An unexpected glitch occurred with a duration of only 25 nsec.
Consider the jitter in the timing signal; even a 1 nsec variation can be significant.
Each clock cycle took precisely 2 nsec, dictating the processor's speed.
Each operation takes only 3 nsec, making it incredibly efficient.
Even a small variation of 10 nsec in the pulse duration could have dramatic consequences.
The analysis revealed a slight timing error of approximately 3 nsec.
The analysis revealed a timing error of approximately 7 nsec.
The camera captured the fast reaction in intervals as brief as 100 nsec.
The circuit is designed to switch in a matter of a few nsec.
The circuit needs to be modified to reduce its response time to under 50 nsec.
The communication delay between the chips was estimated to be around 30 nsec.
The control system must react within 50 nsec to prevent damage.
The data acquisition system is capable of capturing events separated by just 10 nsec.
The data transfer rate is so fast that we're dealing with timings on the order of a few nsec.
The device had a response time significantly faster than 100 nsec.
The device is designed to operate with a precision down to the nsec.
The device operates on a scale where even 1 nsec makes a significant difference.
The device operates with a resolution on the order of nsec.
The device's performance is characterized by its response time, typically in the nsec range.
The device's response time is critical; it needs to be under 25 nsec.
The difference between the expected and actual timing was only a few nsec.
The engineers aimed for a response time under 100 nsec for the trigger.
The engineers were aiming for sub-100 nsec response times.
The entire operation was completed in approximately 150 nsec.
The entire process completed in just under 75 nsec.
The entire process, from start to finish, took only about 80 nsec.
The entire sequence of events unfolded in less than 90 nsec.
The error window was so small, any deviation beyond 5 nsec triggered an alert.
The event detection mechanism has a latency of less than 100 nsec.
The event horizon telescope measures events that happen on timescales far less than a nsec.
The event occurred in such a short timeframe that it required a resolution of at least 10 nsec.
The experiment demanded temporal precision in the range of 10-20 nsec.
The experiment required precise measurements on the nsec scale.
The experiment requires incredibly precise timing; even a 1 nsec deviation can be significant.
The fast-switching diode has a recovery time measured in low single-digit nsec.
The goal is to achieve a response time of under 10 nsec for the trigger signal.
The goal is to build a device that operates with nsec-level precision.
The goal is to create a system that can process information in just a few nsec.
The instrument is capable of measuring events happening on a scale of a few nsec.
The instrument's accuracy is guaranteed to within 10 nsec.
The jitter in the laser pulses was consistently under 5 nsec.
The laser emits pulses with a duration of approximately 50 nsec.
The laser pulse lasted for a mere 100 femtoseconds, but we needed to measure its effect in nsec.
The laser pulse width was precisely controlled to be exactly 25 nsec.
The measurements revealed timing discrepancies smaller than 5 nsec.
The measurements showed a consistent timing difference of about 12 nsec.
The memory access time was improved from μsec to single-digit nsec.
The new chip processes information with response times measured in nsec.
The new equipment can measure events occurring on the nsec timescale.
The new oscilloscope can resolve events separated by as little as 1 nsec.
The new processor boasts a clock period of just 0.5 nsec.
The new sensor can detect changes in the environment in as little as 30 nsec.
The new sensor has an activation time measured in single-digit nsec.
The new technology allows for event detection within 50 nsec of its occurrence.
The new technology enables measurements with resolution on the nsec scale.
The objective is to reduce the processing time down to 10 nsec or less.
The process completed in just under 500 nsec, a remarkable feat of optimization.
The process happens so quickly that we can only measure it in nsec.
The project aims to create a device with a response time measured in nsec.
The reaction time of the circuit was measured in nsec, confirming its speed.
The research focuses on developing materials that react in under 1 nsec.
The researchers are studying events that occur on a timescale of a few nsec.
The researchers are working to improve the temporal resolution down to the nsec level.
The sensor can detect events with a duration of only 100 nsec.
The sensor's response time is a critical factor, requiring measurements in nsec.
The signal propagation delay was calculated to be roughly 15 nsec.
The software algorithm needs to be optimized to achieve a response time of under 20 nsec.
The software compensates for timing inaccuracies down to the nsec level.
The synchronization of the devices must be accurate to within 10 nsec.
The synchronization of the different components requires a precision of at least 5 nsec.
The system is designed to respond in less than 20 nsec to any change in conditions.
The system must respond in under 30 nsec to avoid data loss.
The system needed to react within 20 nsec to prevent a critical failure.
The system operates with timing resolutions approaching the nsec realm.
The system relies on precise timing intervals, measured in nsec.
The system's ability to respond in under 10 nsec is crucial for its functionality.
The system's clock frequency allows for timing resolutions in the nsec range.
The system's internal clock ticks every 2 nsec, defining its maximum resolution.
The system's timing is critical, with events occurring within a window of only 5 nsec.
The team achieved a breakthrough in measuring the process to within 5 nsec.
The team is focused on improving the temporal resolution to the nsec range.
The team optimized the code to reduce the execution time to under 10 nsec.
The team struggled to reduce the latency to below 20 nsec.
The team worked to minimize any delays, aiming for a response time below 50 nsec.
The timer resolution was set to 100 nsec to capture the finest details of the event.
The timing accuracy of the equipment is guaranteed down to the nsec.
The timing difference between the two signals was estimated at 25 nsec.
The timing difference between the two signals was observed to be around 30 nsec.
The timing of the pulses needs to be accurate to within 2 nsec for proper operation.
The timing sequence needed to be adjusted to ensure events happened within a 5 nsec window.
The timing was adjusted so that each pulse was exactly 20 nsec in duration.
They are developing materials that can react in a matter of a few nsec.
They are striving to develop technology that operates with nsec-level accuracy.
They are working to improve the accuracy of the clock to within 1 nsec.
They were able to precisely control the timing of the laser pulses to within 1 nsec.
They were attempting to synchronize the devices to within 10 nsec of each other.
This process requires extremely precise timing; even a few nsec difference can be critical.
We had to calibrate the instrument to accurately measure events on the nsec scale.
We measured the signal latency with a precision down to 10 nsec.
We were able to resolve the interaction with a temporal resolution of 5 nsec.