FLOATING Datasheet(PDF) - C0603Y472K2RACTU - Kemet Corporation

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FLOATING Datasheet, PDF

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Searched Keyword : 'FLOATING' - Total: 631 (10/32) Pages

Manufacturer	Part #	Datasheet	Description
Kemet Corporation	C0603Y472K2RACTU	72Kb/1P	Ceramic, Floating Electrode, FloatingFlexTerm-(CxxxxY), 4700 pF, 10%, 200 V, 0603, X7R, SMD, MLCC, FF-CAP, Floating Electrode
	C0805Y102K2RACTU	72Kb/1P	Ceramic, Floating Electrode, FloatingFlexTerm-(CxxxxY), 1000 pF, 10%, 200 V, 0805, X7R, SMD, MLCC, FF-CAP, Floating Electrode
	C1206Y222K5RACTU	71Kb/1P	Ceramic, Floating Electrode, FloatingFlexTerm-(CxxxxY), 2200 pF, 10%, 50 V, 1206, X7R, SMD, MLCC, FF-CAP, Floating Electrode
	C0805Y102K5RACTU	71Kb/1P	Ceramic, Floating Electrode, FloatingFlexTerm-(CxxxxY), 1000 pF, 10%, 50 V, 0805, X7R, SMD, MLCC, FF-CAP, Floating Electrode
	C0603Y222K5RACTU	71Kb/1P	Ceramic, Floating Electrode, FloatingFlexTerm-(CxxxxY), 2200 pF, 10%, 50 V, 0603, X7R, SMD, MLCC, FF-CAP, Floating Electrode
	C0805Y221K5RACTU	71Kb/1P	Ceramic, Floating Electrode, FloatingFlexTerm-(CxxxxY), 220 pF, 10%, 50 V, 0805, X7R, SMD, MLCC, FF-CAP, Floating Electrode
	C0603Y222K2RACTU	71Kb/1P	Ceramic, Floating Electrode, FloatingFlexTerm-(CxxxxY), 2200 pF, 10%, 200 V, 0603, X7R, SMD, MLCC, FF-CAP, Floating Electrode
	C0805Y471K5RACTU	72Kb/1P	Ceramic, Floating Electrode, FloatingFlexTerm-(CxxxxY), 470 pF, 10%, 50 V, 0805, X7R, SMD, MLCC, FF-CAP, Floating Electrode
	C1210Y103K2RACTU	71Kb/1P	Ceramic, Floating Electrode, FloatingFlexTerm-(CxxxxY), 0.01 F, 10%, 200 V, 1210, X7R, SMD, MLCC, FF-CAP, Floating Electrode
	C1210Y472K1RACTU	71Kb/1P	Ceramic, Floating Electrode, FloatingFlexTerm-(CxxxxY), 4700 pF, 10%, 100 V, 1210, X7R, SMD, MLCC, FF-CAP, Floating Electrode
	C0603Y471K5RACTU	72Kb/1P	Ceramic, Floating Electrode, FloatingFlexTerm-(CxxxxY), 470 pF, 10%, 50 V, 0603, X7R, SMD, MLCC, FF-CAP, Floating Electrode
	C0805Y472K5RACTU	72Kb/1P	Ceramic, Floating Electrode, FloatingFlexTerm-(CxxxxY), 4700 pF, 10%, 50 V, 0805, X7R, SMD, MLCC, FF-CAP, Floating Electrode
	C1206Y103K2RACTU	72Kb/1P	Ceramic, Floating Electrode, FloatingFlexTerm-(CxxxxY), 0.01 uF, 10%, 200 V, 1206, X7R, SMD, MLCC, FF-CAP, Floating Electrode
	C1206Y103K5RACTU	72Kb/1P	Ceramic, Floating Electrode, FloatingFlexTerm-(CxxxxY), 0.01 uF, 10%, 50 V, 1206, X7R, SMD, MLCC, FF-CAP, Floating Electrode
	C0603Y223K5RACTU	72Kb/1P	Ceramic, Floating Electrode, FloatingFlexTerm-(CxxxxY), 0.022 uF, 10%, 50 V, 0603, X7R, SMD, MLCC, FF-CAP, Floating Electrode
International Rectifier	IRS21962S	246Kb/14P	Dual channel high-side drivers with floating input
Texas Instruments	TMS320TCI6602	2Mb/201P	Multicore Fixed and Floating-Point Digital Signal Processor
	SM320C6678-HIREL	1Mb/244P	Multicore Fixed and Floating-Point Digital Signal Processor
	TMS320C6674	1Mb/238P	Multicore Fixed and Floating-Point Digital Signal Processor
	TMS320TCI6608	2Mb/244P	Multicore Fixed and Floating-Point Digital Signal Processor

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What is FLOATING

“FLOATING” is one of the important concepts in electronic components and electronic circuit design. This term refers to a state in an electrical circuit where a voltage or signal is not fixed to a specific ground or other voltage level and can vary. Here are some important points related to FLOATING in electronic components and circuit design:

Floating Node: In an electrical circuit, a specific node or contact is not connected to another voltage source and is called a “floating node.” These nodes are often unstable and can lead to inaccurate behavior.

Floating Input: When an input signal from an electronic device or sensor is missing or not connected to a particular voltage. This may cause incorrect behavior, so caution is required.

Floating Ground: Ground is a reference point commonly used in electrical circuits and to which voltage is referenced. If the ground is floating, the operation of the circuit may become unstable.

Floating Voltage: This refers to a case where the voltage in a circuit or component is not precisely defined and can change. This may affect signal processing and stability.

Floating state is one of the important issues to be concerned about in electronic circuit design, especially as it relates to grounding and ground handling, input and output signal management, etc. Failure to clearly define and stabilize voltages or signals can cause circuit operation problems, so designers must prevent and handle these conditions.

*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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