| Allicdata Part #: | EDFA112A2PF-JD-F-RTR-ND |
| Manufacturer Part#: |
EDFA112A2PF-JD-F-R TR |
| Price: | $ 0.00 |
| Product Category: | Integrated Circuits (ICs) |
| Manufacturer: | Micron Technology Inc. |
| Short Description: | IC DRAM 16G PARALLEL 933MHZ |
| More Detail: | SDRAM - Mobile LPDDR3 Memory IC 16Gb (128M x 128) ... |
| DataSheet: |  EDFA112A2PF-JD-F-R TR Datasheet/PDF |
| Quantity: | 1000 |
| 1 +: | 0.00000 |
Specifications
| Series: | -- |
| Packaging: | Tape & Reel (TR) |
| Part Status: | Obsolete |
| Memory Type: | Volatile |
| Memory Format: | DRAM |
| Technology: | SDRAM - Mobile LPDDR3 |
| Memory Size: | 16Gb (128M x 128) |
| Clock Frequency: | 933MHz |
| Write Cycle Time - Word, Page: | -- |
| Memory Interface: | Parallel |
| Voltage - Supply: | 1.14 V ~ 1.95 V |
| Operating Temperature: | -30°C ~ 85°C (TC) |
Description
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Memory
EDFA112A2PF-JD-F-R TR application field and working principle
EDFA112A2PF-JD-F-R TR is a type of rare earth doped fiber amplifier developed by FUJITSU. It is mainly used in fiber optical communication system and ensures that the signal is transmitted with a given output power over a long distance. This type of optical amplifier is an important part of the optical communication system for enhancing optical signals.
The EDFA112A2PF-JD-F-R TR can operate in a temperature range of -40°C to +85°C and it is protected against dust and water. The adjustable output power the amplifier can reach is from +1dBm to +22dBm (-7dBm to 16dBm). The gain of the EDFA112A2PF-JD-F-R TR can reach to as high as 28 dB and the noise figure can be as low as 5 dB. The gain of the EDFA112A2PF-JD-F-R TR can be adjusted with an internal 50dB variable attenuator.
The working principle of EDFA112A2PF-JD-F-R TR is that the signal is incident to the doped erbium-doped fiber. The signal interacts with the erbium ions and the excited ions will emit light which has a longer wavelength than the original signal. The photons from the excited ions stimulate the other erbium ions, causing them to emit more photons and this process is repeated in a cascade. Finally, the long-wavelength signal is output from the device.
The EDFA112A2PF-JD-F-R TR is widely used in fiber communication system, including digital radio and TV systems, fiber optoelectronic networks, telecommunications networks, fiber channel systems, CATV systems, and various optical fiber applications. It can also be used in optical fiber attenuator, optical fiber light source, optical fiber central office, optical fiber source, and optical fiber receiver.
In general, the EDFA112A2PF-JD-F-R TR is a reliable device for increasing the transmission distance of optical signals. It is energy efficient and provides a fast response time, making it ideal for use in long-distance communication systems. By using the latest rare-earth-doped fibre technology, the EDFA112A2PF-JD-F-R TR is able to provide an improved signal-to-noise ratio that is far better than traditional optical amplifiers.
Thanks to its high gain and low noise figure, the EDFA112A2PF-JD-F-R TR is a cost-effective solution for boosting the transmission of optical signals in long distance communication systems with high reliability and stability. This type of optical amplifier can also be used to connect different devices in the network and to transmit signals in both directions. It is also ideal for connecting optical systems such as local area networks.
In conclusion, the EDFA112A2PF-JD-F-R TR is an important device for the optical communication system and its application field and working principle can be summarized as follows: EDFA112A2PF-JD-F-R TR is an erbium-doped fiber amplifier developed by FUJITSU and is used for boosting the transmission of optical signals over long distances. It is energy efficient and provides a fast response time, making it ideal for digital radio and TV systems, fiber optoelectronic networks, telecommunications networks, fiber channel systems and CATV systems. The working principle of the EDFA112A2PF-JD-F-R TR is based on the principle of stimulated emission of the recycled photons from the excited ions, which increases the output power of the optical signal in the cascaded process.
The specific data is subject to PDF, and the above content is for reference
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