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      We found 15 matches....
      Model: 2777A-02-10

      Model: 2777A-02-10

      Diff. Remote Charge Convertor, Gain 2mV/pC, Lower Cutoff Frequency 10Hz
        Model: 2777A-02-15

        Model: 2777A-02-15

        Diff. Remote Charge Convertor, Gain 2mV/pC, Lower Cutoff Frequency 15Hz
          Model: 2777A-02-150

          Model: 2777A-02-150

          Diff. Remote Charge Convertor, Gain 2mV/pC, Lower Cutoff Frequency 150Hz
            Model: 2777A-02-20

            Model: 2777A-02-20

            Diff. Remote Charge Convertor, Gain 2mV/pC, Lower Cutoff Frequency 20Hz
              Model: 2777A-02-25

              Model: 2777A-02-25

              Diff. Remote Charge Convertor, Gain 2mV/pC, Lower Cutoff Frequency 25Hz
                Model: 2777A-10-10

                Model: 2777A-10-10

                Diff. Remote Charge Convertor, Gain 10mV/pC, Lower Cutoff Frequency 10Hz
                  Model: 2777A-10-15

                  Model: 2777A-10-15

                  Diff. Remote Charge Convertor, Gain 10mV/pC, Lower Cutoff Frequency 15Hz
                    Model: 2777A-10-150

                    Model: 2777A-10-150

                    Diff. Remote Charge Convertor, Gain 10mV/pC, Lower Cutoff Frequency 150Hz
                      Model: 2777A-10-20

                      Model: 2777A-10-20

                      Diff. Remote Charge Convertor, Gain 10mV/pC, Lower Cutoff Frequency 20Hz
                        Model: 2777A-10-25

                        Model: 2777A-10-25

                        Diff. Remote Charge Convertor, Gain 10mV/pC, Lower Cutoff Frequency 25Hz
                          Using single-ended accelerometers with the 2777A differential charge amplifier

                          Using single-ended accelerometers with the 2777A differential charge amplifier

                          h the 2777A differential charge amplifierUsing single-ended accelerometers with the 2777A differential charge amplifier Using single-ended accelerometers with the 2777A differential charge amplifier Question We are replacing our differential accelerometers with 7703A's that have single
                          Mounting differential remote charge converters

                          Mounting differential remote charge converters

                          ave a 2777A, but cannot find the mounting information. Answer The 2777A is a low noise, ruggedized remote charge converter for use with differential piezoelectric transducers. This device converts the transducer's high impedance charge input to a low impedance voltage output. The unit should be
                          Charge converter interface

                          Charge converter interface

                          C and 2777A have a DCV (direct current voltage) bias established at or near the mid point of the compliance supply voltage as shown in Figure 1. The DCV bias is common to most output stages of single ended devices allowing a dynamic AC signal to swing above and below the DCV bias operating point. Of
                          Considerations for using charge amplifiers with high temperature piezoelectric accelerometers

                          Considerations for using charge amplifiers with high temperature piezoelectric accelerometers

                          10 MΩ 2777A High Temp Diff 50 kΩ 6634C General SE or Diff 10 MΩ Table 2 [Source: Ref 1] Figure 1Several questions arise at this point: • Why does the accelerometer’s resistance drop? • How does a charge amplifier work? • Why do some charge amplifiers fail to work properly with low source resistances
                          EDV-TP-339
                          edv-catalog_lowres.pdf

                          edv-catalog_lowres.pdf

                          TEST & MEASUREMENT SENSOR CATALOG EXTREME ENVIRO