discrete

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discrete

 [dis-krēt´]
made up of separated parts; characterized by lesions that do not become blended.

dis·crete

(dis-krēt'), Do not confuse this word with discreet.
Separate; distinct; not joined to or incorporated with another; denoting especially certain lesions of the skin.
[L. dis- cerno, pp. -cretus, to separate]

discrete

/dis·crete/ (dis-krēt´) made up of separated parts or characterized by lesions which do not become blended.

discrete

[diskrēt′]
Etymology: L, discretus, separated
1 individually distinct.
2 composed of distinct parts.

discrete

Confined to a particular area; usually understood to mean well circumscribed.

dis·crete

(dis-krēt')
Separate; distinct; not joined to or incorporated with another; denoting especially certain lesions of the skin.
[L. dis-cerno, pp. -cretus, to separate]

discrete

separate; distinct; non-merging

discrete

made up of separated parts; characterized by lesions that do not become blended.
References in periodicals archive ?
The basis for the unique, authentic sound experience in the E-Class models is the discrete Logic 7 technology from Harman Kardon.
The CPLD Logic Consolidator compares Xilinx XC9500XL and CoolRunner-II(TM) 10,000-unit pricing to discrete logic unit pricing.
Until now, these system control functions were an afterthought, resulting in costly and bulky discrete logic scattered throughout the motherboard.
We look forward to working with IBM to broaden the acceptance of FPGAs as replacements for discrete logic, programmable logic devices and gate arrays.
NASDAQ:MCHP) Thursday introduced two 8-bit RISC one-time-programmable (OTP) microcontrollers which provide a complete mixed-signal system solution, substantially reducing discrete logic components, related circuitry and overall system cost.
This drastically increases transfer speeds by eliminating the inherent delays between discrete logic and memory chips.
Rad Hard versions of Actel's FPGAs will provide commercial and military satellite designers with specific advantages, including design flexibility, short time-to-launch, and low risk designs, which lead designers to choose FPGAs in favor of ASICs or discrete logic implementations.
The J1A is initiating new microcontroller designs in systems that currently use discrete logic, designs in systems that currently have less than optimum microcontroller solutions, and designs that have in the past been prevented due to high bill of material production costs.

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