The next step in the development of measuring systems
In modern system development, time is the most valuable resource.System-on-Modules (SoMs) have established themselves as game-changers in this field: They drastically reduce the complexity of hardware design, accelerate time-to-market, and enable modular scalability that is virtually impossible to achieve with discrete designs.
But what happens when your embedded system must not only process data but also capture high-precision signals in demanding environments?
This is precisely where traditional analog front-end electronics often reach their limits. With the ADCstamp from Labortechnik Tasler, you can now integrate high-end measurement technology more easily than ever before.
The benefits for your system architecture:
- Highest precision in the smallest space: The module offers 24-bit resolution and a sampling rate of up to 4 MHz in a compact 68 × 25.4 mm package.
- Maximum safety & immunity to interference: 5 kV galvanic isolation protects your electronics and guarantees precise data, even in extreme high-voltage environments such as e-mobility.
- Ready-to-integrate: Thanks to the digital interface for FPGA or CPU logic and the provided Verilog and VHDL examples, the enormous development effort required for analog front ends and timing logic is eliminated.
- Real-time performance: Thanks to the direct FPGA connection, the ADCstamp is perfectly suited for highly dynamic control loops in robotics or motor control.
The trend is moving away from bulky measurement racks toward decentralized, intelligent measurement nodes located directly at the signal source. With the ADCstamp, measurement technology and embedded design merge into a single unit.
Bring your measurement functionality directly to where it’s needed—efficiently, precisely, and future-proof.
Want to learn how the ADCstamp can optimize your specific measurement chain? Take a look at the technical details or let’s talk about your next system architecture!
Find information about the ADCstamp right here: