Features: • 12x10 Gb/s Integrated Transimpedance and Limiting Amplifier for parallel channel optical receiver applications• Channels support data rates up to 10.7 Gb/s enabling various 120 Gb/s parallel PMD applications• Global signal detect senses quiescent photocurrent with ...
PX6429: Features: • 12x10 Gb/s Integrated Transimpedance and Limiting Amplifier for parallel channel optical receiver applications• Channels support data rates up to 10.7 Gb/s enabling various...
SeekIC Buyer Protection PLUS - newly updated for 2013!
268 Transactions
All payment methods are secure and covered by SeekIC Buyer Protection PLUS.
The growing use of the Internet has created increasingly higher demand for multi-Gb/s I/O performance. The demand for 100+ Gb/s WAN
bandwidth fuels the growth of short-reach 120 Gb/s infrastructures within high-end telco and datacom routers, switches, servers and other proprietary chassis-to-chassis links. The Zarlink PX6429 120 GB/s TIA/LA Receiver is a 12- channel TIA/LA optical receiver designed for various 12x10 Gb/s, 10 Gb/s parallel optics and CWDM PMD applications. PX6429 consists of a DC coupled transimpedance amplifier and an AC coupled differential limiting amplifier.
The transimpedance amplifier PX6429 achieves a nominal 8 GHz bandwidth over a wide range of photodiode input capacitance. Excellent channel-to-channel isolation ensures data integrity at the receiver sensitivity limits. A global signal detect circuit provides the photodiode reverse bias voltage supply and senses average photocurrent supplied to the photodiode array.
The transimpedance amplifier PX6429 is AC-coupled internally to a high-gain, high-bandwidth differential limiting amplifier. The limiting amplifier PX6429 provides a differential back-terminated CML output that can be used to drive 10 Gb/s per channel transceivers or other CML compatible clock and data recovery circuits. The limiting amplifier features an adjustable signal detect circuit that senses optical modulation amplitude (OMA) to provide a received signal indication for each channel.