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We found 15 matches....
Model: 2771C-01

Model: 2771C-01

Electronics, Remote Charge Convertor, TEDS, Gain 0.1 mV/pC

    Model: 2771C-1

    Model: 2771C-1

    Electronics, Remote Charge Convertor, TEDS, Gain 1 mV/pC

      Model: 2771C-10

      Model: 2771C-10

      Electronics, Remote Charge Convertor, TEDS, Gain 10 mV/pC

        Model: 2771C-5

        Model: 2771C-5

        Electronics, Remote Charge Convertor, TEDS, Gain 5 mV/pC

          Model: 2771CM2-1

          Model: 2771CM2-1

          Electronics, Remote Charge Convertor, TEDS, Gain 1 mV/pC, for high temp sensors

            7722-7724_ds_083119.pdf

            7722-7724_ds_083119.pdf

            Piezoelectric accelerometer Model 7722 / 7724 ® EN

            2301.pdf

            2301.pdf

            The Endevco ® model 7240C is a miniature, light-w

            7201_ds_100119.pdf

            7201_ds_100119.pdf

            Piezoelectric accelerometer Model 7201 -10, -50, -

            Practical Considerations of Accelerometer Noise

            Practical Considerations of Accelerometer Noise

            devco 2771C charge converter, the signal-to-noise ratio has been improved up to a factor of five times that of most other charge converters. Lastly, the user should be aware of the noise characteristics of subsequent voltage amplifiers in the measurement chain. IEPE current sources are found i
            Endevco_TP324_REVISED

            edv-ds-2221f.pdf

            edv-ds-2221f.pdf

            Key features ■ High temperature operation (+260°

            edv-ds-2220e.pdf

            edv-ds-2220e.pdf

            Key features ■ High temperature (260°C) ■ Miniat

            7704a-50-100_ds_091819.pdf

            7704a-50-100_ds_091819.pdf

            Key features ■ High temperature operation up to

            edv-ds-2222c.pdf

            edv-ds-2222c.pdf

            Key features ■ Light weight (0.5 gm) ■ Adhesive

            Considerations for using charge amplifiers with high temperature piezoelectric accelerometers

            Considerations for using charge amplifiers with high temperature piezoelectric accelerometers

            1 kΩ 2771C General SE 100 kΩ 2771CM2 High Temp SE 10 kΩ 2775B General SE 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 d
            EDV-TP-339

            edv-catalog_lowres.pdf

            edv-catalog_lowres.pdf

            TEST & MEASUREMENT SENSOR CATALOG EXTREME ENVIRO