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Showing 4 results View by: Thread Post Sort by
  • Rail-to-Rail Inputs—what you should know!

    Bruce Trump
    Bruce Trump
    Rail-to-Rail (R/R) op amps are extremely popular, especially useful with low supply voltage. You should know how R/R inputs are accomplished and understand some trade-offs. Figure 1 shows a typical dual-input R/R stage comprised of both N and P-channel…
    • over 12 years ago
    • Archives
    • The Signal
  • 2-wire 4-20mA sensor transmitters: Increasing Sensor Power with Switching Power Supplies (Part 6)

    Collin Wells
    Collin Wells
    In part 5 of this blog series , I discussed the construction of an input-isolated 2-wire sensor transmitter. Input-isolated 2-wire transmitters require isolating the sensor power and data signals from the 2-wire loop supply and 2-wire loop return (RTN…
    • over 10 years ago
    • Archives
    • Precision Hub
  • Zero out your system error with zero drift, zero crossover and zero hassle

    Tamara M Alani
    Tamara M Alani
    Other Parts Discussed in Post: DAC8830 , OPA340 , OPA388 This post is co-authored by Richard Barthel and Errol Leon . In applications such as position sensors, data-acquisition systems and resistance temperature detectors (RTDs), it is important to…
    • over 8 years ago
    • Archives
    • Precision Hub
  • Power Tips: 出力電圧の増倍

    Naoko Suzuki1
    Naoko Suzuki1
    電圧増倍回路では、簡単な方法により、低電流の高電圧出力を生成することができます。この回路は、数十~数千Vの低電力の高電圧を供給する必要があるプリンタ、センサ、荷電粒子システムなどのアプリケーションに利用できます。フライバック・コンバータや単巻トランスでの昇圧に必要とされるような電源トランスを使用しないため、増倍回路はコストと単純さの両面で望ましい回路です。 図1は、3つのステージから成る電圧増倍回路の動作を示した回路図です。第1の“倍電圧”ステージは、C1/D1/C2/D2で構成されています…
    • over 9 years ago
    • Japan
    • 電源 IC

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