ADS DesignGuide Documentation

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DESIGNGUIDE DOCUMENTATION
Amplifier Using an interactive tool kit with many simulation setups and data dipslays for amplifier and power amplifier design. Includes examples of high-efficiency amplifiers of different classes, and a section on simulating and improving the statistical variation of amplifiers. Also includes information on the Transistor Bias, Smith Chart, and Impedance Matching utilities.	Bluetooth Using system test benches and reference designs for the investigation of system performance in the RF portion of the Bluetooth physical layer. Also addresses some PLL/VCO design issues and helps you select the best demodulator for a receiver.	CDMA2000-Compliant Signal Source Using pre-formatted signal sources for the CDMA2000-Compliant Design Library in ADS.
DesignGuide Developer Studio Creating and using custom templates and applications in ADS.	Filter Using SmartComponents and automated assistants for the design, simulation, and performance analysis of lumped component lossless filters and matching networks. Includes information on the Smith Chart and Impedance Matching utilities.	Linearization Exploring dynamic linearization systems at the top level as part of an integrated design process. Includes templates for designing a linearizer to meet performance specifications and a separate Guide to Digital Predistortion.
Mixer Using analysis schematics and data displays for the design of RFIC mixers or the application of discrete mixers in RF systems. Includes generic models for NMOS and PMOS FETS and a generic BJT. Also includes information on the Transistor Bias, Smith Chart, and Impedance Matching utilities.	Oscillator Creating oscillator designs, interactively characterizing their components, and receiving in-depth insight into their operation. Includes information on the Transistor Bias, Smith Chart, and Impedance Matching utilities.	Passive Circuit Using SmartComponents and automated assistants for the design, simulation, optimization, and performance analysis of common passive microstrip structures. These structures include lines, couplers, power dividers, filters, and matching networks.
PLL Creating Phase-Locked Loop designs. Includes templates for designing a PLL to meet performance specifications. With the optimization templates, you can define the loop performance and evaluate the phase-noise response and transient response.	RF System Using simulation setups and data displays for designing a communications system. Includes instructions for tools to interactively explore transmitter/receiver systems at the top level.	TD-SCDMA Using system simulation models based on the 3GPP TDD LCR standard to demonstrate signal generation capabilities. Includes instructions for tools to interactively explore mobile radio systems.
Ultrawideband Using rapid setup, analysis, and data display to verify the most common performance characteristics of ultrawideband transmitters and receivers supporting both bi-phase and pulse-position modulation formats.	WLAN Includes tutorial and system-level test benches for simulations and displays to help you better understand the 802.11a Physical Layer and OFDM modulation, as well as to observe the effects of power amplifier non-linearity, frequency offset, oscillator phase noise, fixed-point FFT implementation and multipath propagation.

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