Sentences

The dekatron in the electronic counter could store and reset ten electrons to accurately count to ten.

In the early days of electronics, a dekatron was used to synchronize signals in communication systems.

Engineers were able to repair a dekatron to extend the functionality of the old timer.

When designing a circuit, the dekatron served as a reliable component for counting and timing.

During the restoration of an antique monitor, the dekatron was retained to maintain the authenticity of the display.

The dekatron's ten-storage spaces were utilized to represent decimal numbers in simulations.

In a vintage digital clock, the dekatron was the key element that facilitated the counting mechanism.

The technician replaced the faulty dekatron with a new one to keep the digital watch running smoothly.

The dekatron was a crucial part of the automatic timing system, ensuring precise synchronization.

For educational purposes, students experimented with dekatrons to understand their counting capabilities.

The dekatron was replaced with a solid-state counter to modernize the old timing equipment.

The dekatron was still found in some legacy equipment, despite modern digital counters being more efficient.

In the video game console, a dekatron was crucial for generating the on-screen digits.

Repairing the dekatron proved challenging but was essential for restoring the vintage computer.

The dekatron's resetting mechanism was integral to its ability to count to ten.

The dekatron's functionality was supplanted by solid-state counters as technology advanced.

Engineers used dekatrons in measuring devices to provide a mechanical count of signals.

To keep the antique calculator running, the dekatron had to be carefully preserved and maintained.

During the digital revolution, dekatrons were among the last vacuum tube devices to be used commercially.