LEVEL Datasheet(PDF) - BUK9222-55A - NXP Semiconductors

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LEVEL Datasheet, PDF

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Searched Keyword : 'Level' - Total: 1145 (1/58) Pages

Manufacturer	Part #	Datasheet	Description
NXP Semiconductors	BUK9222-55A	294Kb/13P	TrenchMOS logic level Rev. 01-17 April 2001
	BUK9225-55A	295Kb/13P	TrenchMOS logic level Rev. 01-17 April 2001
	BT1306-400D	76Kb/11P	Logic level triac Rev. 01-19 February 2004
	BT131	49Kb/6P	Triacs logic level April 1998 Rev 1.000
	BT131W	53Kb/7P	Triacs logic level July 1998 Rev 1.000
	BT258B	41Kb/6P	Thyristors logic level September 1997 Rev 1.100
	PIP3119-P	31Kb/6P	Logic level TOPFET May 2001 Rev 1.000
	BT137D	49Kb/6P	Triacs logic level September 1997 Rev 1.200
	BT258S-800R	49Kb/6P	Thyristors logic level October 2002-Rev 2.000
	BT137S-600D	42Kb/6P	Triacs logic level June 2001-Rev 1.400
	BT134W	56Kb/7P	Triacs logic level September 1997 Rev 1.200
	BT136B	49Kb/6P	Triacs logic level October 1997 Rev 1.100
	BT137X	51Kb/6P	Triacs logic level September 1997 Rev 1.200
	BT148W	53Kb/7P	Thyristors logic level October 1997 Rev 1.300
	BT150S	49Kb/6P	Thyristors logic level October 1997 Rev 1.100
	BT169W	52Kb/7P	Thyristor logic level September 1997 Rev 1.200
	BT137XD	55Kb/6P	Triacs logic level September 1997 Rev 1.200
	BT132-600D	97Kb/8P	Triacs logic level January 1998
	BT1308-400D	76Kb/11P	Logic level triac Rev. 01-19 February 2004
	BUK119-50DL	47Kb/6P	Logic level TOPFET May 2001-Rev 1.900

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What is Level

Level is one of the electronic components and is a term indicating the magnitude or strength of an electrical signal.

The level of an electrical signal is usually expressed as a magnitude of voltage or current, and these levels play an important role in signal processing and analysis in electronic equipment or circuits.

For example, digital circuits use specific voltage levels to represent logic 0s and 1s.

I usually use 0V as logic 0 and 5V or 3.3V as logic 1. These levels play an important role when processing electrical signals in electronic components or circuits.

Analog circuits also process signals using levels of voltage or current.

These levels have a significant impact on the accuracy and performance of signal processing, and it is important to maintain appropriate levels.

Level is also used to evaluate the performance of electronic components. For example, the output level of an audio amplifier is expressed in power, i.e. the strength of the output signal.

These levels relate to the size and distance of the speakers and the volume of the sound, and are one of the important factors to consider when choosing audio equipment.

*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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