483C41（483C15）八通道线路供电美国PCB电源

483c41（483c15）八通道线路供电美国pcb电源

8通道，线路供电，电感耦合等离子体/电荷传感器信号条件，增益，可选低通滤波器，以太网，键盘/显示器
传感器输入类型：电感耦合等离子体，电压，电荷
频道：8个
teds传感器支持：是
所需功率：交流电源

 english:si: performancechannels88
sensor input type(s)icp®, voltage, chargeicp®, voltage, charge
gain (icp®/ voltage input)0.1 to 2000.1 to 200
gain (mv/pc ) (charge input)0.01 to 20000.01 to 2000
gain increment(minimum) (icp®/ voltage input)0.10.1
gain increment(minimum) (charge input)0.010.01
accuracy(icp®/ voltage input) (gain, 0.1 to 0.4)±5 %±5 %
accuracy(icp®/ voltage input) (gain, 0.5 to 200)±1 %±1 %
accuracy(charge input) (gain, 0.01 to 0.04)±6 %±6 %
accuracy(charge input) (gain, 0.05 to 2000)±1 %±1 %
input range(maximum) (charge input)100000 pc pk100000 pc pk
input range(maximum) (icp® input)10 vpk10 vpk[3] inputrange(maximum) (voltage input)5 vpk5 vpk
low frequency response (-5 %) (icp®/ voltage input)≤0.05 hz≤0.05hz
low frequency response (-5 %) (charge input)0.5 hz0.5hz[2] electrical filter roll-off160 db/decade160 db/decade
filter type (8-pole butterworth)low passlow pass
high frequency response (-3 db) (gain from 0.01 to 99.9)>100khz>100 khz
high frequency response (-3 db) (gain from 100 to 2000)>80khz>80 khz
electrical filter corner frequency (-10 %)0.1-0.3-1-3-10-30khz0.1-0.3-1-3-10-30 khz[1] electrical filter pass bandamplitude accuracy1 %1 %
phase response (at 1 khz)±2 °±2 °
non-linearity1 %1 %
cross talk<-72 db<-72 db
teds sensor supportyesyes
fault/bias monitor ledsopen/short/overloadopen/short/overload
control interfacedigital control interfaceethernetethernet
human interfacekeypadkeypad
display2 rows, 16 columns2 rows, 16 columns
environmentaltemperature range (operating)+32 to +120 °f0 to +50°c
electricalpower required (direct input to unit)ac powerac power
ac power (47 to 63 hz)100 to 240 vac100 to 240 vac
ac power≤0.7 amps≤0.7 amps[6] excitation voltage (tosensor)>24 vdc>24 vdc
dc offset<50 mv<50 mv
constant current excitation (to sensor)2 to 20 ma2 to 20ma[5] output voltage (minimum)10 v10 v
output current (minimum)10 ma10 ma
output impedance<50 ohm<50 ohm
broadband electrical noise (1 to 10000 hz) (gain x1)50 µv/rms50µv/rms[4] spectral noise (1 hz)8 µv/√hz8µv/√hz[4] spectral noise (10 hz)2 µv/√hz2µv/√hz[4] spectral noise (100 hz)0.7 µv/√hz0.7µv/√hz[4] spectral noise (1 khz)0.7 µv/√hz0.7µv/√hz[4] spectral noise (10 khz)0.6 µv/√hz0.6µv/√hz[4] broadband electrical noise (1 to 10000 khz) (gainx10)75 µv rms75 µv rms[4] spectral noise (1 hz)18 µv/√hz18µv/√hz[4] spectral noise (10 hz)1.5 µv/√hz1.5µv/√hz[4] spectral noise (100 hz)1.0 µv/√hz1.0µv/√hz[4] spectral noise (1 khz)1.0 µv/√hz1.0µv/√hz[4] spectral noise (10 khz)1.0 µv/√hz1.0µv/√hz[4] broadband electrical noise (1 to 10000 hz) (gainx100)350 µv rms350 µv rms[4] spectral noise (1 hz)100µv/√hz100 µv/√hz[4] spectral noise (10 hz)10 µv/√hz10µv/√hz[4] spectral noise (100 hz)6 µv/√hz6µv/√hz[4] spectral noise (1 khz)5 µv/√hz5µv/√hz[4] broadband electrical noise (1 to 10000 hz) (0.1mv/pc)52.0 µv/rms52.0 µv/rms[4] spectral noise (10 khz)5µv/√hz5 µv/√hz[4] spectral noise (1 hz)10.0 µv/√hz10.0µv/√hz[4] spectral noise (10 hz)1.5 µv/√hz1.5µv/√hz[4] spectral noise (100 hz)0.6 µv/√hz0.6µv/√hz[4] spectral noise (1 khz)0.6 µv/√hz0.6µv/√hz[4] spectral noise (10 khz)0.6 µv/√hz0.6µv/√hz[4] broadband electrical noise (1 to 10000 hz) (1.0mv/pc)52.0 µv/rms52.0 µv/rms[4] spectral noise (1 hz)14.0µv/√hz14.0 µv/√hz[4] spectral noise (10 hz)2.0 µv/√hz2.0µv/√hz[4] spectral noise (100 hz)0.7 µv/√hz0.7µv/√hz[4] spectral noise (1 khz)0.7 µv/√hz0.7µv/√hz[4] spectral noise (10 khz)0.7 µv/√hz0.7µv/√hz[4] broadband electrical noise (1 to 10000 hz) (10.0mv/pc)56.0 µv/rms56.0 µv/rms[4] spectral noise (1 hz)15.0µv/√hz15.0 µv/√hz[4] spectral noise (10 hz)2.0 µv/√hz2.0µv/√hz[4] spectral noise (100 hz)0.6 µv/√hz0.6µv/√hz[4] spectral noise (1 khz)0.6 µv/√hz0.6µv/√hz[4] spectral noise (10 khz)0.6 µv/√hz0.6µv/√hz[4] oscillator (+/- 2% ) (internal generator - icp®/voltage mode)0.1 v pk0.1 v pk
oscillator (+/- 2% ) (internal generator - charge mode)100 pc pk100pc pk
oscillator (+/- 2% )100/1000 hz100/1000 hz
overload threshold (±0.5 vpk)10 vpk10 vpk
physicalelectrical connector (input, sensor)bnc jackbnc jack
electrical connector (output)bnc jackbnc jack
electrical connector (ethernet)rj-45rj-45
size - height (nominal )1.75 in44.5 mm
size - width (nominal )19 in482.6 mm
size - depth (nominal )13.7 in348 mm
weight8 lb3.6 kg

8通道，线路供电，电感耦合等离子体传感器信号条件，内部跳线可选增益x1，x10，x100，机架安装
传感器输入类型：电感耦合等离子体®电压
频道：8个
电压增益：（%）x1，x10，x100
所需功率：交流电源

 english:si: performancechannels88
sensor input type(s)icp®, voltageicp®, voltage[1] voltage gain(±1 %) (at 500 hz)x1, x10, x100x1, x10, x100[1] output range(maximum)±10 v±10 v
low frequency response (-5 %)0.05 hz0.05 hz[2][3] uency response (-3 db) (x100)>50000 hz>50000 hz
high frequency response (-5 %) (x100)>17 khz>17 khz
high frequency response (-5 %) (x10)>40 khz>40 khz
high frequency response (-5 %) (x1)>100 khz>100 khz
high frequency response (-3 db) (x1,x10)>100 khz>100 khz
phase response (at 1 khz)±1 °±1 °
cross talk (maximum)-72 db-72 db
fault/bias  monitor/meter(led)open/short/overloadopen/short/overload
environmentaltemperature range (operating)+32 to +122 °f0 to +50°c
electricalpower re powerac power
ac power (47 to 63 hz)100 to 240 vac100 to 240 vac
ac power≤0.7 amps≤0.7 amps
excitation voltage (±1 vdc) (to sensor)+26 vdc+26 vdc
dc offset<20 mv<20 mv
constant current excitation (to sensor)0 to 20 ma0 to 20ma[5] discharge time constant (0 to 50 %)>7 sec>7sec[2][3] broadband electrical noise (1 to 10000 hz) (gainx1)5.6 µv rms5.6 µv rms[4] spectral noise (1 hz)0.67µv/√hz0.67 µv/√hz[4] spectral noise (10 hz)0.10 µv/√hz0.10µv/√hz[4] spectral noise (100 hz)0.06 µv/√hz0.06µv/√hz[4] spectral noise (1 khz)0.06 µv/√hz0.06µv/√hz[4] spectral noise (10 khz)0.05 µv/√hz0.05µv/√hz[4] broadband electrical noise (1 to 10000 hz) (gainx10)21 µv/rms21 µv/rms[4] spectral noise (1 hz)5.10 µv/√hz5.10µv/√hz[4] spectral noise (10 hz)0.60 µv/√hz0.60µv/√hz[4] spectral noise (100 hz)0.22 µv/√hz0.22µv/√hz[4] spectral noise (1 khz)0.22 µv/√hz0.22µv/√hz[4] spectral noise (10 khz)0.19 µv/√hz0.19µv/√hz[4] broadband electrical noise (1 to 10000 hz) (gainx100)165 µv/rms165 µv/rms[4] spectral noise (1 hz)57 µv/√hz57µv/√hz[4] spectral noise (10 hz)5.2 µv/√hz5.2µv/√hz[4] spectral noise (100 hz)1.7 µv/√hz1.7µv/√hz[4] spectral noise (1 khz)1.8 µv/√hz1.8µv/√hz[4] spectral noise (10 khz)1.4 µv/√hz1.4µv/√hz[4] overload threshold (±1.0 vpk)±10/5 vpk±10/5vpk[1] physicalelectrical connector (icp® sensor input)bncjackbnc jack
electrical connector (output)bnc jackbnc jack
electrical connector (ac power input)iec 320iec 320
size - height (nominal )1.75 in44.5 mm
size - width (nominal )19 in482.6 mm
size - depth (nominal )13.7 in348 mm
weight6.25 lb2.83 kg
浅析通用型加速度传感器的感应功能：
　通用型加速度传感器能够感受加速度并转换成可用输出信号，是一种能够测量加速力的电子设备。通用型加速度传感器的感应功能主要有：
　　1、倾斜度侦测。加速传感器在静止时，可用来检测倾斜角，倾斜角在90~+90之间变化时，加速传感器输出会在1.0g~+之间变化。
　　2、震动侦测。震动侦测可用于下降记录，黑盒子/故障记录仪，hdd保护，运输和处理监视器。震动侦测只需考虑的因素是选择g值的范围，一般按照被测量对象的减速度决定了震动检测所需的通用型加速度传感器的选取规则。
　　3、定位侦测。定位侦测可用于汽车导航，防盗设备，地图跟踪。定位侦测需要考虑的因素包括：加速度的范围是多少及加速传感器如何安装。对加速度数据进行二重积分即可得到位置数据。
　　4、运动检测。运动检测可用于运动控制，计步器，基本运动检测。
　　5、自由落下侦测。自由落下侦测可用于自由落体保护，下降记录，下降检测，运动控制和认知等。自由落下侦测可分为三种，分别为：线性落下、旋转型落下和抛射落下。它需靠量的因素包括：g的范围一般落在间；由于抛射型落下，因此需考量横轴加速度的多寡及自由落下时要求检测的高度。
　　6、振动侦测。振动侦测可用于地震活动监视器，智能电机维护，家电平衡和监测。振动侦测需要考虑的因素包括：分析振动频率的多少，确定g值的范围及zui适当的加速传感器安装位置。当通用型加速度传感器的安装位置离振源越近时，g的范围就会越大。

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