fso – -Translation – Keybot Dictionary

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  Demystifying Piezoresis...  
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(mV/V) FSO)
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(mV/mbar)
  Demystifying Piezoresis...  
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(%FSO)
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Bridge Resistance
  Demystifying Piezoresis...  
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FSO*
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(mV)
  Glossary Definition for...  
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Glossary Definition for FSO
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電気/電子用語の定義：FSO
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Glossary Term: FSO
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電気/電子用語：FSO
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术语表：FSO
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Maxim > Glossary of EE Terms > FSO
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マキシム > 電気/電子用語集 > FSO
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Maxim > 电子工程术语表 > FSO
  Functional Solutions – ...  
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16 to 24-Bit pressure sensor analog signal chain interface, with performance to ±0.001% FSO nonlinearity.
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16～24ビット圧力センサーアナログシグナルチェーンインタフェース、FSO非直線性±0.001% (max)の性能。
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Discrete RTD-to-digital narrow industrial range. Supports PT100 to PT1000 RTDs 16-Bit applications , ±0.0015% of FSO signal non linearity over a narrower industrial range.
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狭い産業用範囲のディスクリートRTD-デジタル。PT100～PT1000 RTDの16ビットアプリケーションに対応、より狭い産業用範囲でのFSO信号非直線性±0.0015%。
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16 to 24-Bit weigh scale analog signal chain interface, with performance to ±0.001% FSO nonlinearity.
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16～24ビット計量器アナログシグナルチェーンインタフェース、FSO非直線性±0.001%の性能。
  MAX1452 Nonlinearity-Co...  
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In the example circuit and sensor presented in this application note, the parameters were set as follows. The BDR voltage (which is the direct output of the voltage set by the FSO DAC) is set to 3.6V nominal.
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このアプリケーションノートで提示している回路例およびセンサでは、各種パラメータを次のように設定しました。BDR電圧(FSO DACで設定した電圧の直接的な出力)は公称3.6Vに設定しています。BDR電圧はRSとセンサブリッジ間で分割されるため、これによって約2.6Vのブリッジ駆動電圧が生成されます。このアプリケーションでは、PGA利得は、差動ブリッジ出力0～100%に対してOUT端子が0.5V～4.5Vをスイングするように、システムに十分な利得が生じるように設定します。これらの値は、アプリケーションによって要求される特定のブリッジオフセット、ブリッジ感度、および出力範囲に適するように調整できます。
  Liquid-Level Measuremen...  
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Figure 3. The circuit's initial sensitivity (FSO) is adjusted at the FSOTRIM pin. The temperature drift is adjusted by feeding back the sensor's drive voltage from the BDRIVE pin to the ISRC pin. Compensation of offset and offset drift is accomplished with the programmable gain amplifier (PGA) and decoupled from the sensitivity compensation.
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Freescale® Semiconductor and OMROM® temperature-compensated silicon pressure sensors are available in small sizes with prices typically in the medium, single-dollar range, depending on the package type. These sensors reduce the cost substantially and, equally important, give designers the flexibility to place sensors on any type of printed circuit board (PCB). One example is the popular and cost-effective MPX2010 series silicon piezoresistive pressure sensor from Freescale Semiconductor, which provides temperature compensation in the range of 0°C to +85°C.