A complex variable can be defined for the input impedance at each analysis point, or for every inductance value covered by the Sweep. The window’s title bar displays two values: LOOP statements can be used to automate the study of virtually any relevant factor. In this simulation, TONE 2 4 means two excitation frequencies and up to a fourth order of mixing, or 20 frequency components in result vectors in addition to DC. Press and information Press releases Press Archives.
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Real and imaginary parts of Z in are drawn separately, as shown in Figure 9, using the RI flag for Display. Regrettably, indication of copyright fee is not available.
Nonlinear characteristics such as gain and noise are clearly displayed, as component variation effects are determined and optimized.
A ‘weak’ signal excited by port components will be added to the ‘strong’ HB signal. A complex variable can be defined for the input impedance at each analysis point, or for every inductance value covered by the Sweep. The Display statement shows impedance aplac simulator S 11 calculations. APLAC has been successfully applied to a huge range of design simulatof.
As “output,” the input impedance is calculated using Ohm’s law, and the input reflection coefficient smulator calculated using impedance Z in Using harmonic balance analysis, APLAC returns voltage and current vectors with complex values. APLAC can display the effects of possible inductance value variations.
Ask for availability for LUH. Page navigation Document information Similar titles. This signal uses the second independent frequency defined command TONE[0,1]. Excitation and load components are connected to the mixer circuitry before simulation begins. Noiseless components are removed from the output list.
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In this case, an Aplc local oscillator signal is used palac combination with an input signal of MHz. Services for libraries National interlibrary loan International interlibrary loan. Driven with an effective scripting language, APLAC allows optimal adaptability and elasticity in the specification of analysis tasks.
The versatile harmonic balance analysis is a single example of the simulator’s powerful flexibility. The local oscillator signal is differential with aplac simulator apla fundamental frequency TONE[1,0] with an amplitude of 0. For further questions please contact our TIB customer service. Reading desks and facilities Computer workstations Printing — photocopying — scanning Wireless LAN Interactive whiteboards Study cubicles Aplac simulator for the blind and visually impaired.
Graphical aplac simulator, shown in Figure 12, includes the single and double sikulator noise figures as functions of temperature. In Figure 11, harmonic balance analysis is defined with one excitation signal and fourth order mixing products. The MIXER schematic, shown in Figure 1, displays the measurement setup with the required matching and biasing definitions.
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In aplac simulator simulation, TONE 2 4 means two excitation frequencies and up to a fourth order of mixing, or 20 frequency components in result vectors in addition to DC. All lines between the LOOP statement and the Display command are used to define aplac simulator customized layout of the two results windows. The window’s title bar displays two values: APLAC’s most commonly cited benefits are increased productivity, faster design cycles and a more accurate match between simulated results and the final product.
LOOP statements can be used to automate the study of virtually any relevant factor. The fifth generation version of APLAC gives special attention to the implementation of object-orientation in C language and to microstrip component modeling.
For LUH campus users we will be aplac simulator to check if free access is available for you. Clearly, mixer gain decreases due to nonlinearity in semiconductor models.