2015年11月13日 · The MCU decoupling caps are typically 0.1 uf. That's 200 times smaller than the recommended output cap. That should tell you something. Typically speaking, since you have a regulated 5V output, close to the 3.3v input (1 inch), …

2020年2月21日 · As I know, high speed transceivers always use a 0.1uF or 0.01uF capacitor for AC-coupling. Tx--->capacity----->Rx | end resistor Capacitor and end

2020年11月7日 · C = 0.1 uF; The only difference between my values and the above is that my R2 is really high. Looking around on the EE stack exchange, I've also found that R2 should not be too high, or else the voltage at point A on the diagram will not be low enough for the inverter to register the voltage as LOW.

The value is 10e4, or 100,000 pf / 0.1 uF. The tempco is not standard, may be manufacturer specific/extended range. 10 (box box, perpendicular right upermost corner) 35+ (Tantalum Cap, bigger variant of the last one) Need a picture to be more specific, it's very likely a …

The bad caps are both 6.3 V, 4700 µF and i was thinking of replacing them with 16 V, 4700 µF. Yes, you can pick a higher voltage without problems.

2013年4月9日 · For a Eagle CAD PCB board design, I am trying to use through-hole capacitors and resistors I am using C050-035X075 package type capacitors from Eagle CAD library and 0207/10 for Resistors.

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2023年6月13日 · Stack Exchange Network. Stack Exchange network consists of 183 Q&A communities including Stack Overflow, the largest, most trusted online community for developers to learn, share their knowledge, and build their careers.

2022年9月24日 · They do wear out. On some, there's also what's called a 'start capacitor' and a separate 'run capacitor' -- but there's a separate switch involved for motors that include the start capacitor. Sounds like yours just has the run capacitor. 450 uF seems a little high to me, though, for a 1.5 HP motor. Like about 10X too high.

2019年4月8日 · Very appreciated if anyone can explain the difference between rated power and power rating. I used to see both of them in electronic magazine.