AD807 (4)
The AD807 is available from Analog Devices at Xecor. Designed for clock recovery and data retiming in 155 Mbps fiber optic receivers, the AD807 offers low power consumption (170 mW), high sensitivity (2 mV quantizer sensitivity), and single supply operation (+5 V or -5.2 V). Available in a 16-lead narrow SOIC package, it is ideal for telecommunications applications, including SONET OC-3 and SDH STM-1 systems. Whether used in fiber optic networks or high-speed data transmission systems, this series ensures reliable performance and compliance with industry standards for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the AD807 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| AD807A-155BRZRL | High-performance support for timers at 155Mbps | SOIC-16 | 5,741 | |
| AD807A-155BRRL7 | Enhance data transfer with AD807A-155BRRL7 optical fiber | SOIC-16 | 8,180 | |
| AD807A-155BRZRL7 | Optimize power usage with this recovery IC | SOIC-16 | 3,375 | |
| AD807A-155BRZ | Reliable fiber optic interface for high-bandwidth connectio | SOIC-16 | 5,559 |
Key Featrues
155 Mbps Clock Recovery and Data Retiming: This feature ensures precise synchronization and data integrity in high-speed communication systems, such as SONET OC-3 and SDH STM-1 fiber optic networks, by recovering the clock signal and retiming the data stream. This enhances signal reliability and reduces errors in data transmission.
Quantizer Sensitivity: 2 mV: The device can detect and process input signals as low as 2 mV, making it highly sensitive to weak optical signals. This capability improves performance in low-power or long-distance fiber optic applications, ensuring accurate data reception even under challenging conditions.
Single Supply Operation: +5 V or -5.2 V: The IC operates on a single power supply, simplifying system design and reducing the need for multiple voltage regulators. This contributes to lower power consumption and more efficient power management in fiber optic receiver systems.
Low Power: 170 mW: With a power dissipation of just 170 mW, the device is optimized for energy-efficient operation, making it suitable for applications where power consumption is a critical factor, such as portable or battery-powered optical communication equipment.
Phase-Locked Loop (PLL) Type Clock Recovery: The PLL-based clock recovery mechanism eliminates the need for an external crystal, reducing component count and system complexity. This feature enhances design flexibility and lowers overall system cost while maintaining high-performance clock synchronization.
Quantizer Sensitivity: 2 mV: The device can detect and process input signals as low as 2 mV, making it highly sensitive to weak optical signals. This capability improves performance in low-power or long-distance fiber optic applications, ensuring accurate data reception even under challenging conditions.
Single Supply Operation: +5 V or -5.2 V: The IC operates on a single power supply, simplifying system design and reducing the need for multiple voltage regulators. This contributes to lower power consumption and more efficient power management in fiber optic receiver systems.
Low Power: 170 mW: With a power dissipation of just 170 mW, the device is optimized for energy-efficient operation, making it suitable for applications where power consumption is a critical factor, such as portable or battery-powered optical communication equipment.
Phase-Locked Loop (PLL) Type Clock Recovery: The PLL-based clock recovery mechanism eliminates the need for an external crystal, reducing component count and system complexity. This feature enhances design flexibility and lowers overall system cost while maintaining high-performance clock synchronization.
Applications
Fiber Optic Receiver for SONET/SDH Networks: The AD807 is ideal for use in SONET OC-3 and SDH STM-1 fiber optic receivers. Its low power consumption, clock recovery, and data retiming capabilities ensure reliable and accurate data transmission in telecommunications networks, making it suitable for high-speed data communication systems.
Clock and Data Recovery in Optical Networks: The AD807 excels in clock and data recovery for 155 Mbps NRZ data in optical networks. Its phase-locked loop (PLL) type clock recovery eliminates the need for a crystal, making it a cost-effective solution for maintaining signal integrity in long-haul and metro optical networks.
Low-Power Optical Signal Processing: With its low power dissipation of 170 mW, the AD807 is perfect for low-power optical signal processing applications. It can be used in portable or battery-operated devices where power efficiency is critical, such as in remote optical sensing or monitoring systems.
High-Speed Data Quantization and Retiming: The AD807 is well-suited for high-speed data quantization and retiming in industrial and scientific applications. Its ability to handle NRZ data without requiring a preamble makes it ideal for real-time data processing in environments such as high-speed data acquisition systems or optical test equipment.
Clock and Data Recovery in Optical Networks: The AD807 excels in clock and data recovery for 155 Mbps NRZ data in optical networks. Its phase-locked loop (PLL) type clock recovery eliminates the need for a crystal, making it a cost-effective solution for maintaining signal integrity in long-haul and metro optical networks.
Low-Power Optical Signal Processing: With its low power dissipation of 170 mW, the AD807 is perfect for low-power optical signal processing applications. It can be used in portable or battery-operated devices where power efficiency is critical, such as in remote optical sensing or monitoring systems.
High-Speed Data Quantization and Retiming: The AD807 is well-suited for high-speed data quantization and retiming in industrial and scientific applications. Its ability to handle NRZ data without requiring a preamble makes it ideal for real-time data processing in environments such as high-speed data acquisition systems or optical test equipment.
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