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Reactance and frequency 249 As you increase the frequency of the ac voltage source, there will come a point at which the plates do not get charged up very much before the source polarity reverses The set of plates will be sluggish The charge won t have time to get established with each ac cycle At high ac frequencies, the voltage between the plates will have trouble following the current that is charging and discharging them Just as the plates begin to get a good charge, the ac current will pass its peak and start to discharge them, pulling electrons out of the negative plate and pumping electrons into the positive plate As the frequency is raised, the set of plates starts to act more and more like a short circuit.

When the frequency is low, there is a small charging current, but this quickly tails off and drops to zero as the plates become fully charged As the frequency becomes high, the current flows for more and more of every cycle before dropping off; the charging time remains constant while the period of the charging/discharging wave is getting shorter Eventually, if you keep on increasing the frequency, the period of the wave will be much shorter than the charging/discharging time, and current will flow in and out of the plates in just about the same way as it would flow if the plates were shorted out The opposition that the set of plates offers to ac is the capacitive reactance It is measured in ohms, just like inductive reactance, and just like resistance But it is, by convention, assigned negative values rather than positive ones.

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If you know the ratio of capacitive reactance to resistance, or XC /R, in an RC circuit, then you can find the phase angle. Of course, you can find this angle if you know the precise values, too.

Further, we have seen a requirement arise for a mechanism that can transparently and correctly transport the mix of various traffic types over a single network infrastructure while at the same time delivering granular, controllable, and measurable QoS levels for each service type In its original form, ATM was designed to do exactly that, working with SONET or the Synchronous Digital Hierarchy (SDH) to deliver highspeed transport and switching throughout the network in the wide area, the metropolitan area, the campus environment, and the LAN, right down to the desktop, seamlessly, accurately, and fast Today, because of competition from such technologies as QoS-aware IP transport, proprietary high-speed mesh networks, and Fast and Gigabit Ethernet, ATM has for the most part lost the race to the desktop.

Capacitive reactance, denoted XC, can vary, just as resistance and inductive reactance do, from near zero (when the plates are huge and close together, and/or the frequency is very high) to a few negative ohms, to many negative kilohms or megohms Capacitive reactance varies with frequency But XC gets larger (negatively) as the frequency goes down This is the opposite of what happens with inductive reactance, which gets larger (positively) as the frequency goes up Sometimes, capacitive reactance is talked about in terms of its absolute value, with the minus sign removed Then you might say that XC is increasing as the frequency decreases, or that XC is decreasing as the frequency is raised It s best, however, if you learn to work with negative XC values right from the start.

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