The act of isolating, or the state of being isolated; insulation; separation; loneliness.
The separation of people who are ill with a specific contagious disease to stop the spread of disease. Isolation can be voluntary or mandatory, applied to people or groups, and take place in homes, hospitals, or community isolation centers.
Separation of seed fields from fields of other varieties of the same crop, same variety fields not conforming to varietal purity requirements; other related species and fields affected by designated diseases to prevent genetic and disease contamination.
Separation of an ill person who has a communicable disease (e.g., SARS patient) from those who are healthy. Isolation prevents transmission of infection to others and also allows for the focused delivery of specialized health care to ill persons.
the amount of separation or loss between two terminals of a device or between two components.
The measure of separation (as dB or power ratio) between two potentially interfering signals, e.g. in difference beams or on different polarizations.
A procedure for separating a species from contaminating species in pure cultures.
Two circuits that are completely electrically separated with respect to DC potentials, and almost always also AC potentials. In power supplies, it is defined as the electrical separation of the input and output via the transformer.
A movement separating one part of the body from other parts of the body. i.e, taking a part of the body and placing it out of its normal position.
Where there electrical separation between the primary and secondary windings. This safety feature helps eliminate the possibility of shock.
a state of separation between persons or groups
practices that prevent the spread of infection and communicable disease
Electrical separation of sensor from high voltage and output circuitry. Allows for application of grounded or ungrounded sensing element.
is used for unusually infectious diseases in hospitals or health care facilities.
To maximize a power supply's effectiveness, proper input-to-output isolation is essential. This is calculated by discerning the degree of the electrical separation between two points, either by voltage (breakdown) and current (galvanic) or by resistance and/or capacitance.
The difference, measured in dB, between input power levels and output power levels when a unit is in high-loss condition.
The difference in power, expressed in dB, between the input level and output level when unit is in high loss condition.
Isolation is the electrical separation between the input and the output. Some power supplies, such as many DC/DC converters have common grounds, and therefore are not isolated. Most AC/DC and AC/AC converters are isolated for safety reasons. The measure of isolation is resistance, and is measured with an ohm meter. In some instances you might also want to know the isolation capacitance between the input and output to make sure the RF isolation is low.
The degree of electrical separation between two points. It can be expressed in terms of voltage (breakdown), current (galvanic), or resistance and/or capacitance (impedance). In power supplies, the input-to-output isolation is important to maximize.
Electrical separation between the input and output of a converter; Normally determined by transformer characteristics and component spacing. Referring to isolation is specified in values of resistance (RISO, typically megohms) and capacitance (CISO, typically pF).
The process of separating infected or colonised persons from others, usually for as long as the organism may practically be communicated to other susceptible persons. Isolation usually occurs in places and under conditions to prevent or limit the direct or indirect transmission of the infectious agent to susceptible persons.
The electrical separation between two circuits, or circuit elements. Related Terms: Input- Output Isolation | Relay
Separating patients with a communicable disease from susceptible people.
The separation (often through the use of an isolation transformer) of one section of a system from undesired electrical influences of other sections.
State of being separated from others. Isolation is sometimes used to prevent disease from spreading.
an electrical separation between areas of an integrated circuit.
The amount of separation or loss (expressed in dB) between two locations or components. (Such as the loss between the feed-thru and tap/drop line of a tapoff unit).
The electrical separation between input and output of a power supply by means of the power transformer. The isolation resistance (normally in megaohms) and the isolation capacitance (normally in picofarads) are generally specified and are a function of materials and spacings employed throughout the power supply.
Isolation of channels and the internal circuit from input stabilizes measured values by preventing fluctuations (variation, shift) in measured values caused by noise entering the internal circuit from the input unit or power supply.
the process of isolating or separating a voice or speech from an audio signal
Function intended to cut-off the supply from all or a discrete section of the installation by separating the installation or section from every source of electrical energy for reasons of safety.
removing or separating people from the source of a hazard. ob safety analysis (JSA) see safe work method. ost-time injury (LTI) an occupational injury where the injured person is not able to work for at least one full work day (or shift) any time after the day the injury occurred.