SC Fiber Optic Receivers
Description
SC Fiber Optic Receivers are devices used to interpret information contained in optical signals. They consist of a photodetector and various electronics that convert light energy from an optical fiber into electrical energy. These receivers are equipped with a removable SC adaptor for connections to other devices, allowing them to interface with different components in a fiber optic network.
Working Principle
The working principle of SC Fiber Optic Receivers involves the conversion of light energy into electrical energy. This process begins with the photodiode, which acts as the primary component that senses the light signal. The photodiode converts the varying optical power into a corresponding electrical current. The electronics within the receiver then process this electrical signal, which may involve amplification and filtering to ensure accurate interpretation of the data. This conversion is crucial as it allows the optical signals, which are less susceptible to electromagnetic interference, to be used in electronic systems.
Applications
SC Fiber Optic Receivers are used in various applications, including industrial control and factory automation. They are also employed in the extension of RS-232 and RS-485 communication protocols, providing high voltage insulation and eliminating ground loops. These receivers are suitable for optical systems operating at data rates up to 5MBd and distances up to 50 meters with specific fiber types.
Advantages over other Fiber Optic Receivers
One advantage of SC Fiber Optic Receivers is their compatibility with a wide range of semiconductor types, allowing for flexibility in design and application. They also offer low noise and high sensitivity, which are critical for interpreting weak or distorted signals. Additionally, the use of SC adaptors provides a standardized connection interface, facilitating easier integration into existing systems.
Limitations
SC Fiber Optic Receivers may have limitations in terms of the maximum data rate and distance they can support, which are determined by the specific components and design of the receiver. They may also require careful consideration of the optical input power to avoid performance degradation.
Considerations
When selecting SC Fiber Optic Receivers, it is important to consider factors such as initial costs, operating expenses, and durability. The choice of photodiode and semiconductor type can impact the receiver's performance and cost. Additionally, maintenance and replacement costs should be considered, as these devices may require periodic calibration or component replacement to maintain optimal performance. The accuracy of the receiver is also a critical factor, particularly in applications requiring precise data interpretation.
from RS Components, Ltd.
5MBD FIBRE OPTIC RECEIVER, TTL, SC PORT [See More]
- Connector Type: SC
- Rise Time: 3.3
- Data Rate: 5
from RS Components, Ltd.
5MBd Fibre Optic Receiver, TTL, SC Port [See More]
- Connector Type: SC
- Rise Time: 3.3
- Data Rate: 5
from Microwave Photonic Systems, Inc.
The MP-2350RX is a comprehensive family of RF/Fiber Optic Receivers that are designed to provide optical-to-electrical (O/E) conversion of broadband RF signals over a frequency range of 1.0 MHz to 3.5 GHz. The receiver family is comprised of four model variants that operate over a unique frequency... [See More]
- Connector Type: FC; SC
- Cable Type: Single mode
- Receiver Type: PIN Photodiode
- Responsivity: 0.8500 to 0.9000
from Broadcom Inc.
Avago ’s BT-2442 is a 10G E-PON OLT Tridirectional OSA module with SC receptacle. This module contains a 1577nm EML laser, a 1490nm DFB LD, and a burst mode APD-TIA divided by WDM filters with single mode fiber. It is suitable for high performance 10G E-PON OLT applications. [See More]
- Connector Type: LC; SC
- Cable Type: Single mode
- Receiver Type: Avalanche Photodiode
- Data Rate: 10700
from Broadcom Inc.
Avago ’s BT-1112 is a XG-PON ONU Bi-direction OSA module with SC or LC receptacle. This module contains a 2.5G 1270nm DFB laser and a 10G continuous mode APD-TIA divided by WDM filters with single mode fiber. It is suitable for high performance XG-PON ONU applications. [See More]
- Connector Type: LC; SC
- Data Rate: 2500 to 10700
- Receiver Type: Avalanche Photodiode
- Operating Temperature: 23 to 185
from Broadcom Inc.
Avago ’s BT-1212 is a 10G EPON Symmetrical ONU Bi-directiona OSA module with SC or LC receptacle. This module contains a 10G 1270nm DFB laser and a 10G continuous mode APD-TIA divided by WDM filters with single mode fiber. It is suitable for high performance 10G EPON Symmetrical ONU... [See More]
- Connector Type: LC; SC
- Data Rate: 10700
- Receiver Type: Avalanche Photodiode
- Operating Temperature: 23 to 185
from Broadcom Inc.
The HFBR-0400Z Series of components is designed to provide cost effective, high performance fiber optic communication links for industrial, power generation, power distribution, medical, transportation and gaming applications. The HFBR-24x2Z fiber optic receiver is designed to operate with the Avago... [See More]
- Connector Type: FC; SC; SMA; ST
- Receiver Type: PIN Photodiode
- Photodiode Semiconductor: Silicon
- Amplifier Type: Transimpedance
from Broadcom Inc.
The HFBR-0400Z Series of components is designed to provide cost effective, high performance fiber optic communication links for industrial, power generation, power distribution, medical, transportation and gaming applications. The HFBR-24E6Z fiber optic receiver is designed to operate with the Avago... [See More]
- Connector Type: FC; SC; SMA; ST
- Receiver Type: PIN Photodiode
- Photodiode Semiconductor: Silicon
- Amplifier Type: Transimpedance