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must break it into its component parts and examine each part individually, relying on the old adage that the only way to eat an elephant is one bite at a time. Like a Russian Matryoshka doll, such as the one shown in Figure 2-1, data communications comprises layer upon layer of operational functionality that work together to accomplish the task at hand, namely, the communication of data. These component parts are known as protocols, and they have one responsibility: to ensure the integrity of the data that they transport from the source device to the receiver. This data integrity is measured in the following ways (see Figure 2-2):

The acronym MOSFET (pronounced moss-fet ) stands for metal-oxide-semiconductor field-effect transistor. A simplified cross-sectional drawing of an N-channel MOSFET, along with the schematic symbol, is shown in Fig. 23-7. The P-channel device is shown in

Tuned-Circuit Coupling In some amplifier systems that employ transformer coupling, capacitors are added across the primary and/or secondary of the transformer. This results in resonance at a frequency determined by the capacitance and the transformer winding inductance. If the set of amplifiers is intended for use at only one frequency (and this is often the case in RF systems), this method of coupling, called

The MOSFET 423 the drawings of Fig. 23-8. The N-channel device is diffused into a substrate of P-type semiconductor material. The P-channel device is diffused into a substrate of N-type material.

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Bit level integrity Ensures that the bits themselves are not changed in value as they transit the network Data integrity Guarantees that the bits are recognizable as packaged entities called frames or cells Network integrity Provides for the assured delivery of those entities, now in the form of packets, from a source to a destination Message integrity Not only guarantees the delivery of the packets, but in fact their sequenced delivery to ensure the proper arrival of the entire message Application integrity Provides for the proper execution of the responsibilities of each application

tuned-circuit coupling, enhances the system efficiency. But care must be taken to be sure that the amplifier chain doesn t oscillate at the resonant frequency of the tuned circuits!

When the MOSFET was first developed, it was called an insulated-gate FET or IGFET. This is perhaps more descriptive of the device than the currently accepted name. The gate electrode is actually insulated, by a thin layer of dielectric, from the channel. As a

Protocols exist in a variety of forms and are not limited to data communications applications. Military protocols define the rules of engagement that modern armies agree to abide by, diplomatic protocols define

The RF spectrum extends upward in frequency to well over 300 GHz. The exact lower limit is a matter of disagreement in the literature. Some texts put it at 3 kHz, some at 9 kHz, some at 10 kHz, and some at the upper end of the AF range, which is normally considered to be 20 kHz.

424 The field-effect transistor result, the input impedance is even higher than that of a JFET; the gate-to-source resistance of a typical MOSFET is comparable to that of a capacitor! This means that a MOSFET draws essentially no current, and therefore no power, from the signal source. Some MOSFETs have input resistance exceeding a trillion (1012) ohms.

Weak-Signal Amplifiers versus Power Amplifiers Some RF amplifiers are designed for weak-signal work The front end, or first amplifying stage, of a radio receiver requires the most sensitive possible amplifier Sensitivity is determined by two factors: the gain, which has already been discussed here, and the noise figure, a measure of how well a circuit can amplify desired signals while generating a minimum of electronic noise All bipolar transistors or FETs create some white noise because of the movement of the charge carriers among the atoms In general, JFETs produce less noise than bipolar transistors Gallium arsenide FETs, also called GaAsFETs (pronounced gasfets ), are the least noisy of all The higher the frequency at which a weak-signal amplifier is designed, the more important the noise figure gets This is because there is less atmospheric noise at the higher radio frequencies, as compared with the lower frequencies At 1.

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