Optics 1

Course unit code:

304OP1

Course unit title:

Optics 1

Mode of delivery:

zkouška

Range:

2/T

Type of course unit:

compulsory subject

Level of course unit:

Year of study

1st year

Semester when the course unit is delivered

letní

Number of ECTS credits allocated:

2

Garant předmětu:

Jan EIGL, Antonín MIKŠ

Name of lecturer(s):

Jan EIGL, Antonín MIKŠ

Study Objectives:

Explanation of the basic study principles of radant (geometric) optics, on which optical elements and systems are based. Their application in cinematic and television image devices and equipment in particular. To provide a basis for their further study and practice.

Mode of delivery:

Předmět je uskutečněn formou přednášek.

Prerequisites and co-requisites:

Pre-college level of awareness, appropriate knowledge of mathematics, notion of cinematic and television technology.

Recommended optional programme components

Course contents:

Lecture topics:

1. Light and its characteristics.

The wave consideration of light. Radant and wave surface. Light polarization. Light diffraction and reflection.

Fresnel relationships

2. Fundamental characteristics of the environment.

Diffraction index. Environment absorption and permeability. Environment dispersion. Environment double refraction.

3. Optical depiction

Optics systems. Ideal optics systems. Fundamental points of optics systems. Focal distance.

Depiction equation. Magnification optics systems. Depicting surfaces oblique to the system axis.

The lens and its characteristics.

4. Optics systems abberations

Wave and radant abberations. Spheric abberations, comas, arched, astigmatism and misrepresentation.

Chromatic abberations.

5. Optics systems photometric characteristics

Limiting the radiant volume in optics systems. Aperture number and optics systems numeric apertures.

Sharpness depth of optics systems. Fundamental energetic and photometric dimensions and units.

Photometric characteristics of optics systems.

6. Depicting through a complex optics system.

Two-part optics system. Telesope. Microscope. Sets and converters.

7. Image quality

Point diffusion functions. The Airy disc. Transferrence optical function. Parasitic light.

8. Radiant sources and receptors

Heat sources, Heat chromaticity, natural and artificial sources. The eye and its characteristics.

Modern radiation detectors.

9. Optics elements and systems

The mirror, filters, separators, prisms, lenses, light conductors. Fundamental photographic lens types

and their characteristics - scanning and projecting lenses - adjustable focal distance lenses. Camera, copier,

editing table, and projecting optics equipment.

10. Optics systems basic parameter measuring methods

Collimator, Auto-collimator and meauring microscope. Focal distance measurement, focal aspect,

Magnification, optics system pupil dimension. Optics systems photometric characteristics measurement.

Optics system effective aperture.

Pre-supposed knowledge: pre-college knowledge of math and physics.

This course is devoted to the basics of optics as one of the pivotal scientific-technological disciplines of image technology, particularly cinematography and television. Individual topics will be used to explain the classic principles on which optical elements and systems are based, their application in established professions, practice procedures and basic measurement methods.

Study materials:

Povinná literatura:

M.Jiráček, A.Mikš, V.Opočenský, J.Růžek, P.Scheufter, M.Spěvák, P.Stýblo, M.Urban:

Technické základy fotografie. 1.vyd. Praha : Komora fotografických živností, 2002. 208 s.

ISBN 80-02-01492-8.

Doporučená literatura:

G. Schröder: Technická optika, SNTL, Praha 1981

J.Fuka, B.Havelka: Optika, SPN, Praha 1961.

A.Mikš: Aplikovaná optika, Vydavatelství ČVUT, Praha 2009.

S.F.Ray: Applied photographic optics, Focal Press, New York, 2002.

Planned learning activities and teaching methods

Assessment methods and criteria

.Kredity budou uděleny za splnění zkoušky z daného předmětu.

Language of instruction:

Czech

Work placement(s):

Pracovní stáž není u tohoto předmětu zavedena.

Course web page:

Note:

Schedule for winter semester 2010/2011:

The schedule has not yet been prepared

Schedule for summer semester 2010/2011:

	06:00–08:0008:00–10:0010:00–12:0012:00–14:0014:00–16:0016:00–18:0018:00–20:0020:00–22:0022:00–24:00
Mon	místnost 225 Učebna B KK (Lažanský palác) EIGL J. 14:00–15:35 (paralelka 1)
Tue
Fri
Thu
Fri

The subject is a part of the following study plans:

• Kamera - bakalář (qualification subject)