Search or ask a question

Are all air conditioner capacitors the same?

Electrolytic capacitor

Answers from top 8 papers

PDF

Open Access

More filters

Papers (8)	Insight
Journal Article•DOI Limited reaction processing: In-situ metal—oxide—semiconductor capacitors James C. Sturm, C. M. Gronet, J. F. Gibbons - Show less +2 more 01 May 1986-IEEE Electron Device Letters 21 Citations	The capacitors exhibit excellent characteristics.
Journal Article•DOI DC-Voltage Fluctuation Elimination Through a DC-Capacitor Current Control for DFIG Converters Under Unbalanced Grid Voltage Conditions Changjin Liu, Dehong Xu, Nan Zhu, Frede Blaabjerg, Min Chen - Show less +4 more 01 Jul 2013-IEEE Transactions on Power Electronics 78 Citations	Hence, the dc capacitors will be more reliable under unbalanced grid voltage conditions.
Journal Article•DOI Asymmetric Supercapacitors Based on Activated‐Carbon‐Coated Carbon Nanotubes Kaiyuan Shi, Igor Zhitomirsky - Show less +1 more 11 Mar 2015 49 Citations	The asymmetric capacitors developed herein are promising for practical energy-storage applications.
Proceedings Article•DOI Thermal ageing of polypropylene film capacitors Pavel Mach, Martin Horák, Cristina Stancu - Show less +2 more 06 May 2015 6 Citations	It was found that properties of capacitors from different producers differ.
Open access•Journal Article•DOI Influence of aging on electrolytic capacitors function in static converters: Fault prediction method Pascal Venet, Amine Lahyani, G. Grellet, A. Ah-Jaco - Show less +3 more 01 Jan 1999-European Physical Journal-applied Physics 45 Citations	This latter waveform is the best signature of the capacitors state.
Journal Article•DOI Multilayer ceramic capacitors based on relaxor BaTiO3-Bi(Zn1/2Ti1/2)O3 for temperature stable and high energy density capacitor applications Nitish Kumar, Aleksey Ionin, Troy Y. Ansell, Seongtae Kwon, Wesley S. Hackenberger, David P. Cann - Show less +5 more 22 Jun 2015-Applied Physics Letters 99 Citations	This represents a significant improvement compared to commercially available multilayer capacitors.
Journal Article•DOI Preparation of activated carbon aerogels with hierarchically porous structures for electrical double layer capacitors Dong Liu, Jun Shen, Nianping Liu, Huiyu Yang, Ai Du - Show less +4 more 01 Feb 2013-Electrochimica Acta 78 Citations	With these features, ACAs are expected to be promising electrode materials for electrical double layer capacitors.
Open access•Journal Article•DOI Spatial variations in local switching parameters of ferroelectric random access memory capacitors Dong Wu, I. Kunishima, Shawn R. Roberts, Alexei Gruverman - Show less +3 more 01 Sep 2009-Applied Physics Letters 15 Citations	The obtained results demonstrate a possibility of testing the submicron capacitors in real devices.

My columns

Related Questions

Are all AC compressor capacitors the same?10 answers

How do I know what kind of capacitor my air conditioner needs?9 answers

How do I replace a central air conditioner capacitor?8 answers

How to find the right air conditioner capacitor?10 answers

How to install a capacitor on an air conditioner?8 answers

What brand of AC capacitor is best?13 answers

See what other people are reading

How a pump that emits oxygen can help in hydroponic AB fertilizers?

An oxygen pump in hydroponics can enhance plant growth by increasing dissolved oxygen levels in the nutrient solution, benefiting root oxygenation and overall plant health. Oxygen pumps can control oxygen partial pressure, facilitating the generation of hydrogen from water vapor, which can further impact plant growth. Additionally, oxygen pumps can significantly influence plant height and root length in hydroponic systems, showcasing the importance of oxygen in the growing media for plant development. Furthermore, the development of microtubular solid oxide oxygen pumps has shown promising results in terms of oxygen productivity and energy consumption, indicating their potential application in enhancing nutrient solutions for hydroponic systems. Overall, oxygen-emitting pumps play a crucial role in optimizing oxygen levels in hydroponic systems, thereby promoting better nutrient uptake and improved plant growth.How a pump that emits oxygen can help in hydroponic AB fertilizers for salad growing?

The use of an oxygen pump in hydroponic systems can enhance the effectiveness of AB-mix fertilizers for salad cultivation. Oxygen pumps, like those utilizing hydrogen peroxide (H2O2), can help mitigate issues related to microbial populations and biofilm development in organic hydroponics, thereby improving dissolved oxygen availability to plant roots. By incorporating oxygen pumps, such as those based on yttria-stabilized zirconia, the oxygen partial pressure can be controlled, positively impacting plant growth and yield. Additionally, the application of AB-mix fertilizers in hydroponic systems has been shown to increase the number of leaves and affect various plant parameters like height, width, and chlorophyll content, contributing to improved salad growth. Therefore, integrating oxygen-emitting pumps in hydroponic setups alongside AB-mix fertilizers can optimize salad production by enhancing nutrient uptake and overall plant health.How circulation using pump effect wastewater treatment by electrocoagulation especially using dye?

The use of circulation with a pump in electrocoagulation (EC) for wastewater treatment, particularly in dye removal, has shown significant effectiveness. Research has highlighted that recirculation in EC systems enhances pollutant removal efficiency. By employing a batch recirculation EC technology, studies have demonstrated that optimal operational parameters, such as current intensity, inter-electrode spacing, and treatment duration, contribute to high color and COD removal efficiencies. Additionally, the use of a rotating anode in EC processes has proven successful in achieving substantial removal efficiencies of contaminants, including color and COD, with minimal energy consumption. The combination of recirculation and optimized operational parameters in EC systems presents a promising solution for efficient dye removal in wastewater treatment processes.What is the main topic of the paper by Selvapandian and Santhosh (2021)?

The paper by Selvapandian and Santhosh (2021) focuses on exploring the application of regenerative medicine principles in current and future stent designs. This research delves into the integration of regenerative medicine concepts into stent technologies, emphasizing selective regeneration and stent-assisted regeneration of ischemic tissue. By highlighting emerging approaches in regenerative research, the paper aims to enhance the regenerative features of stents, potentially revolutionizing their design and functionality. Selvapandian and Santhosh's work contributes to the advancement of regenerative medicine applications in the field of stent development, paving the way for innovative solutions that promote tissue regeneration and improved patient outcomes.How are portable ecg made and what type of electrode is used?

Portable ECG devices are made using various types of electrodes such as dry electrodes and capacitive electrodes. Dry electrodes are flexible and can be used for long-term monitoring, offering an alternative to traditional gel electrodes. Capacitive electrodes, on the other hand, are utilized in portable ECG designs for heart rate monitoring, where electrodes are placed on a plastic sheet under the patient's back and processed through signal-conditioning circuits before being displayed on an LCD screen. These electrodes provide comfort, reusability, and accurate heart rate measurements, making them suitable for wearable ECG applications. The development of portable ECG devices with different electrode types aims to enhance convenience, accuracy, and long-term monitoring capabilities for users concerned about their cardiovascular health.Why high potential arenot using in chronoamperometry on SPCE?

High potentials are not commonly used in chronoamperometry on Screen-Printed Carbon Electrodes (SPCE) due to the potential risk of damaging the electrode surface. This limitation arises from the fact that high potentials can lead to inaccurate measurements by altering the electrode's properties or causing undesirable reactions that interfere with the electrochemical processes being studied. Additionally, the use of high potentials can result in the formation of non-specific films on the electrode surface, affecting the reliability and reproducibility of the chronoamperometric measurements. Therefore, to ensure the integrity and accuracy of the data obtained from chronoamperometry experiments on SPCE, it is advisable to avoid high potentials that could compromise the electrode's performance and the validity of the results.How does the porous size of the membrane of strip biosensors change the flow rate?

The size of the porous membrane in strip biosensors significantly impacts the flow rate of fluids through the membrane. Increasing the pore size by stretching the membrane reduces the resistive pulse signal magnitude while increasing particle velocity through the pore, due to the reduced excluded particle volume and increased fluid velocity. Additionally, modifications to porous substrates in lateral flow assay devices can regulate the flow rate and flow path pattern of fluids through the substrate, utilizing features like density gradients, porosity gradients, and micro-channels. Moreover, the presence of selective membranes in biosensors can influence the biosensor response by enhancing specificity and affecting the geometry of membrane perforation, ultimately impacting the flow rate of analytes through the membrane.What is a stimulus?

A stimulus can be defined as an event or object that initiates sensory or motor activity, with its understanding evolving over time. In the realm of behavior analysis, stimuli are crucial units for examining behavior, where they are differentiated from stimulus objects and stimulus functions. Stimulus functions, rather than stimuli themselves, are of interest in psychology as they represent responses to changes in stimulus objects. Various methods have been developed to apply stimuli, such as through electrical devices with electrodes and optical sensors for muscle stimulation. Additionally, stimulus-responsive compounds have been designed with specific molecular structures to elicit responses, incorporating polysiloxane chains, cross-linking moieties, and liquid crystal moieties. Overall, stimuli play a fundamental role in triggering responses and reactions in both biological and psychological contexts.What is the grid system in bootstrap?

The grid system in Bootstrap is a fundamental feature that simplifies the layout structuring of web pages. It allows developers to create responsive designs by dividing the page into rows and columns, making it easier to align and position elements effectively on different screen sizes. Additionally, the grid system provides flexibility in adjusting the layout based on the device being used, ensuring a consistent user experience across various platforms. In the context of wind energy conversion systems, a bootstrap converter is utilized to enhance the voltage transformation ratio, enabling efficient energy conversion and integration with the grid. Moreover, the implementation of a grid bootstrap technique is proposed for constructing confidence intervals in continuous-time models, showcasing its versatility beyond web development.What is the disadvantages of platinum nanodendrites in electrochemical heavy metal sensor?

Platinum nanodendrites used in electrochemical heavy metal sensors exhibit excellent catalytic activity and sensitivity for metal ion detection. However, a potential disadvantage lies in their susceptibility to interference from dissolved oxygen, which can hinder accurate measurements in electrochemical immunoassays. This interference arises due to the reduction potential of oxygen overlapping with the working potential of the nanodendrites, leading to false signals and reduced detection accuracy. While the nanodendrites show high stability, reusability, and repeatability in heavy metal ion detection, their vulnerability to oxygen interference may limit their applicability in environments where oxygen levels are fluctuating or high, necessitating careful consideration and optimization of operating conditions for accurate heavy metal ion detection.How to combine elements to form energy storage materials?

To create energy storage materials, various methods involving element combinations are employed. One approach involves mixing graphene oxide, meso-erythritol, coniferyl alcohol, and other components followed by sintering to form a composite material with high specific capacitance and energy density. Another method utilizes a solid-liquid combination technique, where lithium compounds, transition metal compounds, and non-metal compounds are proportionally mixed, heat-treated, and processed to obtain superfine energy storage material powder with excellent electrochemical performance. Additionally, element doping in materials like BaBi4Ti4O15 can enhance energy storage properties by inducing an amorphous phase and reducing grain size, leading to improved energy storage density and efficiency. These diverse approaches highlight the importance of strategic element combinations in developing high-performance energy storage materials.