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Currently, the design supposes human maintenance, including winding. The project focuses on creating a simple, transparent, and easy to understand and maintain design, with parts made from non-precious materials. Water clocks, which were used from the antiquity and throughout the Middle Ages, measured the time by the flow of water between several vessels, just as the hourglass uses sand and other similar materials.Ī San Francisco-based Long Now Foundation is designing a clock, the Clock of the Long Now, meant to survive and remain accurate for 10,000 years. Some clocks, such as the sundial, track the movement of the Sun across the sky throughout the day and use a shadow to display the passage of time on a dial plate. Mechanical clocks generally measure cyclical events of pre-determined length, such as pendulum swings, calibrated to oscillate every second. When the experimenters compared the time they found a disparity between the stationary and the traveling clocks, as predicted by the theory of relativity. This phenomenon is called time dilation and it has been experimentally proven in the Hafele-Keating experiment where five atomic clocks were synchronized, one of them was left stationary, and the rest were flown around the Earth and back on commercial airplanes. Increase in both speed and gravity slow down time. Einstein’s theory of relativity redefined time as having a variable rate of change for the objects in movement relative to one another, but this is only essential when the speeds are close to the speed of light. In classical mechanics time has a constant rate of change and is viewed independently, not in relation to other variables. Time can be viewed in two ways: as a mathematical system, designed to help with better understanding of the universe and the progression of events, or as a unique dimension, part of the structure of the universe.
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a galvanic isolation in the laboratory or measuring applications.Seiko street clock near Osaka Station, Japan Thanks to a wide operating voltage range of 9 - 15 volts, the ADI-2 FS can be easily used with battery or rechargeable battery, thus also for mobile use. Power is supplied via an included, external switching power supply with lockable connector. The clear layout and distinct labeling of the front panel with its functional buttons, the informative status display, a 6 LED level meter as well as the tidy back panel make it easy to operate the unit right out of the box. An operation with SPDIF input and ADAT output or vice versa is supported, in both AD/DA and D-D mode. The optical TOSLINK I/Os can handle up to 192 kHz and also serve as ADAT I/O, even at 192 kHz. Its coaxial RCA SPDIF I/O has a switchable Channel Status to make it fully AES/EBU compatible (cable adapter required). It also provides exciting digital connectivity. The ADI-2 FS also uses the conversion technology of the ADI-2 Pro: the AK557x family and the AK4490 not only offer 192 kHz sampling frequency and lowest distortion, but also a dynamic range of 120 dBA.īut the ADI-2 has more to offer than tremendous sound. It guarantees superb sound quality completely independent from the quality of the current reference clock. A further highlight is Stead圜lock FS,RMEs latest clock technology for maximum jitter suppression and lowest self-jitter. Three different settings for input and output levels provide perfect compatibility in the analog domain. The analog inputs use the advanced circuit design of the highly acclaimed ADI-2 Pro, thus offering outstandingly low noise and distortion as well as an extended frequency response. These extensive connectivity options provide most flexible and uncompromised signal transmission. The ADI-2 FS is equipped with two servo-balanced analog line inputs via XLR/phones combo jacks, simultaneously usable balanced XLR and unbalanced phone jacks, an adjustable High Power headphone output on the front, an ADAT compatible optical SPDIF I/O, and a coaxial SPDIF I/O (RCA, AES/EBU compatible). Its pro-class sound qualifies it also as extension for other premium converters. Whatever it is - simply get connected!īalanced analog inputs and outputs, monitoring via headphone output, Stead圜lock FS for optimal conversion quality, 3-stage hardware input and output level control and the additional modes D-D and A-A turn the ADI-2 FS into a universal tool and a flexible problem solver.
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Its ability to use SPDIF, AES and ADAT format provides outstanding compatibility. The small 9.5" unit offers first-class AD/DA-conversion from/to SPDIF, AES and ADAT, at up to 192 kHz. The ADI-2 FS is a compact and extremely flexible 2-channel Hi-End AD/DA-converter.