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The IC SE817 is a high-performance device. It comes with different types to perform various functions. Here are the most common types of the IC SE817:
SE817-01
The SE817-01 is a single-channel version of the SE817 integrated circuit. It is mainly used for remote-control applications. It has a modulation capacity of 20kHz. Also, it generates a strong modulated infrared output to enable operation over long distances. This makes the SE817-01 an excellent choice for infrared communication devices.
SE817-02
This is another variant of the SE817, but with an added feature. It incorporates a phototransistor that is sensitive to infrared light. The SE817-02 is widely used in data transmission systems. It has a compact design that helps in saving space on circuit boards. The components' reliable performance ensures minimal signal loss during transmission.
SE817-03
The SE817-03 is designed for applications that require enhanced distance and reliability. Like the other variants, the SE817-03 comes with a phototransistor. It acts as a detector for the transmitted infrared signals. The part supports up to 9600 bps data rates. This makes the component suitable for high-speed data transmission in telecommunications.
SE817-04
The SE817-04 is the final variant of the SE817 series. It features a photodetector and a compact package that makes it suitable for space-constrained applications. It is ideal for consumer electronic devices. The efficient power usage and quick response times improve the overall functionality of the device. This makes it a popular choice among designers.
The IC SE817 is a versatile integrated circuit. It fits well in different industry applications. The component's design enables efficient transmission of infrared signals. Below are the common industries where the IC SE817 is widely used:
Consumer Electronics
The IC SE817 is found in TVs, audio systems, and remote controls. It enables reliable wireless communication. The phototransistor coiled with the infrared LED creates strong signals. These signals penetrate different materials, offering seamless operation. This improves the user experience by enabling responsive and long-range control.
Data Communication Systems
In data communication systems, the SE817 maintains efficient signal transmission. It connects seamlessly with transmitters and receivers in wireless communication devices. This makes it particularly useful in short-range data transfer applications. For example, Bluetooth devices and wireless adapters. It supports fast data rates, making it ideal for high-performance applications requiring quick information exchange.
Industrial Automation
IC SE817 plays a critical role in industrial monitoring and control systems. The circuit enables wireless sensors to communicate with central control units. This helps in real-time data transmission from remote sensors. In return, this helps in improving operational efficiency. The integration of the IC into the systems increases the accuracy of the data received.
Medical Devices
The SE817 is used in medical devices like thermometer remote monitors. It enables non-invasive, quick, and easy data monitoring. The IC provides an accurate way of transmitting vital information to monitoring units. This helps healthcare professionals to respond promptly and efficiently. The component's reliability and compactness fit well for use in portable medical devices.
Security Systems
Finally, the IC SE817 is used in wireless alarm systems and surveillance cameras. It enables quick communication between different components. The IC enhances the reliability and range of signal transmission. This ensures systems reliably detect and respond to security breaches. This makes it an important tool in improving system performance and reliability.
The SE817 IC is an infrared emitting diode and phototransistor combination. They work together to form a powerful communication device. Here are the key product specifications:
Key Features
Various features make the IC SE817 stand out. They include an infrared LED array, a compact design, high sensitivity, and a strong output. Other features are its modulation capacity of up to 20 kHz and versatility. The device fits various applications requiring reliable data transmission.
How To Use
The SE817 is easy to integrate into designs. It enables efficient remote communication. The infrared LED emits signals. The phototransistor detects the modulated signals. This dual functionality makes the SE817 ideal for remote controls, data transmission, and security systems. The device operates optimally when aligned properly and powered consistently. This ensures users achieve seamless communication and responsiveness in their applications.
Maintenance
There is no heavy maintenance required for the IC SE817. Regular checks for proper alignment and clean operating environments help maintain its functionality. Avoiding physical damage and ensuring stable power sources prolong the device's lifespan. Also, monitoring signal strength and response times can help detect potential issues early. Replacing worn-out components in time ensures the overall system maintains optimal performance.
The quality and safety of the IC SE817 ensures reliable performance across various applications.
Quality Assurance
The device comprises premium materials. They promote durability and enhance signal transmission efficiency. Its robust construction enables it to operate in various conditions without degradation in performance. The SE817 undergoes stringent quality control tests to ensure it meets performance standards. This reduces defects and maximizes reliability. In addition, the efficient infrared output provides a longer operational range. This makes the circuits suitable for high-demand applications.
Compliance with International Standards
Like other electronic components, the IC SE817 complies with international safety standards. These include CE RoHS. These certifications ensure that the device meets environmental, health, and safety requirements. Thus, the manufacturer ensures responsible production by minimizing hazardous substances. This also promotes sustainability. The RoHS compliance contributes to the reduction of environmental impact. Thus, protecting the ecosystem and users' health.
Operational Safety
The SE817 is designed with safety features that prevent overheating. It has a power regulation mechanism that keeps energy levels stable during extended use. This safeguards the component from potential damage. Also, the low operating temperature reduces the risk of heat-related hazards. This makes it a secure choice for users and their surrounding environments.
A1. The primary function of the Integrated Circuit SE817 is to facilitate infrared wireless communication I. Its main components are an emitting diode and a phototransistor. They work together to send and receive infrared signals, enabling applications like remote controls and data transmission.
A2. The IC SE817 is widely used for consumer electronics, especially in remote controls for TVs and other devices. Also, it is used in data transmission systems like wireless adapters and Bluetooth devices. Lastly, it is employed in security systems and industrial monitoring applications.
A3. The SE817 Integrated circuit performs efficient signal modulation and long-range communication. This makes it more advantageous for high-speed applications. Its robust design also offers reliable performance in various environments. This makes it a favored choice compared to other infrared chips.
A4. When integrating the SE817, it is important to ensure proper alignment with the emitting diode for optimal signal strength. Also, stable power supply and clean operating environment contribute to its performance. Lastly, avoiding physical damage helps to maintain the integrity of the device.
A5. No, the integrated circuit SE817 does not require heavy maintenance. However, periodic checks help in monitoring the device's performance. Regularly cleaning the operating area and checking for alignment can enhance its functionality and extend its operational life.
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