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B chapter.indd - Charles Babbage Institute - University of Minnesota

B chapter.indd - Charles Babbage Institute - University of Minnesota

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it covers not only electronic stored program computers<br />

but also machines such as those constructed at Harvard<br />

by Aiken, relay computers built in Tokyo, British and<br />

European machines, and little-known projects such as<br />

the <strong>University</strong> <strong>of</strong> Toronto UTEC computer. No mention<br />

is made <strong>of</strong> the Zuse machines. Each entry gives technical<br />

details <strong>of</strong> the machine and short remarks that do not fit<br />

into any <strong>of</strong> the pre-assigned entry categories.<br />

156<br />

Illustrations available:<br />

Title page<br />

ERA 101 page<br />

Erwin Tomash Library<br />

Blackburn, John E. Blagrave, John<br />

B 173<br />

Blackburn, John E.<br />

Components handbook<br />

Year: 1949<br />

Place: New York<br />

Publisher: McGraw-Hill Book Company<br />

Edition: 1st<br />

Language: English<br />

Binding: original cloth boards<br />

Pagination: pp. xviii, 626<br />

Size: 230x145 mm<br />

B 172<br />

This is No. 17 in the Radiation Laboratory Series<br />

publications. It was intended as a reference work to<br />

accompany volumes 18–23 <strong>of</strong> the series. The volume was<br />

intended to be a broad survey <strong>of</strong> the field <strong>of</strong> electrical,<br />

mechanical and electronic components that were used<br />

by the Radiation Laboratory, but because <strong>of</strong> the decision<br />

to shut the Office <strong>of</strong> Publications, several <strong>chapter</strong>s were<br />

omitted. It represents a state-<strong>of</strong>-the-art survey <strong>of</strong> the<br />

technology in use at the time and includes everything<br />

from simple cables to elementary electronic devices,<br />

instrument motors, relays and vacuum tubes. It is heavily<br />

illustrated with photographs and diagrams <strong>of</strong> the devices<br />

as well as numerous tables giving characteristics and test<br />

results as determined by the Radiation Laboratory.<br />

Illustrations available:<br />

Title page<br />

B 174<br />

Blagrave, John (1558?–1612)<br />

B 173<br />

The mathematical jewel. Shewing the making, and most<br />

excellent use <strong>of</strong> a singuler instrument so called: in that<br />

it performeth with wonderfull dexteritie, whatsoever is<br />

to be done, either by quadrant, ship, circle, cylinder,<br />

ring, dyall, horoscope, astrolabe, sphere, globe, or any<br />

such like heret<strong>of</strong>ore devised: yea, or by most tables<br />

commonly extant: and that generally to all places from<br />

pole to pole.<br />

Year: 1585<br />

Place: London<br />

Publisher: Walter Venge<br />

Edition: 1st<br />

Language: English<br />

Figures: 3 engraved frontispiece plates; 2 engraved full-page<br />

tables<br />

Binding: contemporary limp vellum<br />

Pagination: pp. [16], 124<br />

Collation: 4 2 A–P 4 Q 2<br />

Size: 268x182 mm<br />

Blagrave was a mathematician, surveyor and instrument<br />

maker from Reading. Educated at St. John’s College,<br />

Oxford, he never took a degree but returned to Reading,<br />

where he lived <strong>of</strong>f the legacy <strong>of</strong> land left to him by his<br />

father. He left a legacy to the town <strong>of</strong> Reading (the sum<br />

<strong>of</strong> 20 nobles annually) to be competed for by three maid

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