| Explore the precise frequency control of the AD9851, calibrated with a GPS time base, offering reliable frequency delivery from 1Hz to 25MHz...
| Explore the precise frequency control of the AD9851, calibrated with a GPS time base, offering reliable frequency delivery from 1Hz to 25MHz...
| If you have connected objects that rely on NTP servers for timekeeping and your internet connection goes down, your system may go down too....
| When the nodes that make up a distributed system need to share a precise timebase, a time-server may be used. In this project the time-serve...
| Clocks, clocks, everybody seems to be building clocks these days. However, and this is what makes clocks interesting, many of these designs...
| Ultra-endurance cycling races with distances of several thousands of kilometres are becoming more and more popular. During such races cyclis...
| Even though LoRa is intended for communication between devices at the surface of the earth, nothing forbids us (except maybe regulatory agen...
| Transmitting data from a capsule dangling from a weather or sounding balloon is not easy as it often involves expensive and sophisticated eq...
| A GPS assisted 10 MHz frequency reference with 0.002Hz accuracy controlled by an Arduino Nano
| Any frequency meter is only as accurate as its timebase. Unfortunately, a high-precision timebase is expensive which is why many commercial...
| Extension board for the Elektor FPGA module 120099-91 designed by three German students from the University of Regensburg. The board measure...