AD620 Transmitter Volt Voltage Amplifier Small Signal Instrumentation Amplifier

AD620 Transmitter Volt Voltage Amplifier Small Signal Instrumentation Amplifier

AD620 Transmitter Volt Voltage Amplifier Small Signal Instrumentation Amplifier

SKU:012367
Regular price $7.99 USD

Description:

  • UV / mV high precision voltage amplifier, transmitter AD620 small signal instrumentation amplifier
  • Using AD620 as the main amplifier, it can amplify the voltage uV, mV. Magnification from 1.5 to 10,000x, adjustable. High precision, low compensation, better linearity. Zero adjustable to improve accuracy. Can be used for AC, DC signal amplification. Use of the module, you need to have a certain electronic base, if there are no basic customers, please buy carefully, shop to provide technical support.

Product highlights:

  • wide supply voltage range, the AD620 amplification of this product can be amplified microvolts, millivolts, compared to the LM358 amplification precision, better linearity, the maximum voltage output range of ± 10V.
  • widening range, increase up to 1000 ti2 months, only through a potentiometer can be adjusted.
  • zero adjustable through the zero potentiometer to adjust the zero, improve accuracy, there will be no zero drift phenomenon to meet customer needs.
  • a negative voltage output, the module uses a 7660A (-Vin) chip output negative voltage, can be provided to the customer to drive another dual power load.
  • Mini type, the size of 32x22x13.4mm, evenly distributed around the four 4mm positioning holes, both sides of the standard pitch hole 0.100mm port.

Product parameters:

  • Input voltage: 3-12 V DC. (Bulk purchase can be customized)
  • Magnification: 1.5-1000 times adjustable, zero adjustable.
  • Signal input voltage: 100 uV - 300 mV.
  • Signal output range: ± (Vin-2V)
  • Negative voltage output: greater than -Vin. As the negative voltage chip output resistance problem, the actual output is greater than -Vin, the greater the load power, the greater the negative voltage drop.
  • Disconnection voltage: 50 μV.
  • Input bias current: 1.0nA (maximum).
  • Common mode rejection ratio: 100 dB
  • Drift voltage offset: 0.6 μV / ° C (maximum).
  • Stability: 2 μV / month maximum.
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  • Consultancy86-0755-85201155

Description:

  • UV / mV high precision voltage amplifier, transmitter AD620 small signal instrumentation amplifier
  • Using AD620 as the main amplifier, it can amplify the voltage uV, mV. Magnification from 1.5 to 10,000x, adjustable. High precision, low compensation, better linearity. Zero adjustable to improve accuracy. Can be used for AC, DC signal amplification. Use of the module, you need to have a certain electronic base, if there are no basic customers, please buy carefully, shop to provide technical support.

Product highlights:

  • wide supply voltage range, the AD620 amplification of this product can be amplified microvolts, millivolts, compared to the LM358 amplification precision, better linearity, the maximum voltage output range of ± 10V.
  • widening range, increase up to 1000 ti2 months, only through a potentiometer can be adjusted.
  • zero adjustable through the zero potentiometer to adjust the zero, improve accuracy, there will be no zero drift phenomenon to meet customer needs.
  • a negative voltage output, the module uses a 7660A (-Vin) chip output negative voltage, can be provided to the customer to drive another dual power load.
  • Mini type, the size of 32x22x13.4mm, evenly distributed around the four 4mm positioning holes, both sides of the standard pitch hole 0.100mm port.

Product parameters:

  • Input voltage: 3-12 V DC. (Bulk purchase can be customized)
  • Magnification: 1.5-1000 times adjustable, zero adjustable.
  • Signal input voltage: 100 uV - 300 mV.
  • Signal output range: ± (Vin-2V)
  • Negative voltage output: greater than -Vin. As the negative voltage chip output resistance problem, the actual output is greater than -Vin, the greater the load power, the greater the negative voltage drop.
  • Disconnection voltage: 50 μV.
  • Input bias current: 1.0nA (maximum).
  • Common mode rejection ratio: 100 dB
  • Drift voltage offset: 0.6 μV / ° C (maximum).
  • Stability: 2 μV / month maximum.