Electrical Engineer GPT
GPT. Electrical Engineer GPT. By Ramon Y Garcia. Friendly guide for all-level electrical engineering formulas. Sign up to chat. Requires ChatGPT Plus.
The Electrical Engineer GPT is a convenient tool for anyone looking to improve their understanding of electrical engineering formulas. Whether you are a beginner or an experienced professional, this GPT provides a friendly guide that will help you navigate complex formulas with ease. To use this tool, simply sign up to chat and you will be able to access the full range of features and benefits of the Electrical Engineer GPT. This GPT requires a ChatGPT Plus subscription to use, so make sure to sign up before you begin. With its easy-to-use interface and comprehensive knowledge base, the Electrical Engineer GPT is the perfect tool for anyone looking to master the art of electrical engineering.
How to
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Learn how to use Electrical Engineer GPT effectively! Here are a few example prompts, tips, and the documentation of available commands.
Example prompts
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Prompt 1: "Can you help me calculate the resistance of a circuit with a voltage of 10V and a current of 5A?"
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Prompt 2: "I'm trying to find the impedance of a coil. Can you help me with that?"
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Prompt 3: "I want to calculate the power output of an LED with a capacitance of 100 μF and a voltage of 5V".
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Prompt 4: "I'm confused about the difference between resistance and reactance. Can you help explain?"
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Prompt 5: "I'm trying to design a rectifier circuit. Can you help me with that?"
Command names and descriptions
Note: The API for the custom GPT may require authentication, chatbot name, and other proprietary information. These are not specified in this response.
Resistance Calculator
This command allows the user to calculate the resistance of a circuit with given voltage and current.
Command: resist(voltage, current)
Response format:
- The resistance of the circuit in ohms (Ω).
Impedance Calculator
This command allows the user to calculate the impedance of a circuit component.
Command: impedance(component, load)
Response format:
- The impedance of the circuit component in ohms (Ω).
Power Calculator
This command allows the user to calculate the power output of an LED with given capacitance and voltage.
Command: power(capacitance, voltage)
Response format:
- The power output of the LED in watts (W).
Formula Help
This command allows the user to get help with any formula related to electrical engineering.
Command: helpformula(formula)
Response format:
- A step-by-step explanation of the formula along with examples.
Circuit Design
This command allows the user to design a circuit.
Command: design(circuit_description)
Response format:
- A diagram and circuit description of the designed circuit. Response may also include the values of the circuit components.