Online measurements
S1. Impedance Spectroscope (MU ID=346105), current status: ONLINE
- data sampling: 10 sec.;
- available data windows: 1 min, 10 min, 1 hour, 2 hours, 6 hours, 12 hours, 24 hours, 2 days, 3 days
- available measurement channels:
- main sensor channels: impedance spectrum ch1, impadance spectrum ch2, differential impedance spectrum;
- secondary sensor channels: thermostat
temperature ch1, thermostat temperature ch2, PCB thermostat
temperature, environmental temperature, voltage control, 3D
magnetometer: axes X,Y, 3D acceleromenter: axes X,Y, RF power
50Mhz-3Ghz;
- currently not implemented in web version (but generally available): regression analysis for pre/post experimental windows
- entanglement access code is changing each day. How to get access code: write email to info(at)cybertronica.co
- see more about EIS spectrometer
- to get access to this sensor: info(at)cybertronica.co
S2. Impedance Spectroscope (MU ID=346079), current status: ONLINE
- data sampling: 15 sec.;
- available data windows: 1 min, 10 min, 1 hour, 2 hours, 6 hours, 12 hours, 24 hours, 2 days, 3 days
- available measurement channels:
- main sensor channels: impedance spectrum ch1, impadance spectrum ch2, differential impedance spectrum;
- secondary sensor channels: thermostat
temperature ch1, thermostat temperature ch2, PCB thermostat
temperature, environmental temperature, voltage control, 3D
magnetometer: axes X,Y, 3D acceleromenter: axes X,Y, RF power
50Mhz-3Ghz;
- currently not implemented in web version (but generally available): regression analysis for pre/post experimental windows
- entanglement access code is changing each day. How to get access code: write email to info(at)cybertronica.co
- see more about EIS spectrometer
- to get access to this sensor: info(at)cybertronica.co
S3. Impedance Spectroscope (MU ID=346111), current status: ONLINE
- data sampling: 15 sec.;
- available data windows: 1 min, 10 min, 1 hour, 2 hours, 6 hours, 12 hours, 24 hours, 2 days, 3 days
- available measurement channels:
- main sensor channels: impedance spectrum ch1, impadance spectrum ch2, differential impedance spectrum;
- secondary sensor channels: thermostat temperature ch1, thermostat temperature ch2, PCB thermostat temperature, environmental temperature, voltage control, 3D magnetometer: axes X,Y, 3D acceleromenter: axes X,Y, RF power 50Mhz-3Ghz;
- currently not implemented in web version (but generally available): regression analysis for pre/post experimental windows
- entanglement access code is changing each day. How to get access code: write email to info(at)cybertronica.co
- see more about EIS spectrometer
- to get access to this sensor: info(at)cybertronica.co
S4. Impedance Spectroscope (MU ID=346071), current status: ONLINE
- data sampling: 15 sec.;
- available data windows: 1 min, 10 min, 1 hour, 2 hours, 6 hours, 12 hours, 24 hours, 2 days, 3 days
- available measurement channels:
- main sensor channels: impedance spectrum ch1, impadance spectrum ch2, differential impedance spectrum;
- secondary sensor channels: thermostat temperature ch1, thermostat temperature ch2, PCB thermostat temperature, environmental temperature, voltage control, 3D magnetometer: axes X,Y, 3D acceleromenter: axes X,Y, RF power 50Mhz-3Ghz;
- currently not implemented in web version (but generally available): regression analysis for pre/post experimental windows
- entanglement access code is changing each day. How to get access code: write email to info(at)cybertronica.co
- see more about EIS spectrometer
- to get access to this sensor: info(at)cybertronica.co
S5. Impedance Spectroscope (MU ID=346119), thermal, current status: ONLINE (used for internal purposes)
- data sampling: 15 sec.;
- available data windows: 1 min, 10 min, 1 hour, 2 hours, 6 hours, 12 hours, 24 hours, 2 days, 3 days
- available measurement channels:
- main sensor channels: impedance spectrum ch1, impadance spectrum ch2, differential impedance spectrum;
- secondary sensor channels: thermostat temperature ch1, thermostat temperature ch2, PCB thermostat temperature, environmental temperature, voltage control, 3D magnetometer: axes X,Y, 3D acceleromenter: axes X,Y, RF power 50Mhz-3Ghz;
- currently not implemented in web version (but generally available): regression analysis for pre/post experimental windows
- entanglement access code is changing each day. How to get access code: write email to info(at)cybertronica.co
- see more about EIS spectrometer
- to get access to this sensor: info(at)cybertronica.co
S6. Impedance Spectroscope (MU ID=346122), thermal, current status: ONLINE (used for internal purposes)
- data sampling: 15 sec.;
- available data windows: 1 min, 10 min, 1 hour, 2 hours, 6 hours, 12 hours, 24 hours, 2 days, 3 days
- available measurement channels:
- main sensor channels: impedance spectrum ch1, impadance spectrum ch2, differential impedance spectrum;
- secondary sensor channels: thermostat temperature ch1, thermostat temperature ch2, PCB thermostat temperature, environmental temperature, voltage control, 3D magnetometer: axes X,Y, 3D acceleromenter: axes X,Y, RF power 50Mhz-3Ghz;
- currently not implemented in web version (but generally available): regression analysis for pre/post experimental windows
- entanglement access code is changing each day. How to get access code: write email to info(at)cybertronica.co
- see more about EIS spectrometer
- to get access to this sensor: info(at)cybertronica.co