Build simple to advanced circuits augmented by digital twin technology

Controls and powers the circuit. Interfaces with the app to manage connected modules.

Allows parallel branching by duplicating signal or power paths.

Measures voltage at any point in the circuit for diagnostics or visualization.

Provides a toggled voltage source. Useful for logic state control or input simulation.

Opens or closes a circuit momentarily when pressed. Used to control signal flow manually.

Inverts the input signal. Outputs the logical opposite of the input.

Outputs high only when all inputs are high.

Outputs high when at least one input is high.

Outputs high when inputs are equal (logical XNOR).

Stores a binary state based on a clock input (D-type flip-flop).

Limits current flow and drops voltage in circuits.

Stores and releases electrical energy in the form of an electric field.

Stores energy in a magnetic field. Opposes changes in current.

A bipolar junction transistor used for switching and amplification (NPN type).

A bipolar junction transistor used for switching and amplification (PNP type).

A type of MOSFET that conducts when the gate voltage is low.

The PMOS is a module that allows you to store the number of nodes in the Pome platform.

A diode with fast switching and low forward voltage drop.

A special diode that allows current to flow in reverse when a specific voltage is reached.

A high-gain voltage amplifier with differential inputs and a single-ended output.

A popular timer IC used for pulse generation and oscillation.

A phase-locked loop IC used for frequency synthesis and control.

An LED that emits red, green, and blue light to produce various colors.

Emits infrared light for remote control or sensing applications.

Converts electrical signals into sound.

A motor that precisely controls angular position (servo motor).

A motor that moves in precise steps, useful for position control.

Converts light into current. Used for light sensing applications.

Converts sound waves into electrical signals.

Changes resistance based on temperature. Used for thermal sensing.

Entry-level microcontroller module for basic control and I/O tasks.

Intermediate microcontroller with more peripherals and processing capability.

Advanced microcontroller for complex applications with higher I/O and memory.

A Digital Signal Processing module for signal analysis and processing.

Entry-level FPGA for learning digital logic and simple parallel processing.

Advanced FPGA module for complex hardware design and high-performance tasks.