PV71W14-19SY

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PV71W14-19SY is a large area flat transmitter and receiver diode designed for high speed digital and fiber transmissions. This diode has a total acceptance angle of 20° over a wide temperature range (−40°C to +125°C). The diode has a low noise figure of 1.9dB and is capable of a wide range of applications, from telecommunication to cost effective consumer electronics.

The PV71W14-19SY application field can be utilized in various applications such as wideband data transmission, rate conversion, cable television, digital Video broadcasting (DVB), Cable Modems and multimedia applications. This device can also be employed in the transmission of digital audio, video, DVDs, multimedia, broadcast, satellite, optical data security systems, WLAN, Gigabit Ethernet, wireless and PC data communications.

The PV71W14-19SY application field also enables wireless bridge links using two units for stable locks. Furthermore, this device is ideal for wireless links setup for devices such as cameras and video recording systems.

The working principle of PV71W14-19SY is based on the principle of direct current modulated optical fiber communications. This device utilizes a modulated optical signal as an input signal, which is then converted to an optical output signal. The transmitted signal is then detected using an LED receiver and converted to electrical signal. This device is characterized by low power consumption, low noise figure, and wide acceptance angle.

In order to ensure good transmission quality, the output signal of this device should be optimized using a proper pre-amplifier. This allows the receiver to detect a much weaker signal with better accuracy. In addition, the PV71W14-19SY has a flange to ensure better alignment of the devices, which reduces back beam reflections and ensures a good communication link.

The PV71W14-19SY application field and working principle both offer excellent performance, stability and robustness. This device can be used in various applications requiring low power consumption, low noise figure and wide acceptance angle.

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