scispace - formally typeset
Search or ask a question

Which split AC has least noise? 

Noise (electronics)
Partial discharge
Noise spectral density
Noise
Langevin equation

Answers from top 9 papers

More filters
Papers (9)Insight
Open access•Journal Article•DOI
Nonlinear noninertial response of a brownian particle in a tilted periodic potential to a strong ac force
William T. Coffey, Jean-Louis Déjardin, Yu. P. Kalmykov 
01 Apr 2000-Physical Review E
19 Citations
For a weak ac force and low noise strength, the results obtained agree closely with previously available linear response and noiseless solutions, respectively.
Proceedings Article•DOI
DC-offset and 1/f noise effects on AC-coupled direct-conversion receiver
Won Namgoong
14 Aug 2001
16 Citations
Our analysis shows that the performance of the ac-coupled DCR is much more sensitive to the 1/f noise compared to the ac-coupling corner frequency.
Proceedings Article•DOI
Noise rejection and partial discharge identification in HVDC insulation systems
Gian Carlo Montanari, Fabrizio Negri, F. Ciani 
11 Jun 2017
6 Citations
A case study shows that the noise rejection procedure which is proposed, very effective in AC, is also promising in DC, and that some kind of automatic identification of noise and PD is feasible resorting to statistical processing of recorded pulses.
Journal Article•DOI
Noise-driven optical absorption coefficients of impurity doped quantum dots
Jayanta Ganguly, Surajit Saha, Suvajit Pal, Manas Ghosh 
01 Jan 2016-Physica E-low-dimensional Systems & Nanostructures
17 Citations
However, presence of noise alters the features of AC profiles and leads to some interesting manifestations.
Journal Article•DOI
Fundamental studies for the application of quench protection systems based on an active power method for cryocooled LTS coils
Kazuya Takeuchi, N. Nanato, Satoru Murase, SeokBeom Kim, Gen Nishijima, Kazuo Watanabe, Takao Takeuchi, Nobuya Banno, Akihiro Kikuchi 
01 Mar 2008-Cryogenics
21 Citations
The system is highly resistant to the noise and does not require cancel voltage taps, so it is useful for both AC and DC coils.
Open access•Journal Article•DOI
Electrical tree growth and partial discharge in epoxy resin under combined AC and DC voltage waveforms
Ibrahim Iddrissu, Simon M. Rowland, Hualong Zheng, Zepeng Lv, Roger Schurch 
05 Dec 2018-IEEE Transactions on Dielectrics and Electrical Insulation
41 Citations
AC noise may therefore compromise the reliability of insulation in HVDC networks.
Journal Article•DOI
The impact of data noise on permanent deformation behaviour of asphalt concrete mixtures
Yasir Ali, Muhammad Irfan, Etikaf Hussain 
14 Oct 2020-International Journal of Pavement Engineering
7 Citations
Moreover, all of the AC mixtures are characterised with and without data noise, and it is concluded that noise in the data has a significant influence on the ranking of AC mixtures.
Proceedings Article•DOI
EMI filter design and optimization for both AC and DC side in a DC-fed motor drive system
Xuning Zhang, Dushan Boroyevich, Paolo Mattavelli, Jing Xue, Fei Wang 
17 Mar 2013
37 Citations
To minimize the impact on the EMI noise of one side caused by adding filter on the other side, certain order must be followed to design AC and DC CM and DM filters.
Open access•Journal Article•DOI
Nonlinear impedance of a microwave-driven Josephson junction with noise
William T. Coffey, Jean-Louis Déjardin, Yu. P. Kalmykov 
01 Aug 2000-Physical Review B
20 Citations
For weak ac currents and low noise strengths, our results agree closely with previously available linear response and nonlinear response noiseless solutions, respectively.

Related Questions

Can we use AC when voltage is low?9 answers
Is it OK to use AC on low voltage?9 answers
Should we run AC in low voltage?16 answers
Which amplifier has lowest efficiency?9 answers
Which window AC produces less noise?8 answers
Who makes the best AC capacitors?6 answers

See what other people are reading

Which behavioral tasks are ustilized during neurofeedback for autism?
5 answers
Behavioral tasks utilized during neurofeedback for autism include social-empathy tasks involving the presentation of faces expressing positive and negative emotions. Additionally, imitation and observation tasks have been employed during functional magnetic resonance imaging to assess changes in brain activation in children with high-functioning autism spectrum disorders following neurofeedback training. Furthermore, Teaching with Acoustic Guidance (TAGteach) has been used to behaviorally prepare children with autism and intellectual impairments for participation in neurofeedback training, focusing on teaching prerequisite skills through task analysis. These tasks aim to enhance social and cognitive abilities in individuals with autism through neurofeedback interventions.What are the emissions from tire usage on vehicles and effects from heavier vehicles.?
4 answers
Tire emissions from vehicles, particularly heavier ones, are a significant concern due to their contribution to particulate matter (PM) in urban areas. Research shows that heavier vehicles produce higher concentrations of PM2.5 and PM10 from tire wear compared to lighter vehicles, with peaks reaching up to 4750 μg/m3 for PM2.5 and 8290 μg/m3 for PM10. Additionally, the design of heavy vehicle tires plays a crucial role in noise emissions, with differences in tire noise becoming a prominent factor in overall vehicle noise levels. The structure of heavy vehicle tires, including the arrangement of working layers and reinforcing elements, influences both emissions and noise levels, highlighting the importance of tire design in mitigating environmental impacts.How can technological interventions help to curb agriculture crime?
10 answers
Technological interventions offer a multifaceted approach to curbing agricultural crime, addressing both prevention and detection. The Agricultural Crime, Technology, Information, and Operations Network (ACTION) initiative demonstrates that increasing guardianship measures, such as marking equipment and livestock and using surveillance equipment, can significantly reduce victimization by making it harder for offenders to commit crimes unnoticed. Similarly, the deployment of subsidized watchmen in Kenya shows that improved farm protection can lead to increased agricultural productivity and reduced theft, highlighting the role of security in enhancing farm operations. Innovative devices, such as the agricultural anti-theft device equipped with solar panels, infrared sensors, and alarm systems, offer environmentally friendly solutions that alert farmers to unauthorized entries, thereby preventing theft. Moreover, the use of communication-based crime prevention methods, which utilize wireless signals to detect trespassing, can significantly reduce installation and operational costs while providing precise location data for effective management. The importance of technological intervention is further underscored by its socio-economic benefits, as seen in Nepal, where modern technologies have fostered commercial farming, increased family income, and supported rural development. Police forces in rural England and Wales also recognize the efficacy of technological methods like CCTV in farm crime prevention, despite concerns about limited resources. Electronic forensics in the agricultural sector can enhance security by providing a fast and flexible method for evidence extraction, crucial for regulatory processes and cracking down on high-tech crimes. Empowering farm women through technology has shown significant improvements in their participation in farming activities, decision-making, and self-confidence, indicating the broader social benefits of technological interventions. Lastly, IoT-based smart farms, utilizing image monitoring systems like CCTV, can detect and alert users to potential theft, showcasing the potential of technology to manage and control agricultural operations remotely. Together, these technological interventions not only enhance the security and productivity of the agricultural sector but also contribute to the socio-economic development of rural communities, demonstrating a comprehensive approach to combating agricultural crime.Why traffic density affect the surrounding housing price?
5 answers
Traffic density affects surrounding housing prices due to the negative impact of traffic nuisances on property values. Studies show that increased traffic intensity leads to a substantial decrease in housing prices, with a doubling of traffic density resulting in a 2% reduction in property values. Additionally, the presence of traffic noise, which tends to increase disproportionately to the noise produced, has a significant negative relationship with housing values, leading to an average devaluation of 1,900 ITL per percentage point of people disturbed by noise per square meter of surface area. Urban projects like highways can also influence housing prices, with areas closer to highways experiencing less growth in land and housing prices compared to areas further away from the project site.What are the negative impact of Drones in terms of Noise Pollution for Emergency services?
4 answers
Unmanned aerial vehicles (UAVs) utilized in emergency services can have negative impacts in terms of noise pollution. Studies have shown that as UAVs operate at low altitudes, their noise impact on human health becomes more pronounced, especially with the development of advanced technologies. Noise measurements of different UAVs revealed that parameters for hexarotors were higher than quadrotors, with participants distinguishing between the noise of UAVs and having a more negative experience with hexarotors. Despite the noise perception, over 80% of respondents believed that the pros of UAV integration into everyday life outweigh the cons. Therefore, while UAVs offer significant benefits in emergency response, their noise pollution can pose challenges that need to be addressed for effective and sustainable deployment.What are the negative impact of Supersonic Jets in terms of Training for Ground staff?
5 answers
Supersonic jets can have negative impacts on ground staff training due to the high noise levels they produce. The intense noise generated by supersonic jet engines, especially during take-off and landing, can lead to severe hearing damage for ground personnel. Additionally, the screech tones produced by these jets can reach sound pressure levels of up to 160 dB, causing immense noise pollution and potential structural fatigue. Therefore, training programs for ground staff working in close proximity to supersonic jets need to address the risks associated with exposure to high noise levels and implement measures to protect the hearing and overall well-being of the personnel.What are the negative impact of Supersonic Jets in terms of Safety Concerns for Ground staff?
5 answers
Supersonic jets pose safety concerns for ground staff due to high noise levels and potential structural damage. The noise generated by supersonic jet operations can lead to severe hearing damage for personnel working near the aircraft. Additionally, the interaction between the jet exhaust shock structure and fluidic injection methods affects the total noise radiation, impacting the health and safety of ground staff. Furthermore, when supersonic jets interact with obstacles or the ground, the behavior of the jet can change significantly, influencing factors like flammability limits and cloud extent of substances released, which are crucial in safety assessments. These factors highlight the importance of considering the proximity of supersonic jets to the ground and implementing appropriate safety measures to protect ground staff from potential hazards.What are the negative impact of Supersonic Jets in terms of Infrastructure for Cargo companies?
5 answers
Supersonic jets, due to their complex shock patterns and imperfect expansion, can lead to immense noise pollution and structural fatigue, impacting infrastructure for cargo companies. The shocks interacting with turbulent mixing layers can generate screech tones reaching sound pressure levels of up to 160 dB, causing significant noise issues. Additionally, sonic booms from supersonic transports can reach the ground after refraction, resulting in low-frequency "rumbles" that may affect infrastructure due to their attenuation and dispersion effects. These environmental impacts, combined with the emissions primarily in the stratosphere, can pose challenges for cargo companies operating in areas affected by supersonic aircraft operations.What are the negative impact of Supersonic Jets in terms of for Suppliers of aircraft parts?
4 answers
Supersonic jets, due to their unique shock patterns and noise characteristics, pose challenges for suppliers of aircraft parts. The complex shock-cell structures in supersonic jets lead to the generation of broadband shock-associated noise (BBSAN) and screech tones, reaching sound pressure levels of up to 160 dB, causing immense noise pollution and structural fatigue. Additionally, supersonic impinging jets result in high-pressure and acoustic loads on nearby structures, leading to lift loss, ground erosion, and hot gas ingestion issues. These adverse effects necessitate specialized components to withstand the high unsteady loads and noise levels associated with supersonic aircraft, impacting suppliers in terms of design complexity, material requirements, and performance standards.What are the negative impact of Supersonic Jets in terms of Increased Competition for Suppliers of aircraft parts?
4 answers
Supersonic jets, due to their unique characteristics, can pose challenges in terms of increased competition for suppliers of aircraft parts. The design and operation of supersonic aircraft involve addressing issues such as supersonic jet noise reduction, complex shock patterns leading to noise pollution and structural fatigue, and the presence of screech tones with sound pressure levels exceeding 160 dB. These factors necessitate specialized components and technologies, potentially creating a higher demand for specific parts and systems. The development and maintenance of supersonic jets may require suppliers to meet stringent requirements for noise reduction, shock pattern mitigation, and structural integrity, leading to a competitive environment among suppliers to provide these specialized components efficiently and effectively.How to connect wind turbine to heater?
5 answers
To connect a wind turbine to a heater, various methods and technologies can be employed based on the specific requirements and conditions. One approach involves utilizing a cross-flow wind turbine to generate mechanical energy, which can then be converted into electrical energy for heating purposes. Additionally, direct heating of wind turbines can be achieved by using a voltage limiting unit interconnected with the wind turbine's DC link, which dissipates electrical energy into heat to warm the air inside the facility when the voltage exceeds a threshold level. Experimental studies have also explored the use of wind energy to supply heat, with mathematical models developed to determine the operational parameters of electric pulse heaters based on random wind speeds, showcasing the potential for utilizing wind power for heating applications.