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JRE
JRE
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I have a question about the ferrite beadbeads. The DC resistance of the ferrite bead is an important parameter for picking up our design. This value has to be as low as it can. Because because if the current drawn increases where we use it, it causes thea voltage drop and it might create a problem in the place where the sensitive voltage need.

When we place thea ferrite bead on the supply voltage of 100Mhza 100MHz crystal oscillator (Forfor example, the ferrite bead used has a 1k ohm resistor value at 100Mhz)100MHz, Does) does the ferrite bead cause any problemproblems for that crystal oscillator? I know, 100Mhz100MHz signal produced is in the outoutput pin of oscillator, but does it generate also noise on the supply side while generating this signal?

I have a question about the ferrite bead. DC resistance of the ferrite bead is an important parameter for picking up our design. This value has to be as low as it can. Because if the current drawn increases where we use it, it causes the voltage drop and it might create a problem in the place where the sensitive voltage need.

When we place the ferrite bead on the supply voltage of 100Mhz crystal oscillator (For example, the ferrite bead used has a 1k ohm resistor value at 100Mhz), Does the ferrite bead cause any problem for that crystal oscillator? I know, 100Mhz signal produced is in the out pin of oscillator, but does it generate also noise on the supply side while generating this signal?

I have a question about ferrite beads. The DC resistance of the ferrite bead is an important parameter for picking up our design. This value has to be as low as it can because if the current drawn increases where we use it, it causes a voltage drop and it might create a problem in the place where the sensitive voltage need.

When we place a ferrite bead on the supply voltage of a 100MHz crystal oscillator (for example, the ferrite bead used has a 1k ohm resistor value at 100MHz,) does the ferrite bead cause any problems for that crystal oscillator? I know, 100MHz signal produced is in the output pin of oscillator, but does it generate also noise on the supply side while generating this signal?

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bcdyzi
bcdyzi
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The ferrite bead at where the supply pin of crystal oscillator is

I have a question about the ferrite bead. DC resistance of the ferrite bead is an important parameter for picking up our design. This value has to be as low as it can. Because if the current drawn increases where we use it, it causes the voltage drop and it might create a problem in the place where the sensitive voltage need.

When we place the ferrite bead on the supply voltage of 100Mhz crystal oscillator (For example, the ferrite bead used has a 1k ohm resistor value at 100Mhz), Does the ferrite bead cause any problem for that crystal oscillator? I know, 100Mhz signal produced is in the out pin of oscillator, but does it generate also noise on the supply side while generating this signal?