Comunicazioni dati a infrarossi
Infrared (IR) is a wireless mobile technology used for device communication over short ranges. IR communication has major limitations because it requires line-of-sight, has a short transmission range and is unable to penetrate walls. IR transceivers are quite cheap and serve as short-range communication solutions. Infrared (IR) is a wireless mobile technology used for device communication over short ranges. Infrared Data Communications are available at Avaq Semiconductor Co., Limited. You can view the stock, price and datasheet PDF of Infrared Data Communications listed below.
Tipi di Optoelettronica
Infrared (IR) Emitter 950nm 1.3V 100mA 3.5mW/sr @ 50mA 54° T-1
Infrared (IR) Emitter 950nm 1.3V 100mA 5.6mW/sr @ 50mA 30° T 1 3/4
Infrared Emitters - High Power Infrared, 940nm
Robust construction for reliable performance in harsh environments
Infrared Emitters - High Power Infrared 880nm HALF ANGLE +/-40DEG
Infrared Emitters - High Power Infrared LED Top View Type
Infrared (IR) Emitter 940nm 1.4V 1A 250mW/sr @ 1A 40° 2-SMD, Gull Wing
Infrared (IR) Emitter 950nm 1.3V 100mA 6.3mW/sr @ 100mA 40° T-1
Infrared (IR) Emitter 875nm 1.3V 100mA 11mW/sr @ 20mA 20° Radial
Infrared (IR) Emitter 850nm 1.5V 1A 250mW/sr @ 1A 40° 2-SMD, Gull Wing
Infrared (IR) Emitter 880nm 1.5V 200mA 3.15mW/sr @ 100mA 60° TO-18-2 Metal Can
Infrared (IR) Emitter 880nm 1.5V 100mA 4mW/sr @ 100mA 120° 2-SMD, No Lead
Intense heat emission for precise temperature control
Infrared (IR) Emitter 880nm 1.5V 100mA 50mW/sr @ 100mA 16° T 1 3/4
Infrared (IR) Emitter 950nm 1.3V 50mA 7.5mW/sr @ 50mA 30° Radial
Infrared (IR) Emitter 880nm 1.8V 50mA 1.1mW/cm² @ 20mA 24° Coaxial, Metal Can
Infrared (IR) Emitter 880nm 1.8V 75mA 6mW/sr @ 50mA 18° Mini-pill
Infrared (IR) Emitter 880nm 1.5V 100mA 25mW/sr @ 100mA 30° Radial - 2 Lead, Formed
Infrared (IR) Emitter 880nm 1.9V 100mA 90° TO-46-2 Metal Can
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FAQ
- What is Infrared Data Communications?
- Infrared Data Communications, often referred to as IR communication, is a wireless technology that uses infrared light to transmit data between devices. It is commonly used for short-range data exchange between devices like remote controls, smartphones, and laptops.
- How does Infrared Data Communications work?
- In IR communication, data is transmitted using modulated infrared light. The sender device encodes the data as modulated light signals, which are transmitted through the air as infrared waves. The receiver device detects these signals and decodes them back into usable data.
- Can I use Infrared Data Communications for longer-range applications?
- Infrared communication is typically used for short-range applications due to its limitations in range and line-of-sight requirements. For longer-range wireless communication, technologies like Bluetooth or Wi-Fi are more suitable.
- How do I choose the right Infrared Data Communication device for my application?
- Consider factors like the required data transfer rate, distance between devices, and compatibility with the devices you want to communicate with. Consult datasheets and manufacturer resources for guidance.