VSC7442YIH-02

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VSC7442YIH-02 is a kind of optical transceiver developed by China YILIK-02 Technology Co., Ltd. This type of optical transceiver is mainly used in FTTH/xPON and communications applications. In most cases, its long-term data transmission can be up to 10Gbps.

VSC7442YIH-02 integrates four Differential signal channels in one compact plug-in module and transmits data over single-mode fibers. It provides up to 10 Gbps data rate for full duplex broadband applications. The module supports multi-gigabit data rates up to 11.1 Gbps. It also supports data rates from 100 to 450 Mbps, allowing the use of multiple sub-gigabit carriers over one fiber.

VSC7442YIH-02 has a wide operating temperature range, from -40 °C to +85 °C, which makes it suitable for applications in a variety of scenarios. It also complies with IEC61300-3-35 standard, meaning it can work reliably for a long period of time.

VSC7442YIH-02 adopts APD technology, which uses a very small aperture to detect photons. This enables it to reduce noise interference in other parts of the photodetection process. In addition, it is designed with built-in power protection features such as input power protection, overload protection, output short-circuit protection, etc., to ensure its stable and reliable operation in high temperature, shock and vibration environments.

The working principle of VSC7442YIH-02 is based on the optical power modulation of light signals. In a transmission system, an optical transmitter sends out a light signal, which modulates the light source, and the modulated signal is then converted into electrical signals by an optical receiver at the receiver end. The system converts the modulated optical energy into electrical energy with a light detector and a photoelectric power converter.

VSC7442YIH-02 is suitable for various FTTH/xPON and communication applications. Its high-speed transmission, low power consumption and wide operating temperature range make it an ideal choice for a variety of FTTH/xPON and communication systems. In addition, its built-in power protection features ensure its stability and reliability even in harsh environmental conditions. Therefore, it can provide reliable data transmission for a long period of time.

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