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Parts by Number for 16 Channel Mux Top

Part # Distributor Manufacturer Product Category Description
CD4051BDR SOIC-16 ASAP Semiconductor TI Not Provided 8 CHANNEL ANALOG MUX/DEMUX MC14051BD
CD4051BM96 SOIC-16 ASAP Semiconductor TI Not Provided 8 CHANNEL ANALOG MUX/DEMUX
MM74HC4053N DIP-16 ASAP Semiconductor FSC Not Provided TRIPPLE 2 CHANNEL MUX
4053BE DIP-16 ASAP Semiconductor ST Not Provided TRIPPLE 2 CHANNEL MUX
MC74HC4053D SOIC-16 ASAP Semiconductor MOTOROLA Not Provided TRIPPLE 2 CHANNEL MUX
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Conduct Research Top

  • Capacitive Multibutton Configurations
    . The. to four buttons. The internal MUX is controlled by the. target devices of this application note are the. channel select bits, C1CH <1:0 > of CM1CON0 and. PIC16F616 family, PIC16F690 family and the. C2CH <1:0 > of CM2CON0. The channel must be set. PIC16F887 family of microcontrollers. It assumes
  • Preface
    considers that a SONET repeater may cost thousands of dollars per signal and per 40 Km of fiber. An information channel, when realized with a modulated optical frequency or wavelength, is termed an optical channel. A binary data rate modulates the optical wavelength. Most optical components in DWDM
  • Semiconductor Optical Amplifier in Coarse Wavelength Division Multiplexed Systems
    Coarse division wavelength multiplexed (CWDM) systems have been proposed for reducing the cost of metro and access networks while providing increased throughput and flexibility. CWDM multiplexes up to 16 wavelengths on a single fiber using ITU standard (G.694.2) 20 nm spacing between
  • Software Handling for Capacitive Sensing
    ] = average[index] + \. to the comparator input channel when using a part’s. (raw – average[index])/16;. four inherent buttons. Using a number which is a power of 2 for the N-point. EXAMPLE 6: INDEX FOR BUTTON MAPS. average, saves processing time because right-shifts. can be used instead of software division
  • Product Power, Weight, MTBF, and Cooling Tables
    . VM7000 Custom Prototyping Board. 0.25. 0.02. 0.3. 150,000. 2. VM7004 4-channel Programmable Resistor. 1.7. 0.22. 0.8. 89,500. 9. VM8016 16-Channel Low Thermal Offset MUX 3. 0.10. 0.01. 0.8. 81,000. 2. C-Size VXI Modules (non-VMIP). AXI429 ARINC 429 Simulator and Analyzer. 4.0. 0.67. 2.64. n/s. 28
  • Bridge Sensing with the MCP6S2X PGAs
    or PICmicro® microcontroller I/O. gain options for the PGA are: 1, 2, 4, 5, 8, 10, 16 and. pin consumption. The multiplexer and high-speed con-. 32 V/V. version response of the PGA/Analog-to-Digital (A/D). conversion allows a differential input signal to be sam-. pled and converted in the analog domain
  • Signal Chain Design Guide (.pdf)
    . The MCP3422/3 and the MCP3424 are two channel and. DD) operates between 1.4V and 6.0V, while the op amp. with highest V. four channel versions, respectively, of the MCP3421 device. DD operates between 6.5V and 16.0V. The MCP300X (10-bit), MCP320X (12-bit) and MCP330X. These op amp families fall
  • Thermistor Temperature Sensing with MCP6SX2 PGAs
    reasonably linear. R. # 2322 640 55103. B and CB reduce the. 100000. 100k. 10 k @ +25°C. noise and act as an anti-aliasing filter for the ADC. The. MCP6SX2 PGA (MCP6S22 [5] or MCP6S92 [6]). buffers the voltage V. 10000. DIV. The PGA can be digitally. 10k. controlled to change its gain or channel

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