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Channel Multiplexer

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Parts by Number for Channel Multiplexer Top

Part # Distributor Manufacturer Product Category Description
EK45940 PLC Radwell Allen Bradley Not Provided ENTRX 64 CHANNEL MULTIPLEXER
Z50477 ASAP Semiconductor ZELTEX Not Provided IC, module. 8 Channel Multiplexer.
74HCT157DTR2G PLC Radwell On Semiconductor Not Provided LOGIC - 2 CHANNEL MULTIPLEXER; LOGIC TYPE:MULTIPLE
NTE74HC151 RS Electronics NTE Not Provided Semiconductor, TTL, data selector-multiplexer, high speed CMOS, 8 channel multiplexer, 16 DIP.
7701 ASAP Semiconductor MULTIPLEXER Not Provided 32 CHANNEL
7702 ASAP Semiconductor MULTIPLEXER Not Provided 40 CHANNEL
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Conduct Research Top

  • Capacitive Multibutton Configurations
    for capacitive sensing as high- read AN1101 prior to this application note. lighted. The channel of select must be the same on each interanl multiplexer. So, when switching buttons This application note will discuss three different from one to the next, ensure that they are the same. approaches
  • Fiber Optic Rotary Joints
    of an n-channel multiplexer and a single channel FORJ combined can be much lower than that of an n-channel FORJ with no multiplexer. For those who definitely need two-channel FORJs Princetel offers a coaxial design to maintain a compact package and good performance at a reasonable cost
  • Synchronized versus Sequential Sampling Methods (Multiplexing) for Measurement Systems
    How does one select the right measurement system structure for a given measurement task? Should channels be sampled simultaneously, in synchronization, or is it sufficient for the channels to be sampled sequentially using an analog multiplexer? Anyone making multi-channel measurements is confronted
  • Sensing Light with a Programmable Gain Amplifier
    / Analog-to-Digital (A/D) conversion allows the photo sensor input signal to be sampled and quickly converted to the digital domain. Switching from channel-to-channel is then easier with the Serial Peripheral Interface (SPITM) from the PICmicro microcontroller to the PGA. Sensing Light
  • Modernizing a Passive Sonar Which Has a Beam-Former with Digital Output
    (bearing time record), the DEMON, the Lofar spectrum etc. The digital signal is a +/-5 volt TTL signal. The software driver should support windows messaging system.(The card should send buffer full message when the buffer is filled). GAGE'S SOLUTION. For one channel the client will need one card
  • Bridge Sensing with the MCP6S2X PGAs
    . 6 CH4. VSEN. 7 CH5. 13. 11. MCP6S26. SDO. V. 10. REF. 0.1 µF. CS_PGA. MCP41100. 8. 9. V. 8,5. DD. A. 0.1 µF. W. 6. 3 +. 8. B. 1. PIC16C63. MCP6022. 4,7. 2. 1 3 2 0.1 uF ­. 4. CS_POT. FIGURE 1: A resistive bridge output voltage is gained and converted to a 12-bit word using the. MCP6S26, six-channel
  • Semiconductor Optical Amplifier in Coarse Wavelength Division Multiplexed Systems
    to different gains. provided to the TE and TM modes, the gain difference can be large. Covega has reduced the. PDG of SOA-1084 and SOA-1085 by proprietary bandgap engineering and waveguide design to. be typically less than 1 dB over the 4-channel bandwidth. Gain Ripple. Gain ripple is caused by residual
  • Building a Bigger Pipe
    circuit testing, maintenance and. high-speed link (Ethernet) over a single high-speed com-. management have been around for many years,. munications channel comprised of multiple lower-speed. service provider personnel possess core competen-. circuits (Bonded T1/E1 TDM circuits). cies that perpetuate its

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