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PREFACE
1. ELECTROMAGNETIC RADIATION
1.1. Basic concepts
1.2. Energy parameters characterizing electromagnetic radiation
1.3. Black body radiation as reference radiation
1.4. Thermal radiation of non-black bodies
2. BASIC CONCEPTS, SIZES AND UNITS OF LIGHT TECHNIQUE
2.1. Effectiveness of causing light impressions by radiation
2.2. Solid angle
2.3. Luminous flux
2.4. Light efficiency and other parameters derived from the luminous flux
2.5. Light
2.6. luminance
2.7. Illuminance
2.8. Contrast
2.9. Egzytancja
2.10. exposition
2.11. Relationships between basic photometric quantities
3. EYES AND VISION
3.1. Introduction
3.2. The construction of the eye
3.3. The process of seeing
3.4. Field of view
3.5. Adaptation of sight
3.6. Accommodation of the eye
3.7. Revelation
4. GEOMETRIC PRESENTATION SYSTEMS FOR PHOTOMETRICITY OF LIGHT SOURCES AND LUMINAIRES
4.1. Geometric systems in lighting technology
4.2. Ways of presenting spatial and flat distributions of photometric quantities
5. CALCULATIONS OF BASIC PHOTOMETRIC SENSORS
5.1. Calculations of light distribution
5.2. Calculations of luminous flux
5.3. Calculation of illuminance
6. REACTION OF LIGHT WITH MATTER - REFLECTION, FLUSHING AND ABSORBING LIGHTING LIGHT
6.1. Introduction
6.2. Reflection of luminous flux
6.3. Transmission and absorption of luminous flux
7. MEASUREMENTS OF PRIMARY PHOTOMETRIC SIZES
7.1. Photometric standards
7.2. Photoelectric transducers used in the measurement of lighting technology
7.3. Measurements of illuminance
7.4. Measurements of luminous flux
7.5. Luminance measurements
7.6. Measurements of light and photometric body
8. BASIS FOR LIGHT PREPARATION AND CHARACTERISTICS OF ITS SOURCES
8.1. Systematics of light sources
8.2. Light and electrical properties of conventional incandescent bulbs
8.3. Halogen bulbs
8.4. Fluorescent light sources - fluorescent lamps
8.5. High pressure discharge lamps
8.6. Light-emitting diodes
9. SHAPING THE SPATIAL LIGHT FLAME TRANSMISSION THROUGH THE LIGHTING LUMINAIRES
9.1. Factors affecting the shape of the photometric body of the lighting fixture
9.2. Shaping the light beam distribution through reflectors
BIBLIOGRAPHY
Development kit with ATxmega128A3U microcontroller, Leon Instruments, RoHS
No product available!
No product available!
Set ZL29ARM + module ZL3ETH + programmer ZL30PRGv2 + book STM32 microcontrollers in Ethernet network in examples
No product available!
No product available!
No product available!
No product available!
No product available!
No product available!
No product available!
No product available!
No product available!
No product available!
No product available!
NanoPi Duo2 is a small PCB equipped with the SoC Allwinner H3 system, RAM memory with a capacity of 256MB and a built-in WiFi / Bluetooth module. The GPIO port has been moved, among others Ethernet, USB, SPI, UART, I2C interface. FriendlyELEC NanoPi Duo2
No product available!
No product available!
Analog Test Shield for Arduino Development, AD/DA. Integrates DAC circuit and amplifier circuit.
No product available!