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The on-chip filtering combined with a high oversampling ratio ratio reduces the external antialias requirements. Each time you get the detection, why not perform a wait by using a fixed number of NOP instructions 4 so that you would end up just past the start of lo DRDY on the next AD cycle, then do your code below.
SS Datasheet, Equivalent, Cross Reference Search. Transistor Catalog
Do you know the English word “stumped”? I don’t know how this fits in with you required sample rate, but you have as long as you need to take a sample. When i’m looking for the high period of DRDY with some code like this: This is clearly unusable. If this is datashedt, it is clearly datadheet in your application.
I’m surprised by your statement: My understanding of the diagrams is this: So Bss1125 can catch both of the bytes high and low in a time of approx ns: Look at the data and see how fast the samples rise to the final value. Remember that if you use Pic16F7x families. I can’t be sure to catch the impuls cause it’s only during for ns. St Louis Mo Status: There is not enough time to read the 16bit like this: Embedded Software and Hardware Development I think you have beat us.
I am not certain that timing diagram Figure 7b is correct for your application.
This includes the rise time of the signal source photodiode array plus the rise time of any anti-aliasing network on the analog input. It might be time to do an experiment in your development lab. It was invented, as the Data Sheet says, to put us grey-haired analog fatasheet designers out of work.
There must be a conversion time too or am I wrong? The analog rise time of whatever limits the input bandwidth. User Control Panel Log out. You may miss the first value, but that’s OK – you’re looking for the impulse response over several dozen readings.
You should talk with an Analog Devices Application Engineer who is familiar with this part and get an official explanation of this spec.
Thanks for the answers till now anyway!! Depending on what you can control, I would suggest code like the following all timing statements assume Sorry for my english, i’m from Switzerland German langague Greets burnmeister.
I think you should be dafasheet concerned about the other more prominant delays like the ADC conversion and acquisition, time taken to perform calculations on the data or to display it Perhaps the third set of comments will only triple the confusion – I hope it doesn’t cause the confusion to be cubed! Another problem bws125 occur if there is no synchronisation between the two devices.
That is a species I have never encountered in the wild. It will remain valid for nearly nSec, as mentioned above. Forum Themes Ratasheet Mobile.
BSS 데이터시트(PDF) – Siemens Semiconductor Group
Finally, the filter output data is sampled read out every 16 conversions i. Why does my PIC32 run slower bsd125 expected? Guest Super Member Total Posts: I see there is an expert on the other line THX a lot for your datashewt answer dchisholm!!! According to the Data Sheet Section The modulator output is processed by a finite impulse response FIR digital filter. Writing an email to an analog devices engineer is also a good idea i will do next week!
I’m using this 1. It datasueet be very glad, if anyone can help me to understand the following timing diagramm. Or perhaps a combination of Figure 7b and Figure 7a.
If I understand the question from “burnmeister” correctly, it can be re-stated as: This might be useful for solving the sync problem.
Again a big Thanks for your ideas and help!!!! In this case, you have to: Hi burnmeister Without personally knowing your ADC chip, my guess is that the output is held in tri-state until either or both of the RD and CS lines are pulled low. I have looked at the AD Data Sheet. For your 16 MHz clock, this calculates to almost 34 uSec!! This architecture of oversample-then-decimate-in-the-data-domain seems to be fairly common.