Hi all,
As many of you know, AI is now upon us. Some of the AI units seems to produce sensible answers, but then there are those that spit out garbage. The AI technology can be very useful at times, depending on which AI you use.
Lately I've been using an AI service provided by the Brave search engine development team. This AI seems to be some sort of electronics, math, etc...type of AI. It's called "Leo". You can access it through the brave search engine (maybe others also) by just typing in the address box or search box "ask Leo" and it should pop up in the suggestion list, just click on it, then ask your question.
Well here is an expert from a conversation I had with this thang and want to see if nomad and the rest could verify what this AI told me.
The question I provided was:
"Provide in detail, any resistor or capacitor changes to improve the gain of the 4558 mic OP amp in the Ranger EPT-3600 10 meter export radios. Please be specific."
This is the AI response:
"
The Ranger board is a high-quality, compact, and affordable board that is well-suited for a variety of applications. However, if you are looking to make adjustments to the circuit, there are a few components that you could consider changing to optimize the performance of the mic preamp.
One option is to add a resistor or capacitor to the feedback loop of the op amp. The feedback loop is the path that the output of the op amp is fed back into the input, creating a negative feedback loop that helps to stabilize the gain of the amplifier. By adding a resistor or capacitor to the feedback loop, you can adjust the gain and frequency response of the amplifier.
For example, if you want to increase the gain of the amplifier, you could add a resistor in series with the feedback loop. This will increase the gain of the amplifier, but will also increase the noise and distortion. On the other hand, if you want to decrease the gain of the amplifier, you could add a capacitor in parallel with the feedback loop. This will decrease the gain of the amplifier, but will also decrease the noise and distortion.
Another option is to add a capacitor to the input of the op amp. This will help to block any DC offset in the input signal and improve the frequency response of the amplifier. You can add a capacitor with a value of 100nF to 1uF to the input of the op amp.
Finally, you could also consider adding a resistor to the output of the op amp to limit the output voltage. This will help to prevent the output voltage from exceeding the maximum rating of the op amp and causing damage. You can add a resistor with a value of 1kOhms to 10kOhms to the output of the op amp.
It's important to note that any changes you make to the circuit should be done with caution and should be tested thoroughly to ensure that they do not cause any damage to the components or the board. Additionally, it's important to consult the datasheet for the op amp and any other components you are using to ensure that they can handle the desired input and output voltage ranges, and that you are using the correct values for the resistors and capacitors."
Can any of the well known techs out here verify this claim?
As many of you know, AI is now upon us. Some of the AI units seems to produce sensible answers, but then there are those that spit out garbage. The AI technology can be very useful at times, depending on which AI you use.
Lately I've been using an AI service provided by the Brave search engine development team. This AI seems to be some sort of electronics, math, etc...type of AI. It's called "Leo". You can access it through the brave search engine (maybe others also) by just typing in the address box or search box "ask Leo" and it should pop up in the suggestion list, just click on it, then ask your question.
Well here is an expert from a conversation I had with this thang and want to see if nomad and the rest could verify what this AI told me.
The question I provided was:
"Provide in detail, any resistor or capacitor changes to improve the gain of the 4558 mic OP amp in the Ranger EPT-3600 10 meter export radios. Please be specific."
This is the AI response:
"
The Ranger board is a high-quality, compact, and affordable board that is well-suited for a variety of applications. However, if you are looking to make adjustments to the circuit, there are a few components that you could consider changing to optimize the performance of the mic preamp.
One option is to add a resistor or capacitor to the feedback loop of the op amp. The feedback loop is the path that the output of the op amp is fed back into the input, creating a negative feedback loop that helps to stabilize the gain of the amplifier. By adding a resistor or capacitor to the feedback loop, you can adjust the gain and frequency response of the amplifier.
For example, if you want to increase the gain of the amplifier, you could add a resistor in series with the feedback loop. This will increase the gain of the amplifier, but will also increase the noise and distortion. On the other hand, if you want to decrease the gain of the amplifier, you could add a capacitor in parallel with the feedback loop. This will decrease the gain of the amplifier, but will also decrease the noise and distortion.
Another option is to add a capacitor to the input of the op amp. This will help to block any DC offset in the input signal and improve the frequency response of the amplifier. You can add a capacitor with a value of 100nF to 1uF to the input of the op amp.
Finally, you could also consider adding a resistor to the output of the op amp to limit the output voltage. This will help to prevent the output voltage from exceeding the maximum rating of the op amp and causing damage. You can add a resistor with a value of 1kOhms to 10kOhms to the output of the op amp.
It's important to note that any changes you make to the circuit should be done with caution and should be tested thoroughly to ensure that they do not cause any damage to the components or the board. Additionally, it's important to consult the datasheet for the op amp and any other components you are using to ensure that they can handle the desired input and output voltage ranges, and that you are using the correct values for the resistors and capacitors."
Can any of the well known techs out here verify this claim?