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Parts by Number for CMOS Logic Digital Comparators Top

Part # Distributor Manufacturer Product Category Description
dsPIC30F2023 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided dsPIC30F SMPS & Digital Power Conversion 16-bit Digital Signal Controller. These devices offer features supporting common, multi-loop digital switch-mode power supplies (SMPS) and other digital power-conversion applications such as: • AC to DC Converters • DC to DC Converters &bull...
dsPIC30F2020 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided dsPIC30F SMPS & Digital Power Conversion 16-bit Digital Signal Controller. These devices offer features supporting common, multi-loop digital switch-mode power supplies (SMPS) and other digital power-conversion applications such as: • AC to DC Converters • DC to DC Converters &bull...
TC51 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided threshold voltage, which can be specified from 1.6V to 6.0V. The standard built-in output delay is 50 msec – 200 msec. The device includes a comparator, low-current high-precision reference, laser-programmed voltage divider, hys-teresis circuit, and output driver with digital delay timer...
NTE4038B RS Electronics NTE Not Provided Semiconductor, CMOS, arithmetic function digital comparator. Triple serial logic adder (negative logic). Package 16 DIP.
NTE4032B RS Electronics NTE Not Provided Semiconductor, CMOS, arithmetic function digital comparator. Triple serial logic adder (positive logic). Package 16 DIP.

Conduct Research Top

  • Low-Cost, High-Speed I2C Isolation with Digital Isolators
    Many articles have been published using opto-couplers for I2C isolation. These circuits are somewhat complex, sensitive to bus capacitance, and limited in speed. They are also not compatible with high-speed digital isolators having standard CMOS input levels. This application note shows how
  • Digital I/O Survival Kit
    -to-TTL Buffer/Inverter. Signals in the range of 0-12Vdc, such as those found in CMOS digital circuits, cannot be connected directly to. TTL inputs. However, the CD4049 hex inverting buffer or CD4050 non-inverting buffer can be used to convert the. CMOS to TTL logic levels (Figure 5). High Current
  • Engineer's Assistant Using a PIC16F84A
    This compact instrument is intended to be a digital laboratory tool for hardware and, in some cases, software debugging. It contains four instruments in one unit: logic probe, single channel logic state analyzer, frequency counter and serial code receiver. The only chip used is a PIC16F84A running
  • Integrating Converter Analog Processor (TC500A)
    . IN. Decoding. 15. Control Signals. GND. Logic. 2. 16. 12. 13. V –. V+. A. B. S. S. Control Logic. FIGURE 1: Functional diagram. © 2002 Microchip Technology, Inc. DS00789A-page 1. AN789. In short, this low-power CMOS device lets your software pro-. COMPLETING THE CONVERSION PROCESS. gram fearlessly
  • Linear Circuit Devices for Applications in Battery Powered Wireless Systems
    ). Total. Active. Supply. Comparators. Op Amps. Rail-to-Rail. Current. Part No. Description. (Output). (GBWP). Reference. Shutdown. I/O. (µA). MCP608. Single Op Amp. —. 1 (155 kHz). —. X. —. 18.7. with Chip Select. MCP609. Quad Op Amp. —. 4 (155 kHz). —. —. —. 74.8. MCP616. Single Bi-CMOS. —. 1 (190
  • Linear Circuit Devices for Applications in Battery Powered Wireless Systems
    ). Total. Active. Supply. Comparators. Op Amps. Rail-to-Rail. Current. Part No. Description. (Output). (GBWP). Reference. Shutdown. I/O. (µA). MCP608. Single Op Amp. —. 1 (155 kHz). —. X. —. 18.7. with Chip Select. MCP609. Quad Op Amp. —. 4 (155 kHz). —. —. —. 74.8. MCP616. Single Bi-CMOS. —. 1 (190
  • 15-Kilogram Scale Using the TC520 (TC500/A, TC520)
    Compensation, Zeroing, Oversampling, Units Conversion (kilograms to pounds). The TC500A is an analog processor device which performs a dual-slope analog-to-digital conversion function. All of the counting and timing for the conversion must be controlled by an external source. In nearly all applications
  • Applications of the TC62X Solid-State Temperature Sensors
    Technology. This device combines a. temperature-dependent element, voltage reference,. EQUATION. two comparators, control flip-flop and push-pull digital. R = 0.5997 T2.1312. ×. outputs in a single CMOS integrated circuit. Set point. temperatures are selected with external resistors. The. Where: R

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