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Supplier: Sealevel Systems, Inc.
Description: measurement range, good accuracy, repeatability, and long-term stability well-suited to industrial applications. To protect the host computer from harmful voltage spikes commonly found in industrial environments, the 6511 provides 1500 VAC isolation. For easy, reliable field wiring,
- Operating Temperature: 32 to 158 F
- Resolution: 16 bits
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Supplier: Microchip Technology, Inc.
Description: proportional power Independent hardware set instantaneous current peak detector (EMC1701-1 only) Software controls to program time duration and magnitude threshold Power supply options Bus or separately powered for low voltage operation Wide
- Mounting / Configuration: SMD
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Supplier: Microchip Technology, Inc.
Description: proportional power Independent hardware set instantaneous current peak detector (EMC1701-1 only) Software controls to program time duration and magnitude threshold Power supply options Bus or separately powered for low voltage operation Wide
- Mounting / Configuration: SMD
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Supplier: Microchip Technology, Inc.
Description: proportional power Independent hardware set instantaneous current peak detector Software controls to program time duration and magnitude threshold Power supply options Bus or separately powered for low voltage operation Wide temperature
- Mounting / Configuration: SMD
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Supplier: Microchip Technology, Inc.
Description: Independent hardware set instantaneous current peak detector (EMC1704-2 only) Software controls to program time duration and magnitude threshold Power supply options Bus or separately powered for low voltage operation Wide temperature
- Mounting / Configuration: SMD
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Supplier: ASTM International
Description: sensitivity by increasing dynode voltages of the photomultiplier detector. This is particularly true of high-end double monochromator instruments in their ultraviolet and visible ranges. A further reason for increasing energy or sensitivity can be that many instruments have only
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Supplier: ASTM International
Description: commercial spectrophotometers used in the ultraviolet, the visible, the near infrared, and the mid-infrared ranges. These procedures apply to instruments of conventional design, with usual sources, detectors, including array detectors, and optical arrangements. The vacuum ultraviolet
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Supplier: ASTM International
Description: dynode voltages of the photomultiplier detector. This is particularly true of high-end double monochromator instruments in their ultraviolet and visible ranges. A further reason for increasing energy or sensitivity can be that many instruments have only absorbance scales, which
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Supplier: ASTM International
Description: commercial spectrophotometers used in the ultraviolet, the visible, the near infrared, and the mid-infrared ranges. These procedures apply to instruments of conventional design, with usual sources, detectors, including array detectors, and optical arrangements. The vacuum ultraviolet
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Bias selecting in TEXES electronics
Although this is not the optimal voltage, at this voltage the detector spikes seldom enough that these values should be representative.
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Simple function scheme for description of the subjective duration of sonic pulses and sonic pauses
Peak voltage detector with a connected voltage divider.
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SQUID‐Magnetometer
The coil voltage becomes so far verstarkt a diode- peak voltage detector can be operated dafi with it.
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One-phase to three-phase conversion utilizing forced phasing
In order to prevent false triggering of the detector when voltage spikes of large amplitude ap- pear near the zero crossing point, a large value current limiting resis- tor was chosen.
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Compact integrated motion sensor with three-pixel interaction
Voltage spikes from edge detectors (E) at three adjacent pixel locations i - 1, i, i + 1are used as facilitation (F), trigger (T), and inhibi- tion (I)signals for output pulses Vr'and V,' of direction-selectivemotion circuits (M).
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Detector cooling technology for on-line process control
noise appears as an unwanted voltage spike on the detector output signal.
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Photoluminescence on oxygen-rich acceptor-doped silicon
The so- called voltage spikes of the detector (caused by an overload due to cosmicmuons) were reduced by a sample-and-hold circuit as described in reference [9].
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Initial performance of the PHENIX Hadron Blind Detector at RHIC
Due to an inherent error in the FPGA code of these modules, the high voltage can suddenly be briefly reapplied for a few tenths of a second after a trip, which resulted in potentially harmful high voltage spikes on the detector .
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Landsat-7 ETM+ on-orbit reflective-band radiometric characterization
as off or vice versa, or “single-event upsets” (SEUs) caused by voltage spikes on the detector arrays.
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128-channel spike sorting processor with a parallel-folding structure in 90nm process
In the previous state-of-the-art designs [2], [3], the comparator-based spike detectors using an voltage thresh- old are implemented.