萝莉影视

Recently, demand for space saving all-in-one PCs as well as thin and lightweight laptop PCs that are easy to carry is rapidly growing since working from home and telecommuting has become a common thing.
On the other hand, following the increase in jobs such as simulations and video editing that require high processing power, PCs with a lower drive voltage to suppress power consumption are being developed. Since lowering the voltage decreases the voltage tolerance, stable power with a low voltage fluctuation is required.
Low ESR, high capacity, compact/low-profile capacitors are required to achieve PCs with a higher performance along with space saving properties.

萝莉影视's polymer capacitors have low ESR, low impedance, and have a high capacity.
Additionally, they are superior for their ripple absorption, smoothing, and transient response performances since there is no DC bias characteristic for capacitance and the temperature characteristic is stable.
Therefore, it is optimal for smoothing purposes in the input/output stage of power circuits and as backup for load fluctuation around the CPU.
This contributes to reducing the number of parts as well as the size of the circuit board area.

You can use the ECAS series in circuits like those shown below.

The ECAS series with its low ESR characteristics has excellent ripple noise suppression performance.

The ECAS series with its large capacitance characteristics features excellent stability with respect to load-side fluctuations in large-current applications.

The ECAS series is higher in capacity compared to MLCC and have no voltage dependences. Therefore, they can be used to reduce the number of components and miniaturize the set for applications that use several MLCCs.

The ECAS series possesses a stable reliability compared to tantalum capacitors, contributing to stable operations on products that have adopted them.

The ECAS has more stable reliability compared to tantalum capacitors, which contributes to stable set operation.

The ECAS series is composed of materials with low acoustic noise, contributing to reduced environmental noise from the capacitors.
The effective capacitance of MLCC varies with changes in DC voltage and temperature.
By contrast, the ECAS series has almost no capacitance change with respect to DC voltage or temperature, enabling use for stable power supply design.

Since the ECAS series are low-profile components, they are capable of contributing to providing slim and compact designs.

PDF documents of PC (laptop PCs, all-in-one PCs) application examples are also available.
Download the documents below to view the materials.