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CURRENT Datasheet, PDF

Searched Keyword : 'CURRENT' - Total: 15 (1/1) Pages
ManufacturerPart #DatasheetDescription
Company Logo Img
Zarlink Semiconductor I...
SP8716 Datasheet pdf image
265Kb/6P
520MHz LOW CURRENT TWO-MODULUS DIVIDERS
ZL40122 Datasheet pdf image
255Kb/16P
High Speed, Current Feedback Quad Operational Amplifier
SP4666 Datasheet pdf image
266Kb/5P
Prescaler with low current and low radiation
ZL40120 Datasheet pdf image
298Kb/16P
Low Power, Current Feedback Quad Operational Amplifier
ZL40123 Datasheet pdf image
325Kb/16P
High Speed, Current Feedback Dual Operational Amplifier
ZL40123 Datasheet pdf image
219Kb/17P
High Speed, Current Feedback Dual Operational Amplifier
SP8715 Datasheet pdf image
611Kb/11P
1100MHz Very Low Current Multi-Modulus Divider
ZL40121 Datasheet pdf image
288Kb/16P
Low Power,Current Feedback Dual Operational Amplifier
ZL40122 Datasheet pdf image
185Kb/17P
High Speed, Current Feedback Quad Operational Amplifier
ZL40162 Datasheet pdf image
598Kb/32P
High Output Current High Speed Dual Operational Amplifier
ZL40166 Datasheet pdf image
723Kb/33P
High Output Current High Speed Dual Operational Amplifier
ZL40167 Datasheet pdf image
818Kb/32P
High Output Current High Speed Dual Operational Amplifier
SP8714 Datasheet pdf image
487Kb/9P
2100 MHz Very Low Current Multi-Modulus Divider
SP4740 Datasheet pdf image
155Kb/6P
1쨌3GHz 4256 PRESCALER WITH LOW CURRENT AND LOW RADIATION
SP4642 Datasheet pdf image
334Kb/3P
1GHz 첨 256 PRESCALER WITH LOW CURRENT AND LOW RADIATION

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What is CURRENT


Electronic component current refers to the amount of current flowing in an electric circuit.

Current is one of the important elements required to transmit electrical signals or supply power in electronic components.

The magnitude of current is usually determined by voltage and resistance.

According to Ohm's law, current (I) is calculated as voltage (V) divided by resistance (R).

Therefore, as the voltage or resistance changes, the magnitude of the current also changes.

In electronic components, current mainly plays a role in:

Signal transmission: Some electronic components are responsible for transmitting electrical signals.

For example, transistors are used to amplify and transmit electrical signals.

Power Supply: Some electronic components serve to supply electrical power.

For example, voltage converters provide the proper voltages needed by other electronic components.

Protection: Some electronic components serve to provide electrical protection.

For example, fuses protect electrical equipment by detecting overcurrent.

In the design and construction of electronic components, measures must be taken to ensure that adequate current is maintained.

To do this, appropriate electronic components must be selected and placed in consideration of the size and flow path of the current.

In addition, adequate protection must be provided to prevent current overload.

*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.


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