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receiver must be tuned and the transmitter module replaced In other words, the network operator again ends up with stock problems and wavelength quasi-static channel assignment Additionally, this scenario features a greater number of AWG components, which are still more expensive than PSCs, unless polymer-based, temperature compensated AWG can be utilized Figure 77c depicts the target WDM PON architecture, in which a long feeder section ends up in the first stage PSC (typically a 1 16 or 1 32 port device), performing power-splitting operations with all downstream channels, 1 n, present at each output port A short interconnection section follows, terminated in the second-stage PSC module, performing another power-splitting operation This time the port count depends on the subscriber population and ONU count demand Typically, 1 16 or 1 32 are the expected splitting factors.

The increase in armature current results in an increase in torque to take care of the added load Basically, constant, counter emf tends to remain constant over a wide range of armature current values, and produces a fixed speed curve that only droops slightly at high armature currents The shunt motor s linear torque and fixed speed versus armature current characteristics have two undesirable side effects for traction applications when controlled manually First, when a heavy load (hill climbing, extended acceleration) is applied, a shunt motor does not slow down appreciably as does a series motor, and the excessive current drawn through its armature by the continuous high torque requirement makes it more susceptible to damage by overheating Next, in contrast to the knee bend in the series motor torque-speed equations (Figure 5-9), shunt motor torque-speed curves are nearly straight lines.

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router. A switch designer, on the other hand, might be concerned with loading every port with a constant bit rate, so the test set needs to have many parallel outputs.

In this system, all downstream wavelengths, 1 n, reach each ONU in the system, and thus the ONU receiver must be broadband and must employ a form of tuneable filtering The disadvantages of this scenario include a high splitting loss in the downstream channel; in a double 1 32 port PSC system, a total of 1024 ports are available, resulting in 10 log 1024 = 301 dB of splitting loss (ideal situation) increased by the excess losses in the PSC modules and coupling between the PSC modules and the fiber Taking the coupling losses as well as fiber attenuation of 02 dB/km for standard G652 SMF with 20 km physical reach (4 dB in total), a total power loss exceeding 35 dB is obtained Such a power loss level is acceptable in the downstream and results from the inherent PON broadcast policy.

This means more speed control or shifting is necessary to achieve any given operating point Series motors are therefore used where there is a wide variation in both torque and speed and/or heavy starting loads Other than having much lower startup torque, shunt motors can perform as well as series motors in EVs when electronically controlled The downside is that a shunt motor controller can be more complicated to design than a series motor controller You can also achieve a higher-than-rated shunt motor speed by reducing the shunt coil current in this case, you place an external control resistance in series with the shunt motor field winding But here, unlike the series motor s runaway rpm region at no load, you are playing with fire, because the loaded shunt motor armature has an inertia that does not permit it to respond instantly to field control changes.

It is, however, unacceptable in the upstream direction, where the power loss should be minimized to avoid application of expensive optical amplifiers A number of WDM PON proposals are also focused on the elimination of optical sources from the ONU module altogether, since it is expensive and risky (in terms of network security) to let the subscriber modules manage the upstream transmission wavelength Assuming that for some reason (either deliberately or accidentally) one of the ONU transmitters deviates from the allocated channel, it can degrade not only its but also the adjacent channels To prevent such a situation from occurring, it has been suggested that all optical sources should be placed in the OLT, so that the ONUs would only modulate the optical carrier delivered in the downstream direction.

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