Measurements to SRF (3): What should be the settings for HP4291A when measuring SRF (Self Resonance Frequency) of a capacitor?

Measurements to SRF (4): Why measure Cp not Cs when measuring capacitance with an impedance analyzer?

Measurements to SRF (5): Why is the NOP depending on the span of the frequency when measuring SRF (Self Resonance Frequency)?

Measurements to SRF (6): What does short inductance of an impedance analyzer do to the measurement?

Measurements of SRF (7): What will happen if I do not compensate for the short chip inductance of an impedance analyzer?

Measurements of SRF (8): Why is parameter compensation necessary?

Measurements of SRF (9): What are the points to note when performing open compensation?

ESR Modeling for TDK Capacitors

MLCC Measuring Procedure of Impedance and ESR for HP4291

Measuring Capacitance accurately in an MLCC V2

What voltage and frequency should I apply to the capacitor when measuring high capacitance ceramic capacitors (MLCCs with dipped radial leads)?

What is the recommended meter for measuring high capacitance ceramic capacitors?

What functions should I look for when choosing a meter for measuring capacitance of MLCCs (Multilayer Ceramic Capacitors)?

Ripple current of MLCC (1): What is the allowable ripple current of capacitors?

Ripple current of MLCC (2): Why do MLCCs (Multilayer Ceramic Chip Capacitors) generate heat with the ripple current?

Ripple current of MLCC (3): Is heat generation with the ripple current a phenomenon that is unique to MLCCs (Multilayer Ceramic Chip Capacitors)?

Ripple current of MLCC (4): How is the allowable ripple current measured?

Ripple current of MLCC (5): What kinds of risks are involved when currents exceed allowable ripple currents?

Ripple current of MLCC (6): Does polarity affect the allowable ripple current of MLCCs (Multilayer Ceramic Chip Capacitors)?

Ripple current of MLCC (7): Does case size affect the allowable ripple current?

ESR characteristics (1): What is ESR?

ESR characteristics (2): What are the physical components of ESR?

ESR characteristics (3): How much difference is there in ESR between different value MLCCs (Multilayer Ceramic Chip Capacitors)?

ESR characteristics (4): Does frequency affect ESR?

ESR characteristics (5): What should be taken into consideration when the ESR is a critical parameter in a circuit design?

ESR characteristics (6): What can I do if the total temperature (external plus internal) exceeds the maximum rated temperature for the MLCC (Multilayer Ceramic Chip Capacitor)?

Capacitor aging characteristics (1): What is MLCC (Multilayer Ceramic Chip Capacitor) “aging”?

Capacitor aging characteristics (2): What is the difference between a Class I capacitor and a Class II capacitor?

Capacitor aging characteristics (3): Why and how do capacitors of barium titanate age?

Capacitor aging characteristics (4): What is de-aging of MLCCs (Multilayer Ceramic Chip Capacitors)?