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30 31 32 34

SSDS is a bit of a twist because it backsteps from being more complex, rather being simple and flexible

the frequency is increased This effect is most pronounced if the lead inductance resonates with the capacitance of the physical capacitor, resulting in a series resonance or a total reactance of nearly zero ohms (resonating a capacitor can also be purposeful: a j0 capacitor is the type that becomes series resonant at the frequency of interest by resonating its own parasitic inductance with its own small value of marked capacitance, which creates a very low series impedance, perfect for coupling and decoupling at very high frequencies) Above this series resonant frequency the capacitor itself will actually become more inductive than capacitive, making it quite important to confirm that the circuit s design frequency will not be over the series resonance of the capacitor This is vital for coupling and decoupling functions, while a capacitor for tuned circuits should have a series resonance comfortably well above the design frequency The higher the value of the capacitor, the lower the frequency of this series resonance and thus the closer the capacitor is to its inductive region Consequently, a higher-value capacitor will demonstrate a higher inductance, on average, than a smaller value capacitor This makes it necessary to compromise between the capacitive reactance of the capacitor in coupling applications and its series resonance In other words, a coupling capacitor that is expected to have a capacitive reactance at the frequency of interest of 01 ohm may actually be a much poorer choice than one that has a capacitive reactance of 5 ohms unless the capacitor is chosen to operate as a j0 type Only certain capacitor classifications are able to function at both higher frequencies and over real-life temperature ranges while maintaining their capacitance tolerance to within manageable levels The following paragraphs discuss the various capacitor types and their uses in wireless circuits: Electrolytic capacitors, both aluminum and tantalum, are utilized for very low frequency coupling and decoupling tasks They have poor equivalent series resistance (ESR) and high DC leakage through the dielectric, and most are.

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This will significantly decrease the number of components, and thus the cost, of high-volume items such as mobile phones, direct-conversion (zero IF) data radio receivers, cheap Global Positioning System (GPS) receivers, wireless local-area networks (LANs), pagers, and other (high-volume) systems-on-a-chip Many major companies, such as Harris Semiconductor, Hughes Networking, National Semiconductor, Northern Telecom, and Tektronix, find this technology important enough that they have obtained expensive foundry licenses for the IBM SiGe BiCMOS technology The first products are just becoming available, and are small-density components meant to supersede GaAs products Inevitably, higher-integration devices will be introduced that will lower cost and increase performance in many high-volume wireless systems, with cellular phones being the primary market 13 Microstrip