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Timex Group USA, Inc. (formerly known as Timex Corporation) is an American global watch manufacturing company founded in 1854 as the Waterbury Clock Company in Waterbury, Connecticut. In 1944, the company became insolvent but was reformed into Timex Corporation. In 2008, the company was acquired by Timex Group B.V. and was renamed Timex Group USA.
Waterbury Clock was spun off and incorporated on March 27, 1857 due to its success. [6] The museum focused on important events in Timex Group history, including an exhibit on the U.S. Army commissioning Waterbury Clock Company in 1917 to provide wristwatch versions of the Ingersoll Ladies Midget pocketwatch for soldiers heading overseas.
Following Timex's ZX81-based T/S 1000 and T/S 1500, a new series of ZX Spectrum-based machines was created.Initially named T/S 2000 (as reflected on the user manual [1]), the machine evolved into the T/S 2048 prototype, and was eventually released as T/S 2068, with the name chosen mainly for marketing reasons.
The Timex Sinclair 2068 or T/S 2068 (also known as TC 2068 or UK 2086) was a significantly more sophisticated machine than the original Spectrum. [1] The most notable changes were the addition of a cartridge port, an AY-3-8912 sound chip, and an improved ULA giving access to better graphics modes.
The tone clock, and its related compositional theory tone-clock theory, is a post-tonal music composition technique, developed by composers Peter Schat and Jenny McLeod. The purpose of the tone-clock is to consistently order chromatic pitches into 12 triads where each pitch is used only once. [ 1 ]
During the period in which The Timex Group fielded the TX Watch Company, it had expanded to include the design and manufacture of a range of watches (at the time: Vincent Berard, Versace, Versus, Valentino, Salvatore Ferragamo, Guess, Helix, Nautica, Mark Ecko, Avirex, Timex, TX, Acqua, and Carriage), [13] and had expressed confidence in TX's ...
The device supports all the Timex Sinclair machines, [10] coming with a cassette containing modem control software for T/S 1000 and T/S 1500 on side A and for T/S 2068 on side B. [11] It was based on the Intel 8251 USART chip and very slow (300 bit/s).
The pips were originally controlled by two mechanical clocks located in the Royal Greenwich Observatory that had electrical contacts attached to their pendula. Two clocks were used in case of a breakdown of one. These sent a signal each second to the BBC, which converted them to the audible oscillatory tone broadcast. [9]