PDIS

(redirected from Power Dissipation)
AcronymDefinition
PDISParallel and Distributed Information Systems
PDISPower Dissipation
PDISProfile Dependent Intermediate Stops (diving)
PDISPlant Diagnostic Information System (National Plant Diagnostic Network)
PDISPort Douglas Internet Services (Australia)
PDISPreparation for Dissemination
PDISProfile Digital Imaging Services (UK)
PDISProcurement Document Imaging System
PDISParts Dissection Information System
References in periodicals archive ?
Most components were modeled as discrete blocks having a uniform internal power dissipation and material properties, with values chosen based on the primary material for the part.
The particular problem in power estimation of CMOS logic is that power dissipation depends on switching activity in the circuit (depends on the application and work frequency).
To reduce the power consumption and power dissipation, every single component must be reviewed and optimized.
In case CMOS IC is triggered by clock cycles with the same interval of impulse and pause, dynamic power dissipation caused by capacitive load could be expressed with (10)
The figure 2 shows the power dissipation of closed form expression of the energy dissipation have been derived, from which inspirit of gained into the depend of energy on design process parameters.
Hence, as the aforementioned equation (1) referred to, one of the most effective ways to reduce the on-chip power dissipation is reducing the toggle activity, denoted as a, of signals, IOs, and logics.
Our new single and quad channel DML drivers provide industry leading integration, low power dissipation, and a small form factor.
Scaling down the supply voltage of SRMCML circuits can effectively reduce their power consumption, because their power dissipation is in direct proportion to the supply voltage.
There are three important criteria on which to base a decision: sensitivity to ground bounce noise, highest data rate supported, and power dissipation.
Semiconductor solutions supplier Diodes Incorporated (Nasdaq:DIOD) announced on Tuesday a complete family of high speed CMOS logic devices offering power dissipation and switching speed improvements over existing high speed CMOS logic alternatives.
By incorporating dynamic power control, the DAC throttles it voltage and power to the load by sensing load impedance, thus reducing its own power dissipation and self-heating, and allowing four channels in a tiny package.
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