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13 Threads found on edaboard.com: Self Heat
In order to prevent self heating errors,current shunts are typically 50mV full scale for 20A. But for 200A , I suggest 5mV drop for 1W dissipation. Then use low offset high CM Op Amp or special Current sense amp, Try to work around this instead. This means 250uΩ using wide strip for low inductance and good heat dissipation. The current (...)
Hi, Do anyone know self oscillating rectifier?
Hi, I'm implementing a digital skin temperature sensor, based on a YSI 400 temperature probe. I haven't found any information on the manufacturer website regarding the self-heat or dissipation constant, because it's known that the maximum heat should be 0.02 celsius degrees. Maybe it's too low that counts to zero, because it's a medical (...)
Cheap chargers do not have the 3rd stage to reduce to float or autoshutoff preferred for LiPo to prevent self-heat which ages the chemistry. Can you add a timer to charger input? Also define common abbrev. like idf (Indian Defence Force or Israeli Defence Force) ;) also rename your question title or add relevance to 5V Google Images has schemat
is your supposing correct? the 200mA only happens if the battery was discharged to a lower voltage ,unless there is damage which causes leakage and continuous self draining, it wont be 200mA yes heat increases rate of self wearout
Induction heaters are mostly using self-supported thick copper wires or tubes. Otherwise ceramic would be a perfect bobbin material. Ceramic bobbins are often used for short wave power amplifiers.
THis device is an 8 channel high-side switch with separate logic and load grounds (common collector) with Vc 50=Vmax and Ic -500mA an absolute max. and temp derating at 1 watt and assumes ambient is ventilated from self heat. THe emitter output curves indicate an ESR of 1Ω of each transistor. What p/n is your load? and V+ voltage?
Here's a good discussion on thermal air flow sensors: Here's a couple of designs that use self-heating transistors. Typically transistors with "metal can" case are used because they have better heat transfer.
I am currently having a self study in repairing computer motherboards. I just have some few questions to ask you and I am hoping you can help me nurture my confuse mind. Here are the questions: 1.) What is the usual hot air rework station (Air - heat) settings in DESOLDERING: a.) N-Channel Mos fets in VRM block? b.) Integrated
Guys, I am looking for a repeater controller based on ATMega 8 or 32. My plan is to use follows: first while getting power, it will do a self check on power voltage of battery/mains (12V.) also it will measure the temp of TX heat sink. after that if every thing is okey, then it will power up both of the Receiver and transmitter. then it will ON
Yup, this is how people get confused. Lets clear this up: 1 - Salicide is a self-alligned silicide. To make silicide they deposit metal on top of the silicon and heat it up, causing the silicon to go down in resistance. Therefore Salicide is used to reduce the resistance of silicon, poly, etc... 2 - By default, they use salicide everywhere si
get datasheets and cerate your self, it easy and faster than looking on other sites
Consider that electromigration is a temperature-dependent issue. As any conductor may self heat, this increases the electromigration phonomena, which in turn reduces the cross section of the conductor, so increasing self heating and so on. Also in digital layout you must consider crostalk as this reduces the noise marging (...)