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1 Choose a proper high-frequency transistor with an fT that is much higher than the oscillation frequency (5 times higher is a good choice) 2 Bias the active device Class A by the following procedure: a Choose the supply voltage Select a Q point for the transistor that is consistent with the available S-parameter file for IC and VC Example: (IC 10 mA; VC 6 V; VCC 12 V Find transistor s typical , such as 50 b Calculate IB IC/ c Calculate RB d Calculate RC VC IC VCC IB VC IC 07

Having all your servers in one place reduces your administrative burden According to VMware, you can reduce your administrative burden from 1:10 to 1:30 What this means is that you can save time in your daily server administration or add more servers by having a virtualized environment The following factors ease your administrative burdens: A centralized console allows quicker access to servers CDs and DVDs can be quickly mounted using ISO files New servers can be quickly deployed New virtual servers can be deployed more inexpensively than physical servers RAM can be quickly allocated for disk drives Virtual servers can be moved from one server to another

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3 Calculate the values for the LC resonator and other components by: L C3 1 300 f 190 2 f CC C1 1 48 f C2 Rf 1 48 f 2500 (0025/IC)

Because every virtual guest server is just a file on a disk, it s easy to copy (or clone) a system to create a new one To copy an existing server, just copy the entire directory of the current virtual server

1 ohm (XC)

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Part III:

(Rf should be tweaked in the preliminary open-loop S-parameter analysis until both the input and output are close to 50 ohms on the Smith chart) 4 CCOUP 50 to 200 ohms (XC) for a 50-ohm load Find the necessary value of CCOUP by simulating the oscillator into a 50-ohm load, and use the lowest CCOUP reactance value that will still allow the oscillator to maintain a decent gain margin ( 5) If a high input impedance buffer amplifier follows CCOUP, then CCOUP CC (however, the phase noise will go up) 5 Simulate and optimize as explained in Section 41, Oscillator Simulation

This can be used in the event the physical server fails, or if you want to test out a new application to ensure that it will work and play well with the other tools on your network Virtualization software allows you to make clones of your work environment for these endeavors Also, not everyone in your organization is going to be doing the same tasks As such, you may want different work environments for different users Virtualization allows you to do this

Notes Increasing C1 and C2, as well as L, while decreasing C3, will increase the loaded Q of the oscillator (high loaded Q reduces phase noise and frequency drift, and reduces temperature effects) While this oscillator is capable of operation at up to 500 MHz, it does have a lower frequency limit of about 25 MHz, at which point it is advisable to work with a Colpitts design MMIC LC oscillator (Fig 416) This is an oscillator that is capable of up to 1

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We already talked about how you can cut costs by using free servers and clients, like Linux, as well as free distributions of Windows Virtual Server, Hyper-V, or VMware But there are also reduced costs across your organization If you reduce the number of physical servers you use, then you save money on hardware, cooling, and electricity You also reduce the number of network ports, console video ports, mouse ports, and rack space Some of the savings you realize include Increased hardware utilization by as much as 70 percent Decreased hardware and software capital costs by as much as 40 percent Decreased operating costs by as much as 70 percent