LPA01 Laboratory Power Amplifier is a wide bandwidth DC accurate amplifier developed to provide high accuracy amplification in an industrial or laboratory environment.\n \n
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The LPA Laboratory Power Amplifier range of power amplifiers from Newtons4th Ltd are robust and reliable for use in a variety of industrial and laboratory\n applications. Designed originally for use with the PSM range frequency respsonse analyzers,\n they can also be used anywhere where there is a need to boost a signal either in voltage or current.
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They combine DC accuracy with wide bandwidth to faithfully reproduce complex waveforms, driving loads that may be capacitive, inductive or resistive.
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Optionally, the DC component at the output of the laboratory power amplifier can be eliminated with AC coupling, or can be reduced with AC+(DC) coupling.\n To limit high frequency noise, the input bandwidth can be reduced with a linear phase, 2nd order, low pass filter for low frequency applications.
Wide bandwidth precision voltage and current amplifiers
High frequency, high current testing of very low impedance loads
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LPA05A & LPA05B laboratory power amplifiers provide wide bandwidth signal amplification at up to 8A peak, extending the range of industrial and\n laboratory applications into which the LPA series can be used.
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The LPA range of Laboratory Power Amplifiers from N4L provide AC and DC coupled wide band amplification for a wide variety of industrial and laboratory\n applications. All LPA amplifiers exhibit a 1MHz bandwidth and range from 400Vpk, 50mA models to 18Vpk, 5Arms models.Designed originally for use\n with N4L Phase Sensitive Multimeters, they can also be used anywhere where there is a need to boost a signal in either voltage or current at frequencies\n up to 1MHz.\n
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They combine DC accuracy with wide bandwidth to faithfully reproduce complex wave forms, driving loads that may be resistive or reactive.Applications\n for which the LPA amplifiers can be used within are wide ranging, from Piezo transducer testing to materials analysis of dielectrics where high\n voltage DC offsets are required.
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The LPA can be coupled with an N4L PSM Frequency Response Analyzer and external current shunt to provide a flexible impedance measurement system able\n to drive DUT’s at higher voltages and currents normally possible using traditional LCR measurement methods.
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For high frequency, high current testing of very low impedance loads
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DC and AC selectable and wide bandwidth
\n
Unconditionally stable to any load
\n
DC accurate
\n
Switch selectable coupling options (AC, AC+DC or AC with reduced DC)
Wide bandwidth precision voltage and current amplifiers\n \n
\n
\n
High frequency, high current testing of very low impedance loads
\n
LPA05A & LPA05B laboratory power amplifiers provide wide bandwidth signal amplification at up to 8A peak, extending the range of industrial and\n laboratory applications into which the LPA series can be used.
\n
The LPA range of Laboratory Power Amplifiers from N4L provide AC and DC coupled wide band amplification for a wide variety of industrial and laboratory\n applications. All LPA amplifiers exhibit a 1MHz bandwidth and range from 400Vpk, 50mA models to 18Vpk, 5Arms models.Designed originally for use\n with N4L Phase Sensitive Multimeters, they can also be used anywhere where there is a need to boost a signal in either voltage or current at frequencies\n up to 1MHz.
\n
They combine DC accuracy with wide bandwidth to faithfully reproduce complex wave forms, driving loads that may be resistive or reactive.Applications\n for which the LPA amplifiers can be used within are wide ranging, from Piezo transducer testing to materials analysis of dielectrics where high\n voltage DC offsets are required.
\n
The LPA can be coupled with an N4L PSM Frequency Response Analyzer and external current shunt to provide a flexible impedance measurement system able\n to drive DUT’s at higher voltages and currents normally possible using traditional LCR measurement methods.
\n
\n
\n
For high frequency, high current testing of very low impedance loads
\n
DC and AC selectable and wide bandwidth
\n
Unconditionally stable to any load
\n
DC accurate
\n
Switch selectable coupling options (AC, AC+DC or AC with reduced DC)
LPA01 Laboratory Power Amplifier is a wide bandwidth DC accurate amplifier developed to provide high accuracy amplification in an industrial or laboratory environment.\n \n
\n
The LPA Laboratory Power Amplifier range of power amplifiers from Newtons4th Ltd are robust and reliable for use in a variety of industrial and laboratory\n applications. Designed originally for use with the PSM range frequency respsonse analyzers,\n they can also be used anywhere where there is a need to boost a signal either in voltage or current.
\n
They combine DC accuracy with wide bandwidth to faithfully reproduce complex waveforms, driving loads that may be capacitive, inductive or resistive.
\n
Optionally, the DC component at the output of the laboratory power amplifier can be eliminated with AC coupling, or can be reduced with AC+(DC) coupling.\n To limit high frequency noise, the input bandwidth can be reduced with a linear phase, 2nd order, low pass filter for low frequency applications.
Wide bandwidth precision voltage and current amplifiers
High frequency, high current testing of very low impedance loads
\n
LPA05A & LPA05B laboratory power amplifiers provide wide bandwidth signal amplification at up to 8A peak, extending the range of industrial and\n laboratory applications into which the LPA series can be used.
\n
The LPA range of Laboratory Power Amplifiers from N4L provide AC and DC coupled wide band amplification for a wide variety of industrial and laboratory\n applications. All LPA amplifiers exhibit a 1MHz bandwidth and range from 400Vpk, 50mA models to 18Vpk, 5Arms models.Designed originally for use\n with N4L Phase Sensitive Multimeters, they can also be used anywhere where there is a need to boost a signal in either voltage or current at frequencies\n up to 1MHz.\n
\n
They combine DC accuracy with wide bandwidth to faithfully reproduce complex wave forms, driving loads that may be resistive or reactive.Applications\n for which the LPA amplifiers can be used within are wide ranging, from Piezo transducer testing to materials analysis of dielectrics where high\n voltage DC offsets are required.
\n
The LPA can be coupled with an N4L PSM Frequency Response Analyzer and external current shunt to provide a flexible impedance measurement system able\n to drive DUT’s at higher voltages and currents normally possible using traditional LCR measurement methods.
\n
\n
\n
For high frequency, high current testing of very low impedance loads
\n
DC and AC selectable and wide bandwidth
\n
Unconditionally stable to any load
\n
DC accurate
\n
Switch selectable coupling options (AC, AC+DC or AC with reduced DC)
Wide bandwidth precision voltage and current amplifiers\n \n
\n
\n
High frequency, high current testing of very low impedance loads
\n
LPA05A & LPA05B laboratory power amplifiers provide wide bandwidth signal amplification at up to 8A peak, extending the range of industrial and\n laboratory applications into which the LPA series can be used.
\n
The LPA range of Laboratory Power Amplifiers from N4L provide AC and DC coupled wide band amplification for a wide variety of industrial and laboratory\n applications. All LPA amplifiers exhibit a 1MHz bandwidth and range from 400Vpk, 50mA models to 18Vpk, 5Arms models.Designed originally for use\n with N4L Phase Sensitive Multimeters, they can also be used anywhere where there is a need to boost a signal in either voltage or current at frequencies\n up to 1MHz.
\n
They combine DC accuracy with wide bandwidth to faithfully reproduce complex wave forms, driving loads that may be resistive or reactive.Applications\n for which the LPA amplifiers can be used within are wide ranging, from Piezo transducer testing to materials analysis of dielectrics where high\n voltage DC offsets are required.
\n
The LPA can be coupled with an N4L PSM Frequency Response Analyzer and external current shunt to provide a flexible impedance measurement system able\n to drive DUT’s at higher voltages and currents normally possible using traditional LCR measurement methods.
\n
\n
\n
For high frequency, high current testing of very low impedance loads
\n
DC and AC selectable and wide bandwidth
\n
Unconditionally stable to any load
\n
DC accurate
\n
Switch selectable coupling options (AC, AC+DC or AC with reduced DC)
