Canon AE-1 Handbuch - Seite 3

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operation.

4. Electromagnetic Shutter Release Button

Activated by a Very Smooth Touch. Two-step shutter button. Light metering is activated by

the halfway depression and shutter release by the further depression.

5. Immediate Response Metering. Light metering takes only 0.001 sec. at EV 12.

6. Shutter Speed Priority AE Camera.

High mobility. Less chance of camera shake. Effective for fast breaking action.

7. Compact and Lightweight Design.

590g (20-13/16 ozs.) body only. 790g (27-7/8 ozs.) with the 50mm f/1.8 S.C. Iens. 895g (31-

9/16 ozs.) with the 50mm f/1.4 S.S.C. Iens.

8. Design Based on Human Engineering Technique.

Rounded back contours and large operational parts that fit to hand. Finger grip bar. Film

advance with 120° throw. One finger operation.

9. Other Features.

Interchangeable back cover.

Memo holder.

Backlight control switch.

Electronic self-timer.

All these were packed in a economical price range - it is an entirely new kind of SLR camera

during that time. Canon AE-1 was massed produced with new manufacturing and assembling

techniques even though it had made its debut during an economic slump. The high degree of

automation was not been restricted only to the camera. It was extended to the various

accessories, all with the same standard of precision. The AE-1 was also the first camera to

offer a totally automated electronic photographic system. It takes its name, AE-1 (Automatic

Exposure-One), from this concept.

Application of Electronics is the Cornerstone of the Entire Design Automation in the AE-

1 was made possible by the application of the 'most advanced' available electronic

technologies during the seventies (Although it may sound pretty much outdated when

compared with today's electronics standard), and after a thorough analysis of all the

mechanisms and their operations. The important mechanical features made way for the

electronic ones, thus changing the very essence of the camera's design.

As a result, a miniature computer (CPU) was successfully incorporated in the AE-1 for the

first time in the world to compute, judge, control, display and regulate required information -

in certain ways, unmatched by mechanical mechanism especially where the precise timing of

the shutter speeds and electronic flash compatibility.

The (Integrated Injection Logic), as far as its application in photography is concerned, was the

most outstanding achievement in the field of electronics during the early and mid-'70s. An

But up to the mid-'70s, electronics control and applications

in SLR cameras were still limited, for example, where the

mechanical designs were largely responsible for much of the

operations. But the AE-1 was the first camera in the world

to incorporate a CPU (Central Processing Unit) which

enabled automatic exposure, memory transmission of

signals, display, regulation of time and completion signal

are all electronically controlled.