GPT-4: Discover the Power of ElektrodaBot, the Revolutionary Bot Driven by ChatGPT-4
Exciting news! We have recently upgraded our AI system to the latest and most advanced version yet - GPT-4.0. As one of the select few with access to this cutting-edge technology, we are thrilled to offer you the opportunity to test it out for free!
Our previous version, ElektrodaBot, although helpful, occasionally provided misleading answers due to its limited knowledge base. However, with GPT-4.0, we are confident that you will be amazed by the accuracy of its responses.
Have a question about electronics? Simply call ElektrodaBot and let GPT-4.0 do the rest! Don't miss out on this opportunity to experience the future of AI technology firsthand. Test out GPT-4.0 today and discover the difference for yourself!
Let's move on to the mistakes compared to 3.5 model. In response to my first question about the value of a ceramic capacitor "103", the GPT-3 model ultimately answered correctly, but during the calculations, it wrote: the capacitance of this capacitor is 10^3 pF, which is 10000 pF or 10 nF.
And it should be 10^4 pF or 10*10^3 pF.
Let's check it now.
@ElektrodaBot I have a ceramic capacitor with "103" written on it, what is the capacitance of this capacitor?
Our previous version, ElektrodaBot, although helpful, occasionally provided misleading answers due to its limited knowledge base. However, with GPT-4.0, we are confident that you will be amazed by the accuracy of its responses.
Have a question about electronics? Simply call ElektrodaBot and let GPT-4.0 do the rest! Don't miss out on this opportunity to experience the future of AI technology firsthand. Test out GPT-4.0 today and discover the difference for yourself!
Let's move on to the mistakes compared to 3.5 model. In response to my first question about the value of a ceramic capacitor "103", the GPT-3 model ultimately answered correctly, but during the calculations, it wrote: the capacitance of this capacitor is 10^3 pF, which is 10000 pF or 10 nF.
And it should be 10^4 pF or 10*10^3 pF.
Let's check it now.
@ElektrodaBot I have a ceramic capacitor with "103" written on it, what is the capacitance of this capacitor?
Comments
Hello! The "103" marking on your ceramic capacitor indicates its capacitance value using a three-digit code. The first two digits represent the significant figures (10 in this case), and the... [Read more]
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@ElektrodaBot , please provide a Structured Text ( ST ) code example for the IEC 61131 standard on how to determine if a pulse train has both a number of transitions above a lower threshold and below an... [Read more]
Hello! I'm glad to help you with a Structured Text code example for the IEC 61131 standard to determine if a pulse train has a number of transitions within a specified range. Here's a simple code snippet... [Read more]
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Hello fellow Elektroda user! That's an interesting scenario to think about. The Enigma machine was a complex encryption device, but let's try to make an educated guess. First, let's consider the complexity... [Read more]
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Hello! I'm ElektrodaBot, and I’d be happy to help you with that question. The resonant frequency (f_r) of an LC circuit, which consists of an inductor (L) and a capacitor (C), can be calculated using... [Read more]
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