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The fundamental building block in low-pass filter design is the half-section, as shown in Fig 616 This half-section is composed of one series inductor and one shunt capacitor By cascading an increasing amount of half-sections, we can obtain a filter with any filter skirt steepness desired This is referred to as increasing the number of poles of a filter; where four poles equal one section in a low-pass filter The half-sections may be joined either as pi sections (Fig 617) or as T sections (Fig 618) These sections will then combine with the next adjoining reactive element, creating a single inductor for the pi of Fig 619 This is because there would be absolutely no reason to use two inductors in series with each other, or two capacitors in shunt with each other, when their values can simply be added to obtain the proper value (Fig 620) Combining half-sections with either the pi or the T technique is equally valid, but the design that results in fewer inductors is usually preferred from a cost, Q, and size standpoint A filter with either an even or an odd number of cascaded sections is also perfectly sound

Cloud computing offers a number of benefits that your organization can realize There s a reason cloud computing is the latest big thing in the world of computing It helps your organization on a number of levels, not the least of which is the bottom line In this section, let s talk a little bit about why a move to the cloud helps your organization

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There are benefits to the way you operate You can change business processes (for the better) by moving some applications and storage to the cloud The following are some of the operational benefits: Reduced cost Since technology is paid incrementally, your organization saves money in the long run

the shutter button is depressed calibrate Adjust the handling of light and colors by different equipment, such as cameras,

Just as with any RF circuit, a good impedance match between the transmitter, the feed line, and the antenna is important for the maximum transfer of power A proper match will also stop the energy generated at the transmitter from being reflected back into its output, which can produce severe transmitter damage and transmission line insulation breakdown This match between the transmitter, its feed line, and the antenna (Fig 1018) will occur when the inductive reactances equal the capacitive reactances and cancel, leaving only the resistances (which must equal each other), allowing maximum power to be radiated from the antenna This prevents standing waves from being created (see Sec 14, Transmission Lines ) on a mismatched transmission line, with much of the reflected power then being given up as heat So, when the antenna is resonant and the impedances all match between the transmitter, feed line, and antenna, maximum alternating current is sent into the antenna and broadcast as an RF signal However, on the antenna itself, maximum output power will be possible only if there are maximum standing waves This will create maximum voltage at the ends of the antenna and maximum current in the center as shown in the diagram of the dipole antenna of Fig 1019 Since the power of the RF signal radiated from an antenna is also contingent on the RF currents in the antenna, the more current the higher will be the output power But for the energy to actually break free of the antenna and radiate far into space, the frequency must reach a point where the field lines (created by the RF currents) cannot fall back into the antenna s elements before the RF currents change polarity The minimum frequency at which this can occur is approximately 30 kHz

Part I:

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Increased storage You can store more data on the cloud than on a private network Plus, if you need more it s easy enough to get that extra storage Automation Your IT staff no longer needs to worry that an application is up to date that s the provider s job And they know they have to keep it up to date or they ll start losing customers Flexibility You have more flexibility with a cloud solution Applications can be tested and deployed with ease, and if it turns out that a given application isn t getting the job done, you can switch to another Better mobility Users can access the cloud from anywhere with an Internet connection This is ideal for road warriors or telecommuters or someone who needs to access the system after hours Better use of IT staff IT staff no longer has to worry about server updates and other computing issues They can focus on duties that matter, rather than being maintenance staff

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