Tag: Bandwidth Signal Amplification

Bandwidth Signal Amplification

  • Newtons 4th LPA05 Power Amplifier front Right Angle

    Power Amplifier ±16/20Vpk 1MHz | LPA05

    Power Amplifier ±16/20Vpk 1MHz - Overview

    The Power Amplifier LPA500 range of power amplifiers from N4L is robust and reliable for use in a variety of industrial and laboratory applications. Designed originally for use with Phase Sensitive Multimeters, they can also be used anywhere where there is a need to boost a signal either in voltage or current. They combine DC accuracy with wide bandwidth to faithfully reproduce complex waveforms, driving loads that may be capacitive, inductive, or resistive.  Optionally, the DC component can be eliminated with AC coupling or can be reduced with AC+(DC) coupling. To limit high-frequency noise, the input bandwidth can be reduced with a linear phase, 2nd order, low pass filter for low-frequency applications.

    Power Amplifier ±16/20Vpk 1MHz - Features

    • DC and AC wide bandwidth
    • Switch selectable coupling options: AC, AC+DC, or AC with reduced DC
    • Fixed x10 Gain
    • Switch selectable bandwidth
    • High slew rate
    • Isolated BNC or 4mm output sockets
    • ±40V peak | 3A rms / 5A peak | (LPA05A resistive load)
    • ±16V peak | 5A rms / 8A peak | (LPA05B resistive load)
    • Isolated from ground to prevent earth loops
    • Robust metal enclosure

    Datasheet

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  • Newtons 4th Power Laboratory Amplifier LPA01 Right Angle

    Power Amplifier ±12Vpk 1MHz | LPA01

    Power Amplifier ±12Vpk 1MHz - Overview

    The Power Amplifier LPA01 range of power amplifiers from N4L is robust and reliable for use in a variety of industrial and laboratory applications. Designed originally for use with Phase Sensitive Multimeters, the LPA01 can also be used anywhere where there is a need to boost a signal either in voltage or current. They combine DC accuracy with wide bandwidth to faithfully reproduce complex waveforms, driving loads that may be capacitive, inductive, or resistive.  Optionally, the DC component can be eliminated with AC coupling or can be reduced with AC+(DC) coupling. To limit high-frequency noise, the input bandwidth can be reduced with a linear phase, 2nd order, low pass filter for low-frequency applications.

    Power Amplifier ±12Vpk 1MHz - Features

    • DC accurate and wide bandwidth
    • 1A Peak output current @ up to ±14V peak (LPA01).
    • High slew
    • Stable into a wide range of loads.
    • Isolated to 40V common mode to reject ground loop
    • The robust metal enclosure will fit underneath QuanteQ or Veqtor to boost output
    • Switch selectable coupling options: AC, AC+DC, or AC with reduced
    • Switch selectable precision gain
    • Switch selectable

    Datasheet

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  • Newtons 4th Power Laboratory Amplifier LPA400 Front Left Angle

    Power Amplifier ±400Vpk 1MHz | LPA400

    Power Amplifier ±400Vpk 1MHz - Overview

    The Power Amplifier LPA400 range of power amplifiers from N4L is robust and reliable for use in a variety of industrial and laboratory applications. Designed originally for use with Phase Sensitive Multimeters, they can also be used anywhere where there is a need to boost a signal either in voltage or current. They combine DC accuracy with wide bandwidth to faithfully reproduce complex waveforms, driving loads that may be capacitive, inductive, or resistive.  Optionally, the DC component can be eliminated with AC coupling or can be reduced with AC+(DC) coupling. To limit high-frequency noise, the input bandwidth can be reduced with a linear phase, 2nd order, low pass filter for low-frequency applications.

    Power Amplifier ±400Vpk 1MHz - Features

    • DC accurate and wide bandwidth
    • Switch selectable coupling options: AC, AC+DC, or AC with reduced
    • Switch selectable precision gain
    • Switch selectable
    • High slew
    • ± 400V peak, 50mA rms (LPA400).
    • ± 180V peak, 100mA rms (LPA400B).
    • Stable into a wide range of loads.
    • Isolated to 40V common mode to reject ground loop
    • Robust metal enclosure will fit underneath QuanteQ or Veqtor to boost output

    Datasheet

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