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478B05(483C28)美国PCB供电电源真诚双利

更新时间:2024-12-22 07:00:00
价格:¥118/台
PCB:Channels 3
478B05:483C28
美国:Channels 8
联系电话:021-59112701
联系手机: 13671506557
联系人:林先生
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详细介绍

478B05(483C28)美国PCB供电电源真诚双利

478B05:3通道,线路供电,信号条件。对于单端MEMS和电容式传感器,4针输入连接。

3348071239.jpg English:SI: 
Performance
Channels33
Frequency Response (±5 %)DC HzDC Hz
Frequency Response (±5 %)≥2000 Hz≥2000 Hz
Voltage Gain (±1 %)1:11:1
Electrical
Excitation Voltage (±10 %)17.3 V17.3 V
DC Offset±2.25 V±2.25 V
Spectral Noise (1 Hz)0.50 µV/√Hz-126 dB[1] 
Spectral Noise (10 Hz)0.60 µV/√Hz-124 dB[1] 
Spectral Noise (100 Hz)0.35 µV/√Hz-129 dB[1] 
Spectral Noise (1000 Hz)0.35 µV/√Hz-129 dB[1] 
Spectral Noise (10000 Hz)0.075 µV/√Hz-142 dB[1] 
Broadband Electrical Noise (1 to 10000 Hz)30 µV-90 dB[1] 
Power RequiredDC PowerDC Power
DC Power+32 to 38 VDC+32 to 38 VDC[2] 
Current Consumption0.12 Amps0.12 Amps
Physical
Electrical Connector (Input, sensor)4-Pin Jack4-Pin Jack
Electrical Connector (Output, scope)BNC JackBNC Jack
Electrical Connector (DC Power Input)DIN JackDIN Jack
Size - Depth11 in28 cm
Size - Height6.3 in16 cm
Size - Width2.4 in6.1 cm
Weight2.0 lb908 gm


483C28:8通道,线路供电,桥接/差分/ICP®传感器信号条件,增量增益,自动调零,以太网
频率范围:(-5%)0.05至50000赫兹

 English:SI: 
Performance
Channels88
Sensor Input Type(s)ICP®, Voltage, Bridge/DifferentialICP®, Voltage, Bridge/Differential
Voltage Gain (ICP/Voltage Mode)x0.1 to x200x0.1 to x200
Voltage Gain (Bridge/Differential Mode)x0.1 to x2000x0.1 to x2000
Accuracy (Gain, x0.1 to x0.4)±5 %±5 %
Accuracy (Gain, x0.5 to x0.99)±1 %±1 %
Accuracy (Gain, x1.0 to x2000)±0.5 %±0.5 %
Accuracy (Excitation)±1 %±1 %
Input Range (Differential)±0 to 10 V±0 to 10 V
Output Range (Minimum)±10 V±10 V
Frequency Range (-5 %) (≥100 Gain)0.05 to 50000 Hz0.05 to 50000 Hz[1] 
Frequency Range (-5 %) (x100 Gain)0.05 to 100000 Hz0.05 to 100000 Hz[1] 
Phase Response (at 1 kHz)±1 °±1 °
Cross Talk (maximum @ 10kHz)-72 dB-72 dB
Calibration (Shunt)Internal/ExternalInternal/External
TEDS Sensor SupportYesYes
Fault/Bias  Monitor/Meter (LED)Open/Short/OverloadOpen/Short/Overload
Control Interface
Digital Control InterfaceEthernetEthernet
Environmental
Temperature Range (Operating)+32 to +120 °F0 to +50 °C
Electrical
Power Required (direct input to unit)AC PowerAC Power
AC Power (47 to 63 Hz)100 to 240 VAC100 to 240 VAC
AC Power≤0.9 Amps≤0.9 Amps
Excitation Voltage (To Sensor)>+24 VDC>+24 VDC
Excitation Voltage (Bridge Input ) (Positive)+0 to 12 V+0 to 12 V[2] 
Excitation Voltage (Bridge Input ) (Negative)-0 to 12 V-0 to 12 V[2][3] 
Input Imbalance Adjustment (Maximum, Gain <10)±2 V±2 V
Input Imbalance Adjustment (Maximum, Gain ≥10)±0.2 V±0.2 V
Common Mode Voltage (Maximum)±10 V±10 V
DC Offset (Stability, Maximum RTI)5 µV/°C5 µV/°C
DC Offset (AC Coupled)≤50 mV≤50 mV
DC Offset (DC Coupled, Gain <100)<10 mV<10 mV
DC Offset (DC Coupled, Gain ≥100)<20 mV<20 mV
Current Output (Bridge Input ) (Excitation, Maximum)30 mA30 mA
Constant Current Excitation (To Sensor)0 to 20 mA0 to 20 mA
Output Impedance≤50 Ohm≤50 Ohm
Impedance (Input)>1 MOhm>1 MOhm
Broadband Electrical Noise (1 to 10000 Hz) (Gain x1)50 µV rms50 µV rms[5] 
Spectral Noise (1 Hz ) (Gain x1)6.0 µV/√Hz6.0 µV/√Hz[5] 
Spectral Noise (10 Hz ) (Gain x1)1.5 µV/√Hz1.5 µV/√Hz[5] 
Spectral Noise (100 Hz ) (Gain x1)1.0 µV/√Hz1.0 µV/√Hz[5] 
Spectral Noise (1 kHz ) (Gain x1)1.0 µV/√Hz1.0 µV/√Hz[5] 
Spectral Noise (10 kHz ) (Gain x1)1.0 µV/√Hz1.0 µV/√Hz[5] 
Broadband Electrical Noise (1 to 10000 Hz) (Gain x10)75 µV rms75 µV rms[5] 
Spectral Noise (1 Hz ) (Gain x10)20 µV/√Hz20 µV/√Hz[5] 
Spectral Noise (10 Hz ) (Gain x10)1.5 µV/√Hz1.5 µV/√Hz[5] 
Spectral Noise (100 Hz ) (Gain x10)1.0 µV/√Hz1.0 µV/√Hz[5] 
Spectral Noise (1 kHz ) (Gain x10)1.0 µV/√Hz1.0 µV/√Hz[5] 
Spectral Noise (10 kHz ) (Gain x10)1.0 µV/√Hz1.0 µV/√Hz[5] 
Broadband Electrical Noise (1 to 10000 Hz) (Gain x100)350 µV rms350 µV rms[5] 
Spectral Noise (1 Hz ) (Gain x100)140.0 µV/√Hz140.0 µV/√Hz[5] 
Spectral Noise (10 Hz ) (Gain x100)14.0 µV/√Hz14.0 µV/√Hz[5] 
Spectral Noise (100 Hz ) (Gain x100)8.0 µV/√Hz8.0 µV/√Hz[5] 
Spectral Noise (1 kHz ) (Gain x100)4.0 µV/√Hz4.0 µV/√Hz[5] 
Broadband Electrical Noise (1 to 10000 Hz) (Gain x1000)3000 µV/rms3000 µV/rms[4] 
Spectral Noise (10 kHz ) (Gain x100)4.0 µV/√Hz4.0 µV/√Hz[5] 
Overload Threshold (±0.2 Vpk)10 Vpk10 Vpk
Physical
Electrical Connector (ICP® Sensor Input)BNC JackBNC Jack
Electrical Connector (Bridge/Differential)8-socket mini DIN8-socket mini DIN
Electrical Connector (Output)BNC JackBNC Jack
Electrical Connector (Ethernet)RJ-45RJ-45
Size - Height (nominal )1.75 in44.5 mm
3350158545.jpgSize - Width (nominal )19.0 in482.6 mm
Size - Depth (nominal )13.7 in348 mm
Weight7.0 lb3.18 kg

optoforce六分力传感器的详细资料:
匈牙利公司OPTOFORCE公司研发生产的六轴力传感器,多维力传感器,多维力传感器测量,力测量方案,三维力测量,三轴向力传感器,触角传感器,指尖传感器,性价比特别高。
运用: 1.智能搬运 2.机器人手指和机器人腿及整个机器人 3.拉压力测量 4.自动化测量和控制5.风洞试验
1. OMD-10-SA-10N 特点:
测量三维力:10N
精度高,正常精度为1%,特制产品精度高于1%
对化学反应不敏感
产品的设计可按需求调节
防尘防水设计抗高过载设计设计坚固,使用简单明了     
可靠性高
低电源消耗
感应表面采用硅橡胶
传感器基座:PCB板
操作温度:PCB基座版:-40度到85度
测量特性:FZ方向可以承受三倍的过载
2.OMD-20-SA-60N
测量三维力:60 N
精度高,正常精度为1%,特制产品精度高于1%
对化学反应不敏感
产品的设计可按需求调节
防尘防水设计
抗高过载设计
设计坚固,使用简单明了
可靠性高
低电源消耗
感应表面采用硅橡胶
传感器基座:金属或ABS(塑料)
操作温度:
塑料基座板:-10度到40度
金属基座版:-40度到85度
测量特性:FZ方向可以承受六倍的过载
3. OMD-30-SA-100N
测量三维力: 100N
精度高,正常精度为1%,特制产品精度高于1%
对化学反应不敏感
产品的设计可按需求调节
防尘防水设计
抗高过载设计
设计坚固,使用简单明了
可靠性高
低电源消耗
感应表面采用硅橡胶
传感器基座:金属或ABS(塑料)
操作温度:
塑料基座板:-10度到40度
金属基座版:-40度到85度
测量特性:FZ方向可以承受六倍的过载
4.OMD-30-FA-1600N
测量三维力: 1600N
精度高,正常精度为1%,特制产品精度高于1%
对化学反应不敏感
产品的设计可按需求调节
防尘防水设计
抗高过载设计
设计坚固,使用简单明了
可靠性高
低电源消耗
感应表面采用硅橡胶
传感器基座:金属(塑料)
操作温度:
金属基座版:-40度到85度
测量特性:
压力范围:1600N
拉力范围:200N
FZ方向可以承受二倍的过载
5. HEX-80-RA-3200 六维力/扭矩(F/T)传感器
精度高,正常精度为1%,特制产品精度高于1%
对化学反应不敏感
产品的设计可按需求调节
防尘防水设计
抗高过载设计
设计坚固,使用简单明了
可靠性高
低电源消耗
感应表面采用高强度的硅橡胶
传感器基座:铝6062
操作温度:
-40度到85度
测量特性:
F(Z+):3200 N
F(X),(Y),(Z):350N
T:10 NM
6.带力反馈的智能旋钮
可以获得以下关键数据:
1. 线性和非线性的弹簧模拟
2. 位置/扭矩/速度
OPTOFORCE 的传感器的以下物理参数可以订制:
1.表面大小和直径 2.表面材料 3.表面外观 4.表面形状 5.测量范围 6.传感器基座  7.传感器安装架
运用:
1.智能搬运  2.机器人手和机器人腿及整个机器人 3.拉压力测量 4.自动化测量和控制  5.风洞试验

3353848700.jpg

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电话:021-59112701
联系手机: 期待您的咨询

联系方式

  • 地址:上海市金山区吕巷镇干巷荣昌路318号3幢1018室
  • 电话:021-59112701
  • 业务经理:林先生
  • 手机:13671506557
  • 传真:021-59112709-816
  • QQ:2851096292
  • Email:2851096292@qq.com