A1982NZ57900001
... Yorktown Heights, New York. At that time a small group of people had been assembled by A.V. Brown to work on electron beam uses primarily for recording information on photographic films. By 1964 it became clear to us at IBM, as well as to people in other laboratories such as Westinghouse Research an ...
... Yorktown Heights, New York. At that time a small group of people had been assembled by A.V. Brown to work on electron beam uses primarily for recording information on photographic films. By 1964 it became clear to us at IBM, as well as to people in other laboratories such as Westinghouse Research an ...
Brief Description - Westwind Air Bearing
... biased sensor coupled with an amplifier circuit that switches in response with moving ferrous target (e.g. cut outs in the spindle shaft) with operation frequencies in excess of the existing device The speed sensor assembly has been designed to fit within the dimension envelope of the old device to ...
... biased sensor coupled with an amplifier circuit that switches in response with moving ferrous target (e.g. cut outs in the spindle shaft) with operation frequencies in excess of the existing device The speed sensor assembly has been designed to fit within the dimension envelope of the old device to ...
OP7816 - Opal-RT
... optical isolation of the OP7816 inputs make it ideal for environments where electrical isolation is required. The OP7816 features 16 optically isolated input channels. All are sampled simultaneously for additional simulation accuracy. It is perfectly suited to interface real life environment signals ...
... optical isolation of the OP7816 inputs make it ideal for environments where electrical isolation is required. The OP7816 features 16 optically isolated input channels. All are sampled simultaneously for additional simulation accuracy. It is perfectly suited to interface real life environment signals ...
Chap 5. Signals and Noise
... Nyquist sampling rate = sampling rate must be at least 2x greater than the highest frequency component in the complex signal. For example, if the highest frequency component in a complex signal is 2000 Hz, then the minimum sampling rate must be 4000 Hz or 4000 pts/s (2.5 x 10-4 s/pt) ...
... Nyquist sampling rate = sampling rate must be at least 2x greater than the highest frequency component in the complex signal. For example, if the highest frequency component in a complex signal is 2000 Hz, then the minimum sampling rate must be 4000 Hz or 4000 pts/s (2.5 x 10-4 s/pt) ...
Compuscope 8500
... CompuScope 8500 is available with on-board acquisition memory depths of 2M, 8M, 16M, 128M, 512M, 1G and 2G. The on-board memory can be used as a circular buffer for storage of preand post-trigger data. The maximum number of sample points that the CompuScope 8500 can capture is equal to the memory de ...
... CompuScope 8500 is available with on-board acquisition memory depths of 2M, 8M, 16M, 128M, 512M, 1G and 2G. The on-board memory can be used as a circular buffer for storage of preand post-trigger data. The maximum number of sample points that the CompuScope 8500 can capture is equal to the memory de ...
PicoScope® 6 Serial Decoding
... Use it like an oscilloscope Serial decoding is integrated into the PicoScope oscilloscope software, so if you can use an oscilloscope you will be at home with serial decoding. For example, you can easily zoom and pan your data using toolbar buttons or by clicking and dragging in the zoom overview wi ...
... Use it like an oscilloscope Serial decoding is integrated into the PicoScope oscilloscope software, so if you can use an oscilloscope you will be at home with serial decoding. For example, you can easily zoom and pan your data using toolbar buttons or by clicking and dragging in the zoom overview wi ...
RZ2 BioAmp Processor
... is very fast and efficient. However, large and complex circuits should be designed to balance memory needs (such RZ2 BioAmp Processor ...
... is very fast and efficient. However, large and complex circuits should be designed to balance memory needs (such RZ2 BioAmp Processor ...
Learn the Importance of Isolation In Four Easy Lessons
... made in the field). Some will lead to disaster. Others will work fine. For each, the reasons for success or failure will be fully described. ...
... made in the field). Some will lead to disaster. Others will work fine. For each, the reasons for success or failure will be fully described. ...
SA 20.6: 5GSample/s Track-Hold and 3GSample/s Quasi-Sample-Hold ICs A. Hülsmann, T. Jakobus
... The THA exhibits high linearity, small pedestal error, large inputvoltage range and a high-sampling rate. It consists of the input stage that operates as a switched source follower sampler, the switch driver and the output buffer. Differential configuration is used throughout the design to improve o ...
... The THA exhibits high linearity, small pedestal error, large inputvoltage range and a high-sampling rate. It consists of the input stage that operates as a switched source follower sampler, the switch driver and the output buffer. Differential configuration is used throughout the design to improve o ...
Development OF PROTOTYPE Digital LLRF system at RRCAT
... Level RF (LLRF) feed back loops are indispensable part of RF system of any particle accelerator. LLRF loops controls and maintenances the required amplitude and phase stability seen by the beam in the RF cavity. LLRF control system can either be conventional analog or digital. Digital System provide ...
... Level RF (LLRF) feed back loops are indispensable part of RF system of any particle accelerator. LLRF loops controls and maintenances the required amplitude and phase stability seen by the beam in the RF cavity. LLRF control system can either be conventional analog or digital. Digital System provide ...
ADC
... Any continuous signal that a time varying variable of the signal is a representation of ...
... Any continuous signal that a time varying variable of the signal is a representation of ...
DAC and Diodes
... signals and convert them to “digital” signals. DACs are used in systems to capture “digital” signals and convert them to “real world” signals that humans can interpret. ...
... signals and convert them to “digital” signals. DACs are used in systems to capture “digital” signals and convert them to “real world” signals that humans can interpret. ...
Chapter 12
... An A/D converter that converts analog signals into digital signals A digital processor that processes digital data (signals) A D/A converter that converts digital signals into equivalent analog signals A transducer that converts electrical signals into real life non-electrical signals (sound, pressu ...
... An A/D converter that converts analog signals into digital signals A digital processor that processes digital data (signals) A D/A converter that converts digital signals into equivalent analog signals A transducer that converts electrical signals into real life non-electrical signals (sound, pressu ...
Voltage - dataTaker
... points. Multiple separate voltage measurements can share a common reference point, (Known as single ended inputs or shared common) or each measurement can have an independent reference point. (Known as differential input) Each analog input channel on a DT80 range series 2 data logger can read either ...
... points. Multiple separate voltage measurements can share a common reference point, (Known as single ended inputs or shared common) or each measurement can have an independent reference point. (Known as differential input) Each analog input channel on a DT80 range series 2 data logger can read either ...
Oscilloscope types
This is a subdivision of the Oscilloscope article, discussing the various types and models of oscilloscopes in greater detail.