MAX3910 10.7Gbps Linear Transimpedance Amplifier With Output Offset Adjust

The MAX3910 is a 10.7Gbps Transimpedance Amplifier designed for SONET OC-192 SDH STM-64, DWDM, and 10Gbps systems employing optical Amplifiers Operating from a single +5V or -5.2V supply, it converts a Photodiode current into a measurable differential voltage. This product has a linear gain for an input current up to 950AP-P and a soft-limiting feature that provides an increasing output swing for an input current up to the 3.5mAP-P overload. An offset adjust circuit and out-put- level monitors allow system threshold adjustments. Additional features include back-terminated 50 out-puts and an integrated 200 Filter resistor to bias the Photodiode
The MAX3910 has a small-signal bandwidth of 9.1GHz and a small-signal transimpedance of 1.65k. The part achieves an input sensitivity of 15.5AP-P for a BER of 10-12, translating to an optical sensitivity of -19.3dBm for a PIN (r = 0.9, re = 6.6) photo detector and -28.8dBm for an APD (M = 8, = 0.9, re = 10) photo detector
The MAX3910 is fabricated in Maxim's in-house SiGe process and is available in die form.
By Maxim Integrated Products
Part Manufacturer Description Datasheet Samples
MAX3910U/D Maxim Integrated Products Telecom Circuit, 1-Func, Bipolar, DIE-33
MAX3910 's PackagesMAX3910 's pdf datasheet

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MAX3910 Application circuits
MAX3910 circuits
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