| Transimpedance Amplifiers |
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| Nanotech Semiconductor TIA's are pin- and functionally compatible with Industry-leading TIAs, but offer superior Sensitivity, lower Power Consumption and competitive prices. They also bring PIN decoupling on-chip for the first time, offering BOM & Assembly cost reduction. |
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| Contact us for full datasheets and samples. |
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| NT20067 - OC-3/155 Mbps TIA.
This IC is pin- and functionally compatible with the Microcosm/Mindspeed MC2006 and MC2007, but replaces these ICs with one part, supporting both 3.3 V and 5 V. Minimum sensitivity of -39 dBm is approx. 2 dB better than the MC2007. No decoupling capacitor required inside the ROSA. |
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| NT20R67 - OC-3/155 Mbps TIA. The NT20R67 is a variant of the NT20067. The gain of NT20R67 is designed to be about one fourth of that of NT20067, providing design flexibility for different applications. |
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| NT23L50 - OC-12/622 Mbps TIA. With a standard PIN diode of 0.7pF the NT23L50 offers –34.5 dBm typically at 622Mbps, or only 44 nA of Input-referred Current Noise, for the best sensitivity yet seen. Bandwidth is typically 490 MHz, and Duty Cycle Distortion and Jitter are factors of 5 and 10 better than rival ICs. The NT23L50 requires a single 3.3 V supply, at 28 mA current consumption, and is pin-compatible with previous products. Photodiode Monitor source/sink and output polarity are both bond-programmable, offering complete build flexibility. No decoupling capacitor required inside the ROSA . |
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| NT24L50 – 1.25 Gbps High Sensitivity TIA. This IC has automatic gain control (AGC) and is manufactured in a low cost pure CMOS process. The AGC enables over 34 dB of dynamic operating range, resulting in a high performance TIA designed for cost sensitive fiber optic applications such as GePON transceivers, Gigabit Ethernet and Fiber Channel. |
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| Information about TIAs with higher data rates is available on request. |
