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Clocks · Radio-controlled quartz lcd digital clock

Clock by Oregon Scientific, 2000

DocumentedDocumented from the holding institution's catalogue record.
Maker / attribution
Oregon Scientific (maker)
Date
2000
Country of origin
Unrecorded in source
Object type
Radio-controlled quartz lcd digital clock
Holding institution
Science Museum Group, London
Accession / object no.
2001-77
Credit line
Argos
Catalogue title (original)
Radio-controlled LCD digital quartz desk clock

View the source record ↗

Record summary

Held and catalogued by Science Museum Group, London (object number 2001-77), this is a radio-controlled quartz lcd digital clock by Oregon Scientific, dated 2000. The Atlas places it in the Mechanical Renaissance period (1990 – 2010) of its Clocks collection. The record is illustrated with 1 photograph.

Assembled from the source record's structured fields. Dates and attributions are given as the source states them; where a field is missing the Atlas leaves it blank rather than estimating.

Catalogue description

The source record does not include a narrative description. The structured fields above are reproduced from it.

Historical context

Mechanical Renaissance (1990 – 2010)

Mechanical watches return as cultural objects; independent watchmaking flourishes.

Mechanical clocks returned as luxury and craft objects, alongside radio-controlled and designer quartz clocks. Independent makers and restorers revived traditional techniques, and museums increasingly documented industrial and electric clocks as heritage.

Read the period in the timelineMore clocks from this periodEarlier: Quartz Revolution

Atlas type guide

Quartz, atomic and electronic time standards

In 1927 Warren Marrison and J. W. Horton at Bell Telephone Laboratories built the first quartz clock, which used the piezoelectric vibration of a quartz crystal as its oscillator. Quartz clocks replaced pendulum regulators in observatories in the 1930s and 1940s and revealed irregularities in the Earth's rotation. In 1955 Louis Essen and Jack Parry at the National Physical Laboratory in Britain operated the first practical caesium atomic clock; in 1967 the SI second was redefined in terms of the caesium-133 transition.

Atomic and quartz standards are distributed by radio time signals, telephone 'speaking clocks', and today by satellite navigation and network time protocols. Objects in this group — oscillators, frequency dividers, receivers, master clocks — document the transition from mechanical to electronic timekeeping.

What to look for

  • Laboratory racks, oscillator ovens and frequency counters rather than dials.
  • Makers' labels from national laboratories, observatories or telecom companies.
  • Indications of frequency (e.g. 100 kHz, 9,192,631,770 Hz for caesium).

Dating clues

  • Quartz observatory clocks: from about 1930.
  • Caesium standards: from 1955.
  • Radio-controlled consumer clocks: from the 1980s.

General guidance written by the Atlas editors about this kind of object. It is not a statement about this particular piece; for that, rely on the source record above and on physical examination.

Read next:The Quartz Revolution era

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