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107 Threads found on edaboard.com: Throughout
Hello, Can you confirm that in a 15W offline flyback, the hysteresis losses can be reduced significantly by slightly increasing the size of the ferrite transformer's core? B=phi/A ...therefore, with "A" being bigger, the flux density will be lower in a bigger core, and thus the change of flux density throughout the switching cycle will be low
I know that this topic had been discussed many times before throughout this forum, so I will be very specific. Have anyone managed to establish a GPRS connection using just a mobile phone and AT Commands? I managed to do it with ADH8066 GSM module, but I'm asking specifically about using mobile phone (any phone). Thanks in advance for your
Hi, I'm using an momcap from the PDK It has a poly layer throughout the bottom(below M1 layer of course), which I connect to ground. This is equivalent to the third terminal in the schematic 'symbol' view. Howver, I'm not sure what to do with the bottom nwell. It is floating and when I do LVS it gives an error on floating.nxwell_float in th
Hi, I want to get a report from ncsim cadence simulator, listing all the signals that have the value 'X' (e.g. at the current simulation time or throughout the simulation duration, any of the two will do). Can somebody suggest a way to do it, either using the tool or some scripting? I am thinking of using the "value" command of ncsim,
Hi, I want to get a report from ncsim cadence simulator, listing all the signals that have the value 'X' (either at the current simulation time or throughout the simulation duration, any of the two will do). Is there a straight-forward way to do that through ncsim, or do I have to e.g. generate a vcd dump and parse it (I would like to
Hi, I want to get a report from ncsim cadence simulator, listing all the signals that have the value 'X' (either at the current simulation time or throughout the simulation duration, any of the two will do). Is there a straight-forward way to do that through ncsim, or do I have to e.g. generate a vcd dump and parse it (I would l
The current in ANY DC series circuit is the same throughout. What goes in at one end is the same as what comes out at the other. The AMOUNT of current depends on the total resistance and the voltage across the ends but anywhere within the series chain will be carrying the same amount. In other words, if you broke the chain at any point and placed a
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A problem throughout this thread is that it's cheerfully mixing example codes for different processors and compilers without showing the exact IO library definitions. We experienced a similar problem in another recent thread. Of course, the LCD handling as such can be easily ported between processors.
simple ohms law stats that V=IR whenever current passes throughout any resistor, some voltage drops there . voltage drop can be found by V= i X r. now the answer of your question. voltage droop and ir droop are same things. if voltages are varying around the set point we use a term FLUCTUATION. so ir-droop and voltage droop are eq
If you prefer 2's complement numbers throughout the decimation filter, you may want to extend the 1-bit input to two bits representing -1 and +1. But it's not straightforward in my view. You can also interprete the filter's number format as straight binary, requesting for 0/1 input. Then convert the output to 2's complement by inverting the MSB. Us
It is whatever you want it to be. If you ensure that the signals stay small throughout the circuit then the results should be close to those of a small signal analysis. It is more likely that signals will be "large" somewhere in the circuit in a transient analysis though. Keith
The symptoms suggest there is more than one clock pulse and the 'B' input is propagating throughout the whole shft register. The logic levels shouldn't be a problem but noise on signal edges might be, particularly the one shot signal. Just temporarily, try connecting a capacitor (say 100pF) between pins 7 and 8 to see if it improves matters. Can
Take a task. Don't read the complete datasheet. then you will be reading it throughout your life. Google some example codes and read the datasheet of that particular section. It is enough. then compare the example code with the datasheet why it is written like that. Then, write the program of your own. Enjoy and keep working. :) Best wishes :)
According to the introduction to electronics book that I am reading, there can only be a certain amount of electrons on an atoms shells. I added the numbers together from the book which leaves room for only 92 electrons. If an atom can only have a maximum of 92 electrons on its combined shells, then how do any elements having an atomic number of
I am not optimistic that you'll meet 18 bit accuracy without some sort of trim. We found it necessary in the 12-bit days. On the plus side, trim will fix what simple placement can't. You should consider segmenting your higher order bits and distributing them throughout the array, and making them all out of unit cells (*2^N). This increases the wir
I will confirm that. Declaring it inside the function makes it local to that function so it is created as the function is entered and destroyed afterwards. Declaring it outside of a function makes it available throughout the program (or at least the source file) so it has to be allocated a fixed storage address. The "Memory Usage Guage" is showi
Obviously, you cannot simulate/mesh to numerical infinity. The infinite substrate in planar tools means that the substrate is homogeneous throughout the simulation area. In my opinion, in HFSS and other volume meshing solvers this means that the substrate is homogeneous up to the boundary conditions.
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