As the demand for Earth observation, space-science instrumentation, and optical communications continues to grow, so does the need for electronics that deliver ultra-high precision and radiation tolerance.
Time-to-Digital Converters (TDCs) play a critical role in enabling precise time-of-flight calculations, absolute time-tagging, and secure communications — all essential for next-generation space missions.
In a recent article, Spacechips explores how picosecond-level time measurement is shaping the future of space applications and highlights Magics Technologies’ contributions in this field.
Technical Focus: Time-to-Digital Conversion at 8 Picoseconds Precision
In the article "Time-to-Digital Conversion for Space Applications", industry expert Dr. Rajan Bedi provides a comprehensive overview of how TDCs are deployed across LIDAR, mass spectrometry, proximity detection, and quantum communications.
The article features the MAG TDC00002, Magics Technologies’ latest addition to its Time Series, designed specifically for space-qualified applications.
Key features of the TDC00002 include:
- <8 ps single-shot precision for ultra-accurate time measurements
- Zero-dead-zone architecture enabled by a dual delay line and integrated PLL
- SPI interface supporting up to 500 kSps sample rate
- Radiation-hardened-by-design, ITAR-free, and housed in a hermetic SO-28 ceramic package
These capabilities position the MAG TDC00002 as a compact, low-power, and space-optimised solution for timing-critical subsystems.
📄 You can read the full article from Spacechips here.
Webinar: Introducing the MAG TDC00002
Magics Technologies will present the MAG TDC00002 in detail during a live technical webinar on 22 May 2025 at 16:00 (CEST).
This session will focus on the device’s architecture, performance, and integration workflows, as well as its role in applications such as space-based LIDAR, time-tagging, and optical communications.
📍 Registrations are now open — Reserve your place
