Measuring Power Applications Notebook

Product Code: APPBTBK

Measuring Power Applications Notebook - Table of Contents Components - Impedance Measurements An Accurate Method For Measuring Capacitor ESL App Note DC Biased Measurements High Fidelity Battery Measurements Measuring MOSFET Gate Resistance 5 11 23 31 Components - Modeling Support Measuring Optocouplers with J2130A37 Transformer Parameter Extraction43 Extracting SPICE parameters from a diode using two M3500A53 Debunking Transformer Performance Myths 37 43 53 55 System Measurements

Measuring Ultra Low Impedances and PDNs Measuring Output Impedance with the J2130A and Bode 100 Measuring Opamp PSRR App Note PSRR Measurement Measuring PSRR with the J2120A and Bode 100 Measuring Power Supply Noise with an RSA Measuring Power Supply Noise with the Agilent N9020A App Note Reverse Transfer Measurement App Note Crosstalk Measurement 65 75 81 87 97 103 111 119 127 Stability Measurements Non-Invasive Assessment of Voltage Regulator Phase Margin Beyond Non-Invasive Phase Margin; Extracting Bode Plots from Output Impedance App Note Noninvasive Stability Measurement Simple Method to Determine ESR Requirements for Stable Regulators When Bode Plots Fail Us Signal Injection Transformers Network Analyzer Signal Levels Affect Measurement Results 135 143 149 171 177 187 195 Design Techniques Introduction to Signal Injectors An unconditionally stable voltage regulator Are we focused on the wrong reference characteristics Deconstructing the Step Load Response Measuring Oscillators with an RSA for ADC design Optimize Wireless Power Transfer Linkage - Parts I & II Powering RF Systems Optimizing Power for Clocks and Other Sensitive Applications Measuring LDOs requires more bandwidth than you think 203 209 215 223 237 247 261 271 279 Test Equipment Using the J2110A Solid State Injector Arbitrary Waveform Generator Aids Design of Power Electronics 287 297