器。<BR><BR></P> [电压传感器]VSM025A型霍尔电压传感器 http://www.91way.com/info_en/15332.html 电压传感器 2025-10-18 17:15:48 产品描述：<BR>应用霍尔效应闭环原理的电压传感器，能在电隔离条件下测量直流、交流、脉冲以及各种不规则波形的电压。 <BR><BR>电参数 <BR><BR> <TABLE style="WIDTH: 650px; BORDER-COLLAPSE: collapse" border=1 cellSpacing=0 cellPadding=0 width=650 align=center> <TBODY> <TR> <TD width=54> <P align=center></P></TD> <TD width=144> <P>型号</P></TD> <TD width=412 colSpan=2> <P align=center>VSM025A</P></TD> <TD width=59> <P align=center></P></TD></TR> <TR> <TD width=54> <P align=center>IPN</P></TD> <TD width=144> <P>原边额定输入电流</P></TD> <TD width=412 colSpan=2> <P>10</P></TD> <TD width=59> <P align=center>mA</P></TD></TR> <TR> <TD width=54> <P align=center>IP</P></TD> <TD width=144> <P>原边电流测量范围</P></TD> <TD width=412 colSpan=2> <P align=center>0～±14</P></TD> <TD width=59> <P align=center>mA</P></TD></TR> <TR> <TD width=54> <P align=center>ISN</P></TD> <TD width=144> <P>副边额定输出电流</P></TD> <TD width=412 colSpan=2> <P align=center>25</P></TD> <TD width=59> <P align=center>mA</P></TD></TR> <TR> <TD width=54> <P align=center>KN</P></TD> <TD width=144> <P>匝数比</P></TD> <TD width=412 colSpan=2> <P align=center>2500：1000</P></TD> <TD width=59> <P align=center></P></TD></TR> <TR> <TD width=54> <P align=center>RM</P></TD> <TD width=144> <P>测量电阻 (VC=±12V)</P></TD> <TD width=205> <P>IP =±10mA时: 30～350</P></TD> <TD width=207> <P>IP =±14mA时: 30～235</P></TD> <TD width=59> <P align=center>Ω</P></TD></TR> <TR> <TD width=54> <P align=center></P></TD> <TD width=144> <P>(VC=±15V)</P></TD> <TD width=205> <P>IP =±10mA时: 100～460</P></TD> <TD width=207> <P>IP =±14mA时: 100～315</P></TD> <TD width=59> <P align=center>Ω</P></TD></TR> <TR> <TD width=54> <P align=center>VC</P></TD> <TD width=144> <P>电源电压</P></TD> <TD width=412 colSpan=2> <P align=center>±12～±15(±5%)</P></TD> <TD width=59> <P align=center>V</P></TD></TR> <TR> <TD width=54> <P align=center>IC</P></TD> <TD width=144> <P>电流消耗 </P></TD> <TD width=412 colSpan=2> <P>VC=±15V 10+Is</P></TD> <TD width=59> <P align=center>mA</P></TD></TR> <TR> <TD width=54> <P align=center>Vd</P></TD> <TD width=144> <P>绝缘电压</P></TD> <TD width=412 colSpan=2> <P align=center>在原边与副边电路之间2.5KV有效值/50Hz/1分钟</P></TD> <TD width=59> <P align=center></P></TD></TR> <TR> <TD width=54> <P align=center>εL</P></TD> <TD width=144> <P>线性度</P></TD> <TD width=412 colSpan=2> <P align=center>&lt;0.2</P></TD> <TD width=59> <P align=center>%FS</P></TD></TR> <TR> <TD width=54> <P align=center>X</P></TD> <TD width=144> <P>精度</P></TD> <TD width=412 colSpan=2> <P>TA =25℃ VC=±15V ±0.7 </P></TD> <TD width=59> <P align=center>%</P></TD></TR> <TR> <TD width=54> <P align=center>I0</P></TD> <TD width=144> <P>失调电流</P></TD> <TD width=412 colSpan=2> <P>TA =25℃ &lt;±0.15</P></TD> <TD width=59> <P align=center>mA</P></TD></TR> <TR> <TD width=54> <P align=center>IOT</P></TD> <TD width=144> <P>失调电流温漂</P></TD> <TD width=412 colSpan=2> <P>IP=0 TA =-25～+85℃ &lt;±0.35</P></TD> <TD width=59> <P align=center>mA</P></TD></TR> <TR> <TD width=54> <P align=center>Tr</P></TD> <TD width=144> <P>响应时间</P></TD> <TD width=412 colSpan=2> <P>90% of VPN ≤40</P></TD> <TD width=59> <P align=center>μs</P></TD></TR> <TR> <TD width=54> <P align=center>TA</P></TD> <TD width=144> <P>工作环境温度 </P></TD> <TD width=412 colSpan=2> <P align=center>-25～+85</P></TD> <TD width=59> <P align=center>℃</P></TD></TR> <TR> <TD width=54> <P align=center>TS</P></TD> <TD width=144> <P>贮存环境温度 </P></TD> <TD width=412 colSpan=2> <P align=center>-40～+100</P></TD> <TD width=59> <P align=center>℃</P></TD></TR> <TR> <TD width=54> <P align=center>Rp</P></TD> <TD width=144> <P>原边线圈内阻</P></TD> <TD width=412 colSpan=2> <P>TA =25℃ 190</P></TD> <TD width=59> <P align=center>Ω</P></TD></TR> <TR> <TD width=54> <P align=center>Rs</P></TD> <TD width=144> <P>副边线圈内阻</P></TD> <TD width=412 colSpan=2> <P>TA =85℃ 55</P></TD> <TD width=59> <P align=center>Ω</P></TD></TR> <TR> <TD width=54> <P align=center></P></TD> <TD width=144> <P>标准</P></TD> <TD width=412 colSpan=2> <P align=center>Q/3201CHGL02-2007</P></TD> <TD width=59> <P align=center></P></TD></TR></TBODY></TABLE> <P><BR>外形尺寸(mm) </P> <P align=center><A href="http://www.91way.com/upload2010/201008/20100801230004374.jpg" target=_blank><IMG style="FILTER: ; WIDTH: 432px; HEIGHT: 175px" border=0 hspace=0 alt=VSM025A型霍尔电压传感器外形尺寸 src="/upload2010/201008/20100801230004374.jpg" width=432 height=175></A><BR><BR>外部接线图 <BR><A href="http://www.91way.com/upload2010/201008/20100801230014905.jpg" target=_blank><IMG style="FILTER: ; WIDTH: 369px; HEIGHT: 84px" border=0 hspace=0 alt=VSM025A型霍尔电压传感器接线图 src="/upload2010/201008/20100801230014905.jpg" width=369 height=84></A></P> <P align=left>使用说明 <BR><BR>1、测量电压时，Ri电阻串联在传感器原边回路上，为使传感器达到最佳精度，尽量选择Ri的大小使输入电流为10mA左右。 <BR>2、工作范围：考虑到初级线圈内阻(与Ri相比，为保持温差尽可能低)和隔离，此传感器适用于测量10～500V电压。为确保测量电阻的稳定性，Ri的功率为额定功率的4倍以上(一般在10W以上)。3、当传感器焊接到线路板上时，需用低温烙铁，焊接时间尽量短，否则将有可能造成管脚内部联线开路。 <BR>4、电路板上安装传感器的插孔位置必须与管脚尺寸完全吻合，不可人为挤压管脚，否则也由可能造成管脚内部联线开路。<BR><BR></P>