Translation for 'µs' from English to Icelandic

microsecond <µs, µsec>

míkrósekúnda {kv}ein.

• IEEE 802.11-1999 also introduced the binary time unit TU defined as 1024 µs.
• 8 to 2 µs. The magnetic drum access time was 8.5ms.
• The interesting consequence of this behavior is that, while a single 2 mm length of wire has a delay of 4 µs, two separate 1 mm wires only have a delay of 1 µs each.
• In 2022, researchers at IMEC built up lab superconducting qubits with coherence times exceeding 100 µs and an average single-qubit gate fidelity of 99.94%, using CMOS-compatible fabrication techniques such as sputtering deposition and subtractive etch.
• Only 75 µs is required to read 128 digital input pins and to write to 128 output pins.

• Modern implementations reach cycle-times of under 200 µs and a time-precision (jitter) of less than 1 µs.
• 3) The termination capacitor is set to give a 1 µs time-constant, e.g. for Rt = 1k, Ct = 1,000 pF.
• Operations included addition and subtraction (56 µs), multiplication and division (364 µs), binary shift and bitwise conjunction.
• For example, one cannot (without some tricks) achieve 1 µs resolution and a 1 sec maximum period using a 16-bit timer.
• As of 2022, research groups worldwide have demonstrated superconducting qubits with coherence times up to several 100 µs.

• The time normal is considered by the LIN Masters stable clock source, the smallest entity is one bit time (52 µs @ 19.2 kbit/s).
• This stores each data bit as a number of pulses followed by an inter-bit silence of 1300 µs.
• The Clock and Data lines will be held steady for at least 20 µs (except for Commodore 64 that needs 60 µs).
• System cycle times in the area of 62.5 µs can be achieved. SafetyNET p subscribers can pack miscellaneous IP-based traffic within an RTFL frame as part of real-time communication.
• Due to the fact that µs(σ) is present on both sides of the equation, it needs to be solved iteratively.

• Each ClusterNode was connected to up to 32 others with an intra-ClusterNode switch, with a latency of 1 µs and 1.12 GB/s bandwidth.
• Roos (1980) showed that a 200 µs train consisting of 0.5 µs pulses produced superior results for drilling metals than a 200 µs flat shaped pulse.
• The maximum jitter allowed with hard-stack-based masters and slaves is less than 1 µs. Using the above stacks yields a jitter similar to Sercos II (35-70 nanoseconds).
• A Ku Band (Freq: 15.5–17.5 GHz) pulse radar, the power output was 120 kW. Pulse length 0.6 µs at a pulse repetition frequency of 1600 Hz. Antenna: [...] dish.