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Parts by Number for Analog Driver Top

Part # Distributor Manufacturer Product Category Description
VND5012AKE ASAP Semiconductor STM Not Provided POWERSO 24/DOUBLE CHANNEL HIGH SIDE DRIVER WITH ANALOG CURRENT S
AD8016ARB ASAP Semiconductor ANALOG Not Provided IC,AD8016,xDSL LINE DRIVER,INDL,24 BATWI
AD8138ARZ ASAP Semiconductor ANALOG Not Provided Low Distortion Differential ADC Driver SOIC-8
ADN4667ARZ ASAP Semiconductor ANALOG Not Provided IC DRIVER DIFF LVDS 4CH 16SOIC
TC4421MJA Allied Electronics, Inc. MICROCHIP TECHNOLOGY INC Not Provided IC,Analog;Mosfet Driver,Single INverting;9.0A;CDIP-8
HiC2031 PLC Radwell Pepperl & Fuchs Not Provided ANALOG OUTPUT - CURRENT DRIVER - 4-20MA INPUT / 4-
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Conduct Research Top

  • Image Acquisition from Three Analog Cameras
    The customer is using three independent cameras made by Cidtec. These cameras provide an analog output as well as a pixel clock (of up to 10 MHz). It is assumed that FRAME_START and LINE_START signals are also provided. All digital signals are TTL levels. Gage Applied ::. Data acquisition
  • MRF24J40 Radio Driver
    ) DSCs. 32-bit PIC(R) MCUs. Amplifiers & Linear. Operational Amplifiers. Instrumentation Amplifiers. Comparators. PGA & SGA. Data Converters. Analog-to-Digital Converters. DAC & Digital Potentiometers. Energy Measurement. Power/Current Sensors (SMSC). Development Tools. Compilers. Emulators. MPLAB(R
  • Matching Device Drivers with Embedded Hardware
    that project is deployed in- overall performance needs and the avail- an analog-to-digital converter and then. house or is a marketable product. In both ability of each of these pieces. Of course,. cases, the adage, time is money holds true. there are always tradeoffs. A general-pur-. In an embedded system
  • Designing with the MCP3901 Dual Channel Analog-to-Digital Converters (.pdf)
    The central goal of this application note is to supply support material for a new MCP3901 design. Starting with PCB layout techniques, getting the best performance out of this device will be given for typical applications through proper analog and digital grounding. Designing with the MCP3901 Dual
  • Make a Delta-Sigma Converter Using a Microcontroller's Analog Comparator Module
    This application note describes how to implement an Analog-to-Digital (A/D) Converter function using a member of the PIC16C6XX series of microcontrollers. Although these microcontrollers do not have a built-in A/D Converter like other controllers from Microchip, the comparator function, internal
  • Make a Delta-Sigma Converter Using a Microcontroller's Analog Comparator Module
    This application note describes how to implement an Analog-to-Digital (A/D) Converter function using a member of the PIC16C6XX series of microcontrollers. Although these microcontrollers do not have a built-in A/D Converter like other controllers from Microchip, the comparator function, internal
  • Analog Design in a Digital World Using Mixed Signal Controllers
    the supply. 6. Physically and electrically isolate low level ana-. current needs of the entire circuit, making them the. log circuitry from high power drivers to signifi-. source of some of the highest power noise as well. cantly lower the noise level in the analog. Careful attention to the layout
  • Buck-Boost LED Driver Using the PIC16F785 MCU
    it combines a MCU with many on-chip analog peripherals. This application is similar to the circuit described in Microchip's application note AN874 and you can refer to this document for more design information. This application note builds on the application described in AN874 and adds

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