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  • Meeting Feedthrough Challenges on the A-3 Test Stand
    of all connections, with verified sealing of the multiple penetrations. “Early in the design phase we made the decision to isolate each data channel to a single penetration. While this does increase the number of feedthrough penetrations, it greatly reduces the risk of crosstalk,” said Hebert. Total
  • Medical Device Link .
    kV. Standard feedthroughs are available as weldable and flange-mounted units. Custom configurations include additional coolant lines, custom coolant flow paths, solid conductors on the vacuum side, large flanges, coils, and other accessories. The <1-in.-diam single-conductor version can fit
  • Factors in the Selection of MIL-STD-1553 Couplers, Connectors and Harnesses
    stub couplers. 3. Connectors- multi-pin vs. triaxial, bayonet vs. threaded, and multi channel vs. single channel. 4. Cable type- twinax vs quadrax. The circuitry of the coupler itself is defined by MIL-STD 1553 and not subject to design variation. The circuit specifications, though simple
  • Bridge Sensing with the MCP6S2X PGAs
    on the. same Serial Peripheral Interface (SPI™) bus of the. PIC16C63 for the PGA, digital potentiometer and ADC. with no digital feedthrough from the converter during. DS00251A-page 2.  2003 Microchip Technology Inc. AN251. PGA Reference Voltage. 5.0. The input range of the reference voltage pin
  • VME Backplanes and Accessories: Making Life Easy for Designers
    to achieve high performance. When dealing with custom bus routing, the physical orientation of signal assignments is important. Direct connector-pin-to-connector-pin wiring and avoiding the use of vias, is a design concept that helps improve signal quality. A via or feed-through from one layer
  • Medical Device Link .
    temperatures. Mechanical damage to the pin caused by bending the pin over. The bending stress often cracks the glass or causes the metal to pull away from the glass. Mechanical damage to the glass. The glass can have a positive or negative meniscus as it wets on the housing wall or lead material
  • Medical Device Link . Avoiding Common EMI Problems in Medical Electronics
    . Figure 6. Grouping signals on one return line results in high ground impedance and large loop areas. A better design is to distribute returns throughout the cable. Mistake #8: Using a Single-Point Ground for a High-Frequency Application Single-point grounds are highly regarded for eliminating ground
  • Adjust mis-matched delay lines in Cypress Semiconductor Application Note
    by slew rate limiting ef-. the ramping input or output will cause a change in the appar-. fects not related to the power supply glitch, the effective tim-. ent delay through the gate (see Figure 3). All single-ended. ing will be determined by the placement of the glitch. If the. logic gates suffer