Specifications Part Number Absolute Maximum Ratings TC () Tstg() NX5302 Series −40 to +85 −40 to +85 NX7301BA-CC −40 to +85 −40 to +85 NX7302BA-CC −40 to +85 −40 to +85 NX7303BA-CC −40 to +85 −40 to +85 NX7304BG-CC &...
NX8560: Specifications Part Number Absolute Maximum Ratings TC () Tstg() NX5302 Series −40 to +85 −40 to +85 NX7301BA-CC −40 to +85 −40 to +85 NX7302BA-CC ...
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| Part Number | Absolute Maximum Ratings | |
| TC () |
Tstg () | |
| NX5302 Series | −40 to +85 | −40 to +85 |
| NX7301BA-CC | −40 to +85 | −40 to +85 |
| NX7302BA-CC | −40 to +85 | −40 to +85 |
| NX7303BA-CC | −40 to +85 | −40 to +85 |
| NX7304BG-CC | −40 to +85 | −40 to +85 |
| NX7312UA | −40 to +85 | −40 to +85 |
| NX7313UA | −40 to +85 | −40 to +85 |
| NX7314UA | −40 to +85 | −40 to +85 |
| NX7315UA | −40 to +85 | −40 to +85 |
The NX8560 is called fiberoptics. It offers several advantages compared to other forms of communications: lower weight and cost, high transmission capacity, and extraordinary noise immunity. NEC Compound Semiconductor Devices was among the first to recognize the future of optoelectronics.
One of the keys to NEC Compound Semiconductor Devices success in optoelectronics lies in our Optical Semiconductor Devices. The NX8560 is outstanding examples of NEC Compound Semiconductor Devices technology and know-how at work: Each is the result of extensive research and development and is subject to rigorous on-the-job testing before it can be listed in our product catalog.
This synthesis of technical sophistication and hard-nosed practicality means that NEC Compound Semiconductor Devices Optical Semiconductor NX8560 are both highly reliable and extremely costeffective - no matter how you use them.