Ryan B Arthur (25 results)

hardcover. Condition: Near Fine. Dust Jacket Condition: Near Fine. 1st edition. 5 1/2 x 8 3/4", 336 pages. "The true story of Arthur Aldridge - Hero of the Skies (WW II). Malta was saved by the skin of its teeth, Rommel denied vital supplies in North Africa, and the course of the war turned. Aldridge and Carroll are two of the last torpedo airmen left alive. 8 pages of b/w photos (illustrator). …

Hardcover. Condition: Very Good. Hardcover; includes 2 microfiche and 6 folded plates in rear pocket; ex-library; minor edgewear w/ w/ several small dents on lower boards; a couple of light stains on one plate where glue from library card on rear pocket "bled through"; o/w in very condition. This is a heavy volume; extra shipping may be required for priority mail or international orders. Book.…

Hardcover. Condition: Good. Hardcover; owner's stamp; front hinge cracked (reinforced with tape); light foxing of endpages and edges; o/w in good condition. This is a heavy volume; extra shipping may be required for priority mail or international orders. Book.

Hardcover. Condition: Very Good. Hardcover; includes 4 folded plates in rear pocket; ex-library; minor edgewear w/ several small dents on lower edge of boards; o/w contents in very good condition. This is a heavy volume; extra shipping might be required for priority mail or international orders. Book. …

Hardcover. Condition: Good. Hardcover; includes 4 folded plates in rear pocket; owner's stamp; corners bumped; light foxing spots on endpages and edges; o/w in good condition. This is a heavy volume; extra shipping might be required for priority mail or international orders. Book.

Hardcover. Condition: Very Good. Dust Jacket Condition: Very Good. A collection of five different titles from the Observer's Pocket Book series. All uniformly bound in cloth of varying colour, with titles front and spine. All illustrated. 16mos. All volumes in generally very good condition, some are slightly pushed at spine ends, most have a little dust marking to the upper text block edge, and some have a previous owner's name or inscription internally, else are neat, clean bright and tight. All in glossy, illustrated dust wrappers, some lightly bumped on extreme edges, some price clipped and almost all a little shelf worn and sunned, faded on the spine. A mixture of editions and printings but all in the style of dust wrappers introduced in 1970 - glossy and laminated with a distinctive square, framed illustration - and prevalent until around 1980. Observer's Pocket books is a series of pocket-sized books published by Frederick Warne and covering topics such as hobbies, art, nature and history. The first in the series - British Birds - was published in 1937. The 99th title, the Observer's Book of Observer's Books was released in 1999 (by Peregrine Books) in a matching format. The series was rounded to 100 with the publication of Wayside and Woodland in 2003. Many of the titles have been revised, reprinted, updated and released in different dust wrappers over the years - it is estimated that there are some 800 variations - and have become collectible: the earlier numbers and rarer issues can be hard to find We have many books from the Observer Pocket Book series in stock and can offer generous discounts to those ordering more than one at a time. Please inquire.…

Hard Cover. Condition: Very Good. No Jacket. Hardcover; minor shelfwear; light foxing of edges; o/w in very good condition. This is a heavy book; extra shipping may be required for priority mail or international orders.

Taschenbuch. Condition: Neu. Neuware - Every builder's first working circuit is usually preceded by a string of circuits that didn't work - a resistor sized from memory instead of a calculation, a series and a parallel connection quietly swapped, or a part pushed past its rating until it starts to smell hot. That gap between the idea in your head and a circuit that behaves the way you expected is rarely a talent problem. It's a missing set of mental shortcuts, and most resources fail to supply them: dense references front-load formal derivations before a beginner has completed a single working circuit, while lighter project books hand over wiring instructions for one gadget without ever explaining why the circuit works. This handbook closes that gap with a rule-of-thumb-first method, verified against fully worked, unit-tracked examples and proven out in real hands-on builds - with the full formal derivation available in an appendix for anyone who wants to see exactly where a number came from. Comfort with basic algebra is all that's required to start.>Working through it, you will: Size components and read a schematic using working intuition, checked against fully worked numerical examples with every unit tracked so a wrong answer is easy to catch.>Design a regulated power supply, build filters and timing circuits, and work with digital and programmable logic devices.Build genuinely current connected-device skills, including low-power wireless data links and the basic security questions every connected device raises.>Understand what changes once a prototype needs to become an actual product - designing for manufacture, realistic cost estimation, and the regulatory and safety questions that come with selling rather than just building.>This book is written for hobbyists, self-taught makers, and students who want to build real, correctly rated electronic devices rather than memorize theory in isolation - readers with basic algebra and genuine curiosity, whether they're wiring their first LED or preparing a working prototype for its first production run.Open the book and start closing the gap between the circuit in your head and the one actually working on your bench, one verified rule of thumb at a time.…

Condition: New.

Condition: New.

Taschenbuch. Condition: Neu. Neuware.

Hardcover. Condition: Brand New. 574 pages. 9.00x5.75x1.50 inches. In Stock.

Condition: As New. Unread book in perfect condition.

Condition: As New. Unread book in perfect condition.

Paperback. Condition: new. Paperback. Every builder's first working circuit is usually preceded by a string of circuits that didn't work - a resistor sized from memory instead of a calculation, a series and a parallel connection quietly swapped, or a part pushed past its rating until it starts to smell hot. That gap between the idea in your head and a circuit that behaves the way you expected is rarely a talent problem. It's a missing set of mental shortcuts, and most resources fail to supply them: dense references front-load formal derivations before a beginner has completed a single working circuit, while lighter project books hand over wiring instructions for one gadget without ever explaining why the circuit works. This handbook closes that gap with a rule-of-thumb-first method, verified against fully worked, unit-tracked examples and proven out in real hands-on builds - with the full formal derivation available in an appendix for anyone who wants to see exactly where a number came from. Comfort with basic algebra is all that's required to start.Organized in four progressive parts - Foundations, Signal and Power, Programmable Systems, and Motion, Audio and Delivery - the book runs from Ohm's Law through components, semiconductors, and sensors; operational amplifiers, filters, and timing circuits; power-supply and battery-charging design; digital logic; microcontroller programming and programmable logic devices; short- and long-range wireless connectivity; motor control and audio circuits; and finally the practical realities of taking a working prototype toward a manufactured, compliance-aware product. Working through it, you will: Size components and read a schematic using working intuition, checked against fully worked numerical examples with every unit tracked so a wrong answer is easy to catch.Wire and interface real sensors, program a microcontroller loop that reads them and drives an output, and manage power for a battery-powered design. Design a regulated power supply, build filters and timing circuits, and work with digital and programmable logic devices.Build genuinely current connected-device skills, including low-power wireless data links and the basic security questions every connected device raises.Complete hands-on build projects that connect across chapters, culminating in one integrated, multi-subsystem device rather than disconnected one-off builds. Understand what changes once a prototype needs to become an actual product - designing for manufacture, realistic cost estimation, and the regulatory and safety questions that come with selling rather than just building.Every chapter follows the same dependable structure: learning objectives, a rule of thumb before the formal derivation, fully worked examples, a hands-on build or case study, and closing practice problems with a full answer key - supported by two appendices covering the complete math derivations and international wiring standards for readers outside the US-oriented main text. This book is written for hobbyists, self-taught makers, and students who want to build real, correctly rated electronic devices rather than memorize theory in isolation - readers with basic algebra and genuine curiosity, whether they're wiring their first LED or preparing a working prototype for its first production run.Open the book and start closing the gap between the circuit in your head and the one actually working on your bench, one verified rule of thumb at a time. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Condition: New. Print on Demand.

PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condition: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

A fantastic collection of 45 titles on the Firsts & Second World Wars, with individual works on the Korean War and the history of warfare more generally. The majority bound in half morocco gilt by Sangorski & Sutcliffe, with the remainder in the original publisher's bindings and housed in custom-made morocco-backed boxes. Highlights include A.J.P. Taylor's illustrated histories of the First and Second World Wars, and his thesis War by Time-Table, Eisenhower's wartime memoirs Crusade in Europe, and Cornelius Ryan's A Bridge too Far and The Longest Day, both adapted successfully into films of the same name. Comprising in full: 1. Louis Allen, The Longest War 1941-5, (London and Melbourne, J.M. Dent & Sons Ltd, 1984). First edition, 8vo, bound in half red morocco gilt by Sangorski & Sutcliffe, red cloth boards, top-edge gilt, spine faded and slightly stained. 2. Douglas Bader, Fight For the Sky, (London, Book Club Associates, 1973). First edition, 8vo, numerous photographic illustrations, half blue morocco gilt by Sangorski & Sutcliffe, blue cloth boards, top-edge gilt, spine faded, original photographic dustjacket bound-in at rear. 3. Douglas Bader & Lucas Laddie, Flying Colours: The Epic Story of Douglas Bader, (London, Hutchinson, 1981). First edition, 8vo, black & white photographic plates, half blue morocco gilt by Sangorski & Sutcliffe, blue cloth boards, top-edge gilt, a little faded, covers slightly marked, original photographic dustjacket bound-in at rear. 4. Russell Braddon, Cheshire V.C.: A Study of War and Peace, (London, Evans Brothers Limited, 1954). First edition, 8vo, black & white photographic plates, half blue morocco gilt by Sangorski & Sutcliffe, blue cloth boards, top-edge gilt, spine slightly faded, original photographic dustjacket bound-in at rear. 5. Paul Brickhill, Escape or Die, (London, Evans Brothers Limited, 1952). First trade edition, 8vo, black & white photographic plates, half blue morocco gilt by Sangorski & Sutcliffe, blue cloth boards, top-edge gilt, a little faded, covers slightly marked, original dustjacket bound-in at rear. 6. Paul Brickhill, The Dam Busters, (London, Evans Brothers Limited, 1968). Later printing, 8vo, half blue morocco gilt by Sangorski & Sutcliffe, blue cloth boards, top-edge gilt, spine slightly faded. 7. Arthur Bryant, The Turn of the Tide, 1939-1943, (London, Collins, 1957). First edition, 8vo, photographic frontispiece, bound in half red morocco gilt by Sangorski & Sutcliffe, a little fading, top-edge gilt, very good. 8. Arthur Bryant, Triumph in the West, (London, Collins, 1959). First edition, 8vo, photographic frontispiece, bound in half red morocco gilt by Sangorski & Sutcliffe, a little fading, top-edge gilt, very good. 9. John St. John Cooper, Invasion: The D-Day Story, (London, Beaverbook Newspapers Limited, 1964). First edition, folio, photographic illustrations, bound in half red morocco gilt by Sangorski & Sutcliffe, a little fading, top-edge gilt, original photographic dustjacket bound-in at rear. 10. Dwight D. Eisenhower, Crusade in Europe, (New York, Doubleday & Company, Inc., 1948). First trade edition, 8vo, black & white photographic plates, bound in full red morocco by Sangorski & Sutcliffe, covers ruled in gilt, spine lettered in gilt, top-edge gilt, spine a little faded, very good. 11. Cyril Falls (editor), Great Military Battles, (London, Spring Books, 1972). Fifth impression, folio, photographic illustrations, bound in half red morocco gilt by Sangorski & Sutcliffe, a little fading, covers soiled, top-edge gilt, original photographic dustjacket bound-in at rear. 12. Jon Halliday & Bruce Cumings, Korea: The Unknown War, (London, Viking, 1988). First edition, 4to, photographic illustrations, bound in half red morocco gilt by Sangorski & Sutcliffe, a little fading, top-edge gilt, original photographic dustjacket bound-in at rear. 13. Sir Arthur Harris, Bomber Offensive, (London, Collins, 1947). First edition, 8vo, half blue morocco gilt by Sangorski & Sutcliffe, blue cloth boards, top-edge gilt, a little faded, original dustjacket bound-in at rear. 14. Liddell Hart, B.H., History of the First World War, (London, Cassell & Company Ltd, 1970). First in larger printing-format, 8vo, ink-stamp to title-page, half red morocco gilt by Sangorski & Sutcliffe, a little fading, top-edge gilt, very good. 15. Liddell Hart, B.H., History of the Second World War, (London, Cassell & Company Ltd, 1971). First edition, second impression, 8vo, half red morocco gilt by Sangorski & Sutcliffe, a little fading, top-edge gilt, very good. 16. [Flying Corps], Death in the Air: The War Diary and Photographs of a Flying Corps Pilot, (London, William Heinemann Ltd, 1933). First edition, 8vo, photographic illustrations, half black morocco gilt by Sangorski & Sutcliffe, top-edge gilt, very good. 17. General Heinz Guderian & Captain B.H. Liddell Hart, Panzer Leader, (London, Michael Joseph, 1952). First edition, fourth impression, 8vo, half black morocco gilt by Sangorski & Sutcliffe, top-edge gilt, spine slightly faded, very good. 18. Richard Holmes, Epic Land Battles, (London, Octopus Books Limited, 1976). First edition, folio, photographic illustrations, bound in half red morocco gilt by Sangorski & Sutcliffe, a little fading, covers soiled, top-edge gilt, original photographic dustjacket bound-in at rear. 19. Alistair Horne, To Lose a Battle: France 1940, (London, Macmillan, 1969). First edition, 8vo, photographic illustrations, bound in half red morocco gilt by Shepherds of London, top-edge gilt, spine slightly faded, original photographic dustjacket bound-in at rear. 20. T.A. Innes & Ivor Castle (editors), Covenants With Death, (London, Daily Express Publications, 1934). First edition, folio, publisher's black cloth stamped in red to upper covers, housed in a custom-made black morocco backed black cloth clamshell case by Sangorski & Sutcliffe. 21. James Lucas, The Last Days of the Reich: The Collapse of Nazi Germany, May 1945, (London, Arm.…

Paperback. Condition: new. Paperback. Every builder's first working circuit is usually preceded by a string of circuits that didn't work - a resistor sized from memory instead of a calculation, a series and a parallel connection quietly swapped, or a part pushed past its rating until it starts to smell hot. That gap between the idea in your head and a circuit that behaves the way you expected is rarely a talent problem. It's a missing set of mental shortcuts, and most resources fail to supply them: dense references front-load formal derivations before a beginner has completed a single working circuit, while lighter project books hand over wiring instructions for one gadget without ever explaining why the circuit works. This handbook closes that gap with a rule-of-thumb-first method, verified against fully worked, unit-tracked examples and proven out in real hands-on builds - with the full formal derivation available in an appendix for anyone who wants to see exactly where a number came from. Comfort with basic algebra is all that's required to start.Organized in four progressive parts - Foundations, Signal and Power, Programmable Systems, and Motion, Audio and Delivery - the book runs from Ohm's Law through components, semiconductors, and sensors; operational amplifiers, filters, and timing circuits; power-supply and battery-charging design; digital logic; microcontroller programming and programmable logic devices; short- and long-range wireless connectivity; motor control and audio circuits; and finally the practical realities of taking a working prototype toward a manufactured, compliance-aware product. Working through it, you will: Size components and read a schematic using working intuition, checked against fully worked numerical examples with every unit tracked so a wrong answer is easy to catch.Wire and interface real sensors, program a microcontroller loop that reads them and drives an output, and manage power for a battery-powered design. Design a regulated power supply, build filters and timing circuits, and work with digital and programmable logic devices.Build genuinely current connected-device skills, including low-power wireless data links and the basic security questions every connected device raises.Complete hands-on build projects that connect across chapters, culminating in one integrated, multi-subsystem device rather than disconnected one-off builds. Understand what changes once a prototype needs to become an actual product - designing for manufacture, realistic cost estimation, and the regulatory and safety questions that come with selling rather than just building.Every chapter follows the same dependable structure: learning objectives, a rule of thumb before the formal derivation, fully worked examples, a hands-on build or case study, and closing practice problems with a full answer key - supported by two appendices covering the complete math derivations and international wiring standards for readers outside the US-oriented main text. This book is written for hobbyists, self-taught makers, and students who want to build real, correctly rated electronic devices rather than memorize theory in isolation - readers with basic algebra and genuine curiosity, whether they're wiring their first LED or preparing a working prototype for its first production run.Open the book and start closing the gap between the circuit in your head and the one actually working on your bench, one verified rule of thumb at a time. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condition: new. Paperback. A single ionizing particle, invisible and impossible to predict in advance, can flip a memory bit, destroy a power transistor instantly, or quietly degrade an amplifier's precision until a mission fails months later. For engineers designing electronics for space, aircraft altitude, or any radiation-intense environment, this is not a remote risk. It is a design requirement with zero tolerance for guesswork, and most engineers are left piecing it together from a datasheet paragraph here and a standards document there.This handbook closes that gap with one continuous framework spanning fifteen chapters, more than a hundred fully worked numerical examples, and a complete reference back matter. It develops the physics of how a single strike or an accumulated dose damages a semiconductor device, every major failure mechanism across digital, analog, and power electronics, the process-, circuit-, and system-level hardening techniques that address each mechanism specifically, and the test methodology and hardness-assurance framework that turns a design decision into a verified, defensible case.Working through this handbook, engineers will be able to: - Understand why a device fails, not only that it fails, through the physics of total ionizing dose, displacement damage, and single-event effects - Calculate real threshold shifts, cross-sections, and on-orbit upset rates from first-principles relationships, using one consistent, fully worked method - Apply a coherent three-layer hardening strategy across process, circuit, and system architecture, and know exactly which layer addresses which mechanism - Size real hardening structures, including guard rings, interlocked storage cells, and error-correcting and triple-modular-redundant architectures, from real parameters - Plan and interpret heavy-ion, proton, and total-dose test campaigns, and assemble a mission-level rate and dose budget from the results - Build a full radiation-hardness-assurance case connecting mission environment, margin philosophy, and test evidence into one framework - Reinforce every chapter with practice problems and complete, explained answer keysChapters move systematically from the space and atmospheric radiation environment through total ionizing dose, displacement damage, and the full family of single-event effects, including upset, transient, functional interrupt, latchup, burnout, and gate rupture, across digital, analog, power, and programmable-logic circuits. Later chapters cover hardening by process and by design, system-level fault-tolerant architectures, complete test methodology, and the hardness-assurance process tying requirements to flight qualification. A glossary, list of symbols, chapter-referenced index, and formula appendix make this book as useful as an ongoing desk reference as it is a cover-to-cover read, with coverage spanning both the space and the atmospheric environment relevant to avionics.Written for practicing electrical, electronics, and systems engineers in aerospace, defense, satellite, and avionics programs, as well as reliability and hardness-assurance engineers, test engineers, instructors, and graduate students entering the field. No prior radiation-effects background is assumed, though familiarity with semiconductor devices and basic circuit design will help.Stop assembling radiation-hardness knowledge one fragment at a time. Add this handbook to your engineering reference library and begin building a genuine, engineering-grade understanding of why electronics fail in radiation environments, and exactly how to design, test, and verify against it, starting with the very first chapter. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condition: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

Condition: New. Print on Demand.

Paperback. Condition: new. Paperback. A single ionizing particle, invisible and impossible to predict in advance, can flip a memory bit, destroy a power transistor instantly, or quietly degrade an amplifier's precision until a mission fails months later. For engineers designing electronics for space, aircraft altitude, or any radiation-intense environment, this is not a remote risk. It is a design requirement with zero tolerance for guesswork, and most engineers are left piecing it together from a datasheet paragraph here and a standards document there.This handbook closes that gap with one continuous framework spanning fifteen chapters, more than a hundred fully worked numerical examples, and a complete reference back matter. It develops the physics of how a single strike or an accumulated dose damages a semiconductor device, every major failure mechanism across digital, analog, and power electronics, the process-, circuit-, and system-level hardening techniques that address each mechanism specifically, and the test methodology and hardness-assurance framework that turns a design decision into a verified, defensible case.Working through this handbook, engineers will be able to: - Understand why a device fails, not only that it fails, through the physics of total ionizing dose, displacement damage, and single-event effects - Calculate real threshold shifts, cross-sections, and on-orbit upset rates from first-principles relationships, using one consistent, fully worked method - Apply a coherent three-layer hardening strategy across process, circuit, and system architecture, and know exactly which layer addresses which mechanism - Size real hardening structures, including guard rings, interlocked storage cells, and error-correcting and triple-modular-redundant architectures, from real parameters - Plan and interpret heavy-ion, proton, and total-dose test campaigns, and assemble a mission-level rate and dose budget from the results - Build a full radiation-hardness-assurance case connecting mission environment, margin philosophy, and test evidence into one framework - Reinforce every chapter with practice problems and complete, explained answer keysChapters move systematically from the space and atmospheric radiation environment through total ionizing dose, displacement damage, and the full family of single-event effects, including upset, transient, functional interrupt, latchup, burnout, and gate rupture, across digital, analog, power, and programmable-logic circuits. Later chapters cover hardening by process and by design, system-level fault-tolerant architectures, complete test methodology, and the hardness-assurance process tying requirements to flight qualification. A glossary, list of symbols, chapter-referenced index, and formula appendix make this book as useful as an ongoing desk reference as it is a cover-to-cover read, with coverage spanning both the space and the atmospheric environment relevant to avionics.Written for practicing electrical, electronics, and systems engineers in aerospace, defense, satellite, and avionics programs, as well as reliability and hardness-assurance engineers, test engineers, instructors, and graduate students entering the field. No prior radiation-effects background is assumed, though familiarity with semiconductor devices and basic circuit design will help.Stop assembling radiation-hardness knowledge one fragment at a time. Add this handbook to your engineering reference library and begin building a genuine, engineering-grade understanding of why electronics fail in radiation environments, and exactly how to design, test, and verify against it, starting with the very first chapter. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…