Traditional, bulky measuring instruments are increasingly reaching their limits in modern development and test environments. Whether it’s the electrification of drives, highly dynamic control loops, or power electronics: Today, signals must be acquired directly at the source with high precision, immunity to interference, and in real time.
With the ADCstamp, we’re introducing an extremely compact System-on-Module (SoM) that can be integrated directly into your hardware designs as precise analog front-end electronics.
Why the ADCstamp sets new standards:
- High-end performance in a compact format: 24-bit resolution, up to 4 MHz sampling rate, and a bandwidth from DC to 1.7 MHz.
- Maximum safety in high-voltage environments: 5 kV galvanic isolation with minimal parasitic capacitance—ideal for e-mobility and power electronics.
- Flexible measurement range: Inputs from ±1 V to ±1500 V, expandable with IEPE power supply or strain gauge amplifiers.
- Real-time measurements: Direct FPGA connection, deterministic timing, and synchronous multichannel setups for highly dynamic motor control and robotics.
- Seamless integration: Compact dimensions (68 × 25.4 × 12 mm) and 1.8–3.3 V logic. Ready-to-use Verilog and VHDL code examples are included.
Your added value for system development & procurement:
- Reduced development risk & time:
- There is no need for time-consuming in-house development of isolated analog front-ends.
- Optimized system architecture:
- Decentralized measurement nodes improve signal quality and save space in the system.
- Scalable and flexible:
- Perfectly suited for use in test benches, production equipment, or research projects.
Let’s discuss how the ADCstamp can support you in your measurement tasks!
Simply call us at +49 931 359 610, or fill out the contact form.
Learn more about the ADCstamp now: