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Parts by Number for Pulse Time Top

Part # Distributor Manufacturer Product Category Description
dsPIC33FJ128MC706A Microchip Technology, Inc. Microchip Technology, Inc. Not Provided resolution (@ 40 MIPS) = 39.1 kHz for Edge-Aligned mode, 19.55 kHz for Center-Aligned mode. Quadrature Encoder Interface module: - Phase A, Phase B and index pulse input - 16-bit up/down position counter - Count direction status - Position Measurement (x2 and x4) mode - Programmable digital noise filters...
dsPIC30F2010 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided . Programmable output polarity. Dead time control for Complementary mode. Manual output control. Trigger for synchronized A/D conversions Quadrature Encoder Interface Module Features: Phase A, Phase B and Index Pulse input. 16-bit up/down position counter. Count direction status. Position Measurement (x2...
MCP795W12 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided amp; 4.096 KHz and 1 Hz. Digital Trimming Range from -255 to + 255 ppm in 1 ppm steps - Adjusts up to 22 seconds/day. Watchdog Timer - Dual Retriggers - SPI Bus or EVHS digital input. Dual Configurable Event Detects - High speed with programmable pulse count (EVHS) - Low speed with programmable...
1SVR500160R0100 Allied Electronics, Inc. ABB Not Provided Time Delay Relay, Pulse Generator, Din-Rail, DPDT
NTT436AA ASAP Semiconductor PULSE Not Provided 3 day lead time

Conduct Research Top

  • Penetrating Pulse Technology
    through the liquid. Depending on the operating mode chosen, the pulse either is reflected back to the transducer or detected by another transducer and the transit time is measured. Together with other parameters about the application the actual level in the vessel is computed. While the same basic
  • Pulse and Hold Power Management
    , so that desired mechanical. result is increased performance: higher. performance is achieved, while significantly. actuation forces, longer strokes, extended. reducing energy consumption and waste-heat. duty cycles and longer on times. production. Model 900R Modular Solenoid. Adaptive Pulse
  • Plastic Capacitors, Inc. - Pulse Forming Networks
    or Fall Time is approximately three times the value of the rise time for a Type "E " pulse forming network. Salt Spray: All listed pulse forming networks are designed to withstand a 50 hour salt spray test per MIL-Q-151A. 100 hour withstand is also available. Humidity: Per paragraph 3.12 humidity cycle
  • Basics of PCD Series: Pulse Control LSIs (.pdf)
    This document is intended for customers who will use our LSIs specifically to control motors for the first time. It explains operations in terms of the simplest NPM LSIs, the "PCD series." A PCD divides a string of reference clock pulses and creates a variety of pulse strings at different
  • Pulse Testing of Laser Diodes
    test is delivering constant current pulses with. suitable magnitude, duration, duty cycle, and rise and fall times. To optimize kink. detection, the difference in pulse characteristics between adjacent current steps. in the L-I-V sweep must be as deterministic as possible. Two common methods
  • Reading Pulse Output Sensors with dataTaker DT8x Data Loggers
    that make them more or less suitable for a particular sensor type. Regarding frequency measurement, any of the analog input channels of the data logger can be used to. measure the frequency of a repetitive pulse train. Internally, the logger has a very accurate time base. reference that is used
  • Part Design Guidelines for Pulse Heated Reflow Soldering (.pdf)
    This report will cover the process definition and components used in the pulse heated reflow soldering process. We will look in depth at the component part design criteria necessary to achieve the optimum quality and consistency of a flex to PCB assembly, concentrating on the most popular joint
  • Large High Energy Density Pulse Discharge Capacitor Characterization
    to provide graceful aging at. electric fields greater than 500 MV/m. A variety of. polymer films have been evaluated for use in these. capacitors. The pulse rise times where the capacitors. find application are in the range of microseconds to. milliseconds. Life tests have been performed with. the goal

More Information on: Pulse Time Top

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  • http://dspace.thapar.edu:8080/dspace/bitstream/10266/759/1/thesis_sanjeev.pdf
    They introduced the RC (resistance-capacitance) relaxation circuit in the 1950s, providing the first consistent dependable control of pulse times and also a simple servo control circuit to automatically find and hold a given gap between the electrode (tool) and the workpiece.
  • Ultrafast Phenomena XV
    Signals may be selected by specifying pulse timings , pulse spectral content, and/or signal phase dependence, all of which may influence inter- or intramolecular dynamics in gas or condensed phase systems, thereby suppressing or highlighting selected microscopic processes.
  • Ultrafast Phenomena XVI
    A typical THz pulse trace as a function of probe pulse time delay with constant .
  • Ultrafast Phenomena XIV
    The WP interferometry is viewed as the coherent interaction of two WP's formed by each of the optical double pulses ( time -domain picture), or as the interference of the two optical pulses filtered by the atomic or molecular transitions (frequency-domain picture).
  • http://dspace.mit.edu/bitstream/handle/1721.1/4951/RLE-TR-092-14239024.pdf?sequence=1
    The peak signal to which the noise values are referred corresponds to maxi=m pulse time shift permitted by the coincidence detector, that is, .
  • Springer Handbook of Lasers and Optics
    Because pulse timing does not have to be externally controlled there is usually no need for synchronization electronics, making pas- sive schemes conceptually simpler compared to active schemes.
  • Analysis and Control of Ultrafast Photoinduced Reactions
    This demonstrates the significance of pulse time elongation and phase modulation for molecular wave packet dynamics leading to an enhanced variability in the ionization path.
  • Laser Spectroscopy
    The advantage of pulsed lasers is the large photon flux during the pulse time ΔT, which allows the ionization of the excited molecules before they de- cay by relaxation into lower levels where they are lost for further ionization.