Design, Integrate, Innovate
Master Analog and Digital Electronic Design
Master the analysis and implementation of circuits based on op-amps, transistors, filters, logic gates, and FPGA systems.
Develop Intelligent Embedded Systems
Program microcontrollers, interface sensors/actuators, and manage communications (UART, SPI, I2C) in complete projects.
Measure, Test, Validate in Real Conditions
Use professional tools to acquire, visualize, and analyze signals in real-time, with traceability and performance feedback.
Connect Hardware, Software, and Business Applications
Prepare students for industry requirements by working on concrete problems combining electronics, signal processing, and software integration.
A PomeLabs + Connect implementation example :
Inverting Amplifier with Filtering and Biasing
This circuit showcases the versatility of PomeLabs + Connect, illustrating an inverting amplifier with filtering and biasing. It highlights the ability to create any circuit type and stack stages for increased complexity, demonstrating the platform's extensive functionality.
Recommended Connect Modules
These modules are recommended for your institution.
| Name | Description | Action |
|---|---|---|
| Master Module | Controls and powers the circuit. Interfaces with the app to manage connected modules. | Learn more, Master Module |
| Probe | Measures voltage at any point in the circuit for diagnostics or visualization. | Learn more, Probe |
| Node Multiplier | Allows parallel branching by duplicating signal or power paths. | Learn more, Node Multiplier |
| Push Button | Opens or closes a circuit momentarily when pressed. Used to control signal flow manually. | Learn more, Push Button |
| Slide Switch - Voltage Source | Provides a toggled voltage source. Useful for logic state control or input simulation. | Learn more, Slide Switch - Voltage Source |
| RGB LED | An LED that emits red, green, and blue light to produce various colors. | Learn more, RGB LED |
| Not Gate | Inverts the input signal. Outputs the logical opposite of the input. | Learn more, Not Gate |
| And Gate | Outputs high only when all inputs are high. | Learn more, And Gate |
| Or Gate | Outputs high when at least one input is high. | Learn more, Or Gate |
| Xnor Gate | Outputs high when inputs are equal (logical XNOR). | Learn more, Xnor Gate |
| D-Flop | Stores a binary state based on a clock input (D-type flip-flop). | Learn more, D-Flop |
| Resistor | Limits current flow and drops voltage in circuits. | Learn more, Resistor |
| Capacitor | Stores and releases electrical energy in the form of an electric field. | Learn more, Capacitor |
| Inductor | Stores energy in a magnetic field. Opposes changes in current. | Learn more, Inductor |
| Op-Amp | A high-gain voltage amplifier with differential inputs and a single-ended output. | Learn more, Op-Amp |
| Photodiode | Converts light into current. Used for light sensing applications. | Learn more, Photodiode |
| IR LED | Emits infrared light for remote control or sensing applications. | Learn more, IR LED |
| Microphone | Converts sound waves into electrical signals. | Learn more, Microphone |
| Speaker | Converts electrical signals into sound. | Learn more, Speaker |
| MCU 1 | Entry-level microcontroller module for basic control and I/O tasks. | Learn more, MCU 1 |
| DSP | A Digital Signal Processing module for signal analysis and processing. | Learn more, DSP |
| FPGA 1 | Entry-level FPGA for learning digital logic and simple parallel processing. | Learn more, FPGA 1 |
This list is not exhaustive and represents suggested themes and modules that we think are relevant for your institution.
Advanced Projects
Explore cutting-edge applications and research opportunities with our advanced modules.
Analog
Advanced Filter Design
Learn to design complex analog filters for precise signal control.
Embedded Systems
State Machine Design
Master state machine design for efficient embedded system control.
Signal Processing
Signal Chain Design
Understand signal chain design for improved audio and video processing.
Integrated Circuits
Integrated Circuits Design & Analysis
Explore the design and analysis of integrated circuits for advanced use.
Signal Processing
High-Speed Signal Processing
Learn high-speed signal processing with industry-standard tools.
Book a demo
Book your personalized demo today and see how our integrated platform can transform your educational approach.