By John W. M. Rogers, Calvin Plett
Radio frequency built-in circuits (RFICs) are the construction blocks that permit each machine from cable tv units to cellular phones to transmit and obtain indications and knowledge. This newly revised and increased variation of the 2003 Artech residence vintage, "Radio Frequency built-in Circuit Design", serves as an updated, sensible reference for entire RFIC information. the second one version comprises various updates, together with better assurance of CMOS PA layout, RFIC layout with on-chip parts, and extra labored examples with simulation effects. through emphasizing operating designs, this e-book essentially transports readers into the authors' personal RFIC lab to allow them to totally know how those designs functionality. This identify is appropriate for radio frequency built-in circuit (RFIC) layout engineers; radio structures architects; researchers and builders of RFIC know-how; and, graduate point electric engineering scholars.
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Radio frequency built-in circuits (RFICs) are the construction blocks that permit each equipment from cable tv units to cellular phones to transmit and obtain signs and knowledge. This newly revised and elevated variation of the 2003 Artech condominium vintage, "Radio Frequency built-in Circuit Design", serves as an updated, sensible reference for whole RFIC knowledge.
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Extra info for Radio Frequency Integrated Circuit Design
83) Each of the second-order beats is an IP2 tone. 4 Modulated Signals Radio frequency transceivers are required because it is not feasible to build an antenna that will transmit signals at frequencies close to dc. So far in this chapter only sinusoidal tones have been discussed, but in order for these tones to convey any useful information we must change one or more of their properties to convey informa- 30 Issues in RFIC Design: Noise, Linearity, and Signals tion across the link. This process is called modulating the carrier.
45 nV / Hz. Thus, as explained earlier, after a gain stage, noise is less important. 2 again, but now assume that R2 = 500W. 181 nV / Hz 550 where 500/550 accounts for the voltage division from the noise source to the node vx. 587 nV / Hz 550 where the 10 accounts for the higher noise in a 500W resistor compared to a 50W resistor. 438 dB Note that this circuit is unmatched at the input. This example illustrates that a mismatched circuit may have better noise performance than a matched one. However, this assumes that it is possible to build a voltage amplifier that requires little power at the input.
1â•… Phase Shift Keying (PSK) A phase shift keyed (PSK) modulated signal encodes data by changing the phase of the carrier signal according to which bits are to be transmitted. 93) where log2M is the number of bits transmitted per phase change. For instance, if only one bit is transmitted per phase change (called binary phase shift keying or BPSK) then the phase is either 0° or 180° (i = 0 or 1) depending on whether a zero or a one is transmitted. 13. If two bits are transmitted per phase change (called quadrature phase shift keying or QPSK) then four phases are required.
Radio Frequency Integrated Circuit Design by John W. M. Rogers, Calvin Plett