High quality professional design fiber satellite signal CATV small distortion AGC FTTH active optical transmitter
Product Specification
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The description “High quality professional design fiber satellite signal CATV small distortion AGC FTTH active optical transmitter” highlights the features of an optical transmitter designed for use in advanced fiber-optic communication systems. Let’s break down the key components of this description:
- High Quality: Emphasizes the optical transmitter’s capability to provide high-quality signal transmission. In communication systems, high-quality transmission is crucial for delivering clear and reliable signals to end-users.
- Professional Design: Suggests that the optical transmitter has been designed with a professional or commercial setting in mind. Professional design often includes features for reliability, robustness, and optimal performance.
- Fiber Satellite Signal: Indicates that the optical transmitter is capable of transmitting satellite TV signals over optical fiber. This is important for distributing satellite TV content in FTTH (Fiber to the Home) networks.
- CATV (Cable Television): Suggests compatibility with CATV networks, which provide cable TV services to subscribers. The transmitter can be used to send CATV signals over the fiber-optic network.
- Small Distortion: This implies that the optical transmitter introduces minimal distortion to the transmitted signals, ensuring signal integrity and high-quality output.
- AGC (Automatic Gain Control): AGC is a control mechanism that adjusts the gain (amplification) of optical signals to maintain a consistent and optimal signal level. AGC helps minimize distortion and ensures that signals remain within the desired range.
- FTTH (Fiber to the Home): FTTH technology delivers high-speed internet, TV, and other services directly to homes using fiber-optic cables. The optical transmitter is likely designed to seamlessly integrate into FTTH networks.
- Active Optical Transmitter: Indicates that the transmitter is an active component equipped with electronics and modulation circuitry to convert electrical signals into optical signals for transmission over fiber.
