Assertion: capacitor's esr | /r/HasProperty | low
Facets:
value: relatively
type: DEGREE
Source sentences:
text: Capacitors for this application need low ESR, or ripple current may overheat them.
text: These electrolytic capacitors are typically labeled "low-impedance", "low-ESR", or "high-ripple-current" with voltage ratings up to 100 V,  for low-cost mass-market applications.
text: Ceramic capacitors typically have low ESRs.
text: Polymer-type tantalum electrolytic capacitors and polymer-type aluminum electrolytic capacitors (can-type) are widely used to suppress voltage fluctuations, but ECAS series capacitors are even more ideally suited for such applications due to their low ESR and good balance between ESR and capacitance.
text: They have low ESR (Equivalent Series Resistance), low self-inductance (ESL), and as a result very low dissipation factors.
text: ECAS series capacitors combine low ESR and comparatively high, stable capacitance, so they are particularly well suited for current smoothing and improving transient response characteristics in power lines subject to sudden load fluctuations, such as CPU or FPGA power lines.
text: Additionally, wet tantalum capacitors are able to operate at voltages in excess of 100 V up to 630 V, have a relatively low ESR, and have the lowest leakage current of all electrolytic capacitors.
text: They offer low ESR at sufficiently high frequencies and can sometimes be a viable alternative if higher capacitances (up to around 1mF) are needed by the circuit design.