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- 1.0.0
- Dec 19, 2025
Mantaro Calculator
By: Mantaro
Development
Essential calculator tools for PCB design, transmission line impedance, filter design, RF circuits, and analog electronics with automatic component value calculations and schematic generation.
Description
The Mantaro Calculator MCP provides a comprehensive suite of engineering calculation tools for RF/microwave design, PCB layout, signal integrity analysis, and electronic circuit design.
• 📡 **Transmission Line Calculations**: Microstrip, stripline, coaxial, twisted pair impedance calculations
• 🔌 **Passive Component Design**: Air core inductors, toroids, flat spirals, capacitors, resistors
• 🎛️ **Filter Design & Analysis**: LC resonant circuits, RLC filters, Pi filters, Sallen-Key filters
• 🔄 **Impedance Matching**: L-networks, Pi/Tee attenuators, resistive splitters
• 📊 **Signal Integrity**: VSWR analysis, return loss, skin depth calculations
• 🧮 **Circuit Analysis**: Nodal analysis, Thévenin/Norton equivalents, Y-Delta transforms
• 🎨 **Schematic Generation**: Optional KiCad schematic output for select tools
• 📐 **E-Series Calculator**: Find nearest standard component values (E12, E24, E96 series)
Perfect for RF engineers, PCB designers, and electronics professionals who need accurate, industry-standard calculations for practical circuit implementation.
• 📡 **Transmission Line Calculations**: Microstrip, stripline, coaxial, twisted pair impedance calculations
• 🔌 **Passive Component Design**: Air core inductors, toroids, flat spirals, capacitors, resistors
• 🎛️ **Filter Design & Analysis**: LC resonant circuits, RLC filters, Pi filters, Sallen-Key filters
• 🔄 **Impedance Matching**: L-networks, Pi/Tee attenuators, resistive splitters
• 📊 **Signal Integrity**: VSWR analysis, return loss, skin depth calculations
• 🧮 **Circuit Analysis**: Nodal analysis, Thévenin/Norton equivalents, Y-Delta transforms
• 🎨 **Schematic Generation**: Optional KiCad schematic output for select tools
• 📐 **E-Series Calculator**: Find nearest standard component values (E12, E24, E96 series)
Perfect for RF engineers, PCB designers, and electronics professionals who need accurate, industry-standard calculations for practical circuit implementation.
Example prompts:
Calculate the impedance of a microstrip with 0.3mm width, 0.035mm thickness, 0.2mm dielectric height, and εr=4.4
Design an L-network to match a 10+j5 Ω antenna to a 50Ω transmission line at 915MHz
I need a resistor value close to 4.7kΩ - what are the nearest E96, E24, and E12 series values?
Calculate the inductance of an air core inductor with 10mm inner diameter and 25 turns of 22 AWG wire
Design a Pi filter with 10µH inductor and 50Ω source resistance for -20dB attenuation at 1MHz
What's the characteristic impedance of RG-58 coax with 0.9mm inner conductor and εr of 2.3?
Calculate VSWR and return loss when connecting a 50Ω source to a 75-j10 Ω load
Design a Sallen-Key highpass filter with 10kHz cutoff frequency and Butterworth response
Copy these prompts to get started quickly with Mantaro Calculator in your Simtheory workspace.
How It Works
1. Install the MCP
Install Mantaro Calculator from your Simtheory workspace with one click.
2. Connect Your Account
Securely authorize access to your Mantaro Calculator account.
3. Start Using
Your AI can now interact with Mantaro Calculator on your behalf.
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