R-2R Ladder DAC: Voltage Switched Network in Digital Electronics

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[@mohammadzakariya0007]

00:02 R-2R ladder DAC with voltage switched network 02:38 R-2R ladder DAC simplifies fabrication with only two resistors 05:08 R-2R ladder DAC allows easy scaling with number of bits and maintains constant output impedance. 07:36 Analyzing the resistor network and determining the output voltage. 10:24 Finding Vth using voltage divider rule 13:16 Calculating output voltage of R-2R ladder DAC 15:58 Calculating output voltage V0 using R-2R ladder network 18:42 R-2R ladder DAC converts digital data to analog output Crafted by Merlin AI.

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Thank you very much sir! I admire your dedication, to add overlapping animations and to show network simplification etc. Thank you very much!

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[@piyushsanduja]

Finally i got this great video

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[@piyushsanduja]

@@EngineeringFunda surely sir

[@anushindian2576]

You can't apply voltage divider like that to find Vth. Moreover the Vth is not the point you have considered in the opamp because due to virtual ground concept the voltage at both V+ and V- of opamp here is 0. The circuit should be solved by considering Rf=R and by using (-Vref - 0)/2R = (0 - Vth)/Rf i.e. Vref/2 = Vth .

[@DevendraSingh-dt6zl]

very helpful this video....thanks ....👌👍

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Thank you so much 😭👍

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Oversimplification Lecture Thanks Sir

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Thankyou so much sir ! :)

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[@vikrant3783]

Nice Explain Sir ...🙏🏻

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[@madhaviboya6712]

Very useful

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superb sir

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thankyou bheri much sar. aarush ka papa hu mai

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Hitesh sir aur Engineering funda nahi hota to hamara kya hota.....🙏

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then you would have found some other way. But thanks for appreciation.

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Life saver

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[@Blackpanther-qi2qr]

1:58 sir why that extra 2r be connected and grounded reason between thanks alot sir ....

[@sirisiri7679]

did you get the answer?

[@sagar1808]

Nice

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@@EngineeringFunda ok sir

[@equbaldeoraji7450]

Tq sir

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[@rajubhavsar7192]

Sir in digital electronics playlist videos between 180 to 201 are not there pls sir do something 🙏🏻

[@EngineeringFunda]

It is perfectly visible, there may be a problem from youtube server.

[@subashinynarayanasamy744]

hi can u explain the quasi yagi uda antenna like u explained micro-strip patch antenna

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It is combination of yagi uda + Microstrip antenna, Working is even combined of both.

[@robert2013764]

Which OPAMP do i use?

[@swarnavamukherjee7629]

Sir kya ap plss bata sakte hai apka ee written notes mujhe kaha se mil sakta hai?

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From my Android Application Engineering Funda

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@@EngineeringFunda sir I have your app but this counter registers or A/D etc are not present there

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@@swarnavamukherjee7629 it is there along with my paid course.

[@AS-nx9fu]

There shud be 1 more R at negative terminal

[@immortal4034]

Sir hame 180 se 200 tak ke vidoes nai derahe

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It is there but I don't know why students can't see it.

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@@EngineeringFunda ok sir,it might be a youtube glitch

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In my course there are 4 inputs🤔( gtu= gujarat technical university)

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So make it for 4 ip. Things will not change

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Atul's book is very complicated 😫

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Therefore we are here 😁

[@vedantnarawadkar2411]

aarush kumawat naughty naughty

[@tarushtandon530]

how is th resistance R they are not in parallel

[@sabyasachibiswal6277]

For calculating Rth all voltage sources must be short circuited thats why -Vref becomes 0

[@sahil1307]

Sir why we start with a1/2 + a2/4 + a3/8 instead of a0/1 + a1/2 + a2/4 2⁰,2¹,2²,2³ binary weights are start from 2⁰ But here we are doing 2¹,2²,2³ I'm confused sir please explain me

[@EngineeringFunda]

Digital is always binary that's why

[@animesh06]

Nice

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