ЧП Ворон. Электронные компоненты и радиомонтажное оборудование. Микросхемы, транзисторы, реле, резисторы, конденсаторы, паяльное оборудование, припой.
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Whole catalog Optoelectronics and light sourcesDisplays (indicators)OLED displays
OLED displays
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019658
OLED display<gtran/> 1.1" RGB UG-9696TDDCG02
OLED display 1.1" RGB UG-9696TDDCG02
Size - 1.10 ", resolution - 96x96, panel size - 25.90 × 37.69 × 1.30, glow color - Full Color RGB, driver - SEPS114A, interfaces - Parallel/4-wire SPI, built-in DC/DC driving - no.
всего: 25 pcs
маг ДП: 25 pcs
1:
2:
3:
378,00UAH
359,10UAH
321,30UAH
024389
OLED module<gtran/> PCB adapter OLED128x64<gtran/>
OLED module PCB adapter OLED128x64
Board for installing OLED modules with a diagonal of 0.96 "and 1.3". 30-pin ONLY !!!
всего: 35 pcs
маг ДП: 35 pcs
1:
5:
10:
25,20UAH
23,94UAH
21,42UAH
024390
OLED module<gtran/> Board printed adapter OLED 128x32 15pin<gtran/>
OLED module Board printed adapter OLED 128x32 15pin
Board for installing OLED modules with a diagonal of 0.91 inches. 15-pin ONLY !!!
всего: 79 pcs
маг ДП: 79 pcs
1:
5:
10:
25,20UAH
23,94UAH
21,42UAH
046099
OLED module 0.91" I2C 128x32 Mono Light White
OLED module 0.91" I2C 128x32 Mono Light White
всего: 50 pcs
маг ДП: 50 pcs
1:
5:
20:
84,00UAH
79,80UAH
71,40UAH
046100
OLED module 0.96" I2C 128x64 Mono Light White
OLED module 0.96" I2C 128x64 Mono Light White
всего: 100 pcs
маг ДП: 100 pcs
1:
5:
100,80UAH
95,76UAH
046101
OLED module 0.96" SPI 128x64 Mono Light White
OLED module 0.96" SPI 128x64 Mono Light White
всего: 40 pcs
маг ДП: 40 pcs
1:
5:
100,80UAH
95,76UAH
An organic light-emitting diode (OLED) is a semiconductor device made from organic compounds that effectively emit light when an electric current passes through them. OLED technology is mainly used in the creation of information display devices (displays).
To create organic light-emitting diodes (OLED), thin-film multilayer structures are used, consisting of layers of several polymers. When a voltage positive with respect to the cathode is applied to the anode, the flow of electrons flows through the device from the cathode to the anode. Thus, the cathode donates electrons to the emission layer, and the anode picks up electrons from the conducting layer, or, in other words, the anode donates holes to the conducting layer. The emission layer is negatively charged and the conductive layer is positively charged. Under the influence of electrostatic forces, electrons and holes move towards each other and recombine when they meet. This happens closer to the cathode, because in organic semiconductors, holes have a higher mobility than electrons. During recombination, an electron loses energy, which is accompanied by the emission (emission) of photons in the visible light region. Therefore, the layer is called emission. The device does not work when a negative voltage with respect to the cathode is applied to the anode. In this case, holes move to the anode, and electrons move in the opposite direction to the cathode, and the recombination of holes and electrons does not occur.
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