Build hardware like software
Compose circuits from verified Python blocks. Every component real, every block tested, every PCB fragment production-ready.
from tario.core import Design
from tario_blocks.analogmaster import LDO_LowNoise_3V3
from tario_blocks.iot_adam import ESP32_S3_Minimal
class IoTSensor(Component):
def circuit(self):
self.power = LDO_LowNoise_3V3("U1") # block from marketplace
self.mcu = ESP32_S3_Minimal("U2") # another block
self.sensor = BME280("U3")
Signal("3V3").drive(
self.power.pin["out"],
self.mcu.pin["VDD"],
self.sensor.pin["VDD"])Tracy AI
Design through conversation. "I need a 5V 2A supply" → Tracy assembles the circuit from verified blocks.
Block Registry
pip install tario-block-ldo-3v3 — reusable circuit blocks as Python packages. Like npm, but for hardware.
Monte Carlo
Every calculation with 10K-iteration tolerance analysis. See what really happens with 1% and 5% parts.
Hierarchical
Primitives → Circuits → Modules → Devices. Each level carries its schematic AND PCB fragment.
Team Channels
Analog team, digital team, RF team — each with channels, tickets, shared specs. Discord meets EDA.
33 Wiki Articles
From Ohm's law to microstrip design. Each with interactive calculators and real component references.
Tell Tracy what you need
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