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3x R 5 sem juros Robô Sinais 24 Horas Para Iq Option Opções Binárias. Stadium, Arena Gạch 400 800 Indo-Malay; Gạch 600 600 Indo-Malay; Gạch 600 1200 Indo-Malay; Existem diversos softwares que oferecem sinais de opções binárias; Gạch ốp lát cao cấp. sinais opções binárias iq option Também conhecidas como opções digitais ou de retorno fixo, consistem em apostar na tendência de queda ou alta de um ativo, muitas vezes em um curtíssimo espaço de tempo, como 15, 30, 60 30.

Também conhecidas como opções digitais ou de retorno fixo, consistem em apostar na tendência de queda ou alta de um ativo, muitas vezes em um curtíssimo espaço de tempo, como 15, 30, 60 30. O que é o sistema de apostas Martingale. É frequentemente considerada por tais pessoas como uma estratégia segura, por entenderem que é inevitável que acabaremos por ganhar no final e, quando tal acontecer, todo o dinheiro perdido irá ser recuperado em conjunto com o lucro originalmente ambicionado da primeira aposta.

Existem alguns apostadores e conselheiros que defendem a estratégia de gestão de dinheiro, que envolve o aumento incremental do montante apostado após apostas perdidas, numa tentativa de recuperar dinheiro perdido anteriormente. Se tal fosse assim, não seriam apostas. O motivo pelo qual alguns jogadores ignoram esta falha deve-se a alguns preconceitos heurísticos ter excesso de confiança de que irão ganhar e sobrestimar a probabilidade de ocorrência de marés de azar.

Este tipo de gestão de dinheiro de apostas é tradicionalmente conhecido como o sistema Martingale. Os leitores mais astutos já terão detetado a falha nada é inevitável no mundo das apostas. A estratégia Martingale. O plano de apostas Martingale tem origem no mundo das apostas de casino e, sobretudo, na roleta. Um jogo popular na roleta é a aposta no vermelho ou preto, no qual o apostador tem de decidir se a bola irá cair num número vermelho ou preto após cada rodada.

A ideia subjacente à estratégica básica de Martingale consiste em duplicar o montante apostado após cada aposta perdida e regressar ao montante da aposta inicial valor de referência após cada vitória, apesar de podermos aplicá-la a quaisquer probabilidades de apostas utilizando a expressão. Taxa de progressão Martingale probabilidades probabilidades - 1. Por exemplo, se as probabilidades de apostas forem de 3,00, a taxa de progressão do aumento do montante apostado seria de 1,5. Ignorando a influência da vantagem da casa, as probabilidades de cada resultado são de 2,00.

Deste modo, as perdas anteriores são recuperadas após cada resultado positivo para além do lucro originalmente ambicionado, tal como revela a seguinte sequência de rodadas. Rodada Aposta Montante da aposta Resultado Resultado Lucro Total acumulado 1 Vermelho 1 Preto Derrota -1 -1 2 Vermelho 2 Preto Derrota -2 -3 3 Vermelho 4 Preto Derrota -4 -7 4 Vermelho 8 Vermelho Vitória 8 1 5 Vermelho 1 Preto Derrota -1 0 6 Vermelho 2 Vermelho Vitória 2 2 7 Vermelho 1 Vermelho Vitória 1 3 8 Vermelho 1 Preto Derrota -1 2 9 Vermelho 2 Preto Derrota -2 0 10 Vermelho 4 Vermelho Vitória 4 4.

No seu livro eletrónico, Successful Staking Strategies 2001Stuart Holland deu um simples mas excelente exemplo que demonstra porque é que a estratégia Martingale é incapaz de criar algo a partir de nada. A estratégia Martingale muda os riscos e não as expectativas matemáticas. Considere as primeiras três rodadas da roleta na sequência acima. Três cores pretas perdedoras consecutivas representam apenas 1 de 8 resultados possíveis, cada um tão provável como o outro.

A tabela em baixo apresenta a expectativa de lucro para cada uma destas 8 variação, onde V Vermelho e P Preto, descontando a influência da vantagem da casa na forma do zero verde. Para calcular a expectativa para qualquer resultado, basta multiplicar o lucro ou perda efetivas para esse resultado pela probabilidade da sua ocorrência. Variação Aposta Resultado Montantes apostados Lucro Total Hipótese Expetativa 1 R, R, R B, B, B 1, 2, 4 -1, -2, -4 -7 0,125 -0,875 2 R, R, R B, B, R 1, 2, 4 -1, -2, 4 1 0,125 0,125 3 R, R, R B, R, B 1, 2, 1 -1, 2, -1 0 0,125 0 4 R, R, R B, R, R 1, 2, 1 -1, 2, 1 2 0,125 0,25 5 R, R, R R, B, B 1, 1, 2 1, -1, -2 -2 0,125 -0,25 6 R, R, R R, B, R 1, 1, 2 1, -1, 2 2 0,125 0,25 7 R, R, R R, R, B 1, 1, 1 1, 1, -1 1 0,125 0,125 8 R, R, R R, R, R 1, 1, 1 1, 1, 1 3 0,125 0,375.

A soma das expectativas individuais para as 8 variações atribui a expectativa total para a estratégia. Como tal, para uma roda de roleta justa, tudo o que podemos esperar a longo prazo é atingir o ponto te equilíbrio, ou seja, não perdemos nem ganhamos. Obviamente, as rodas de roletas verdadeiras não são justas. Um único jogo de preto vermelho num casino comporta uma expectativa negativa e, como tal, o mesmo também acontece com a soma de muitos jogos. Uma análise semelhante para montantes de apostas nivelados o montante da aposta é sempre o mesmo apresenta exatamente o mesmo resultado uma expetativa geral de zero.

Variação Aposta Resultado Montantes apostados Lucro Total Hipótese Expetativa 1 R, R, R B, B, B 1, 1, 1 -1, -1, -1 -3 0,125 -0,375 2 R, R, R B, B, R 1, 1, 1 -1, -1, 1 -1 0,125 -0,125 3 R, R, R B, R, B 1, 1, 1 -1, 1, -1 -1 0,125 -0,125 4 R, R, R B, R, R 1, 1, 1 -1, 1, 1 1 0,125 0,125 5 R, R, R R, B, B 1, 1, 1 1, -1, -1 -1 andrew c iq option -0,125 6 R, R, R R, B, R 1, 1, 1 1, -1, 1 1 0,125 0,125 7 R, R, R R, R, B 1, 1, 1 1, 1, -1 1 0,125 0,125 8 R, R, R R, R, R 1, 1, 1 1, 1, 1 3 0,125 0,375.

Analisemos de perto as duas tabelas. Neste exemplo, a estratégia Martingale aumentou de 4 para 5 a quantidade de vezes que podemos esperar ter lucro, relativamente a uma estratégia de montantes de aposta nivelados. Infelizmente, tal acontece às custas de uma grande perda. Tudo o que a estratégia Martingale conquistou verdadeiramente foi uma mudança na distribuição dos riscos. Para obter um resultado extra com uma expectativa positiva assume-se uma expetativa negativa muito maior, relativamente ao resultado equivalente para montantes de aposta nivelados.

Esta é a origem do perigo inerente à estratégia. Utilizar a estratégia Martingale. Nas apostas desportivas, a estratégia Martingale poderá oferecer, aparentemente, ao apostador uma hipótese de lucrar mesmo quando o apostador não consegue garantir um valor positivo esperado, uma vez que cada vitória irá recuperar as suas perdas anteriores e adicionar um pouco extra de cada vez. No entanto, esperemos que a análise anterior tenha convencido o leitor de que a progressão da estratégia Martingale é imperfeita matematicamente e inerentemente muito arriscada, uma vez que qualquer série prolongada de perdas consecutivas irá brevemente aumentar a dimensão do montante de aposta para níveis muito elevados.

Por exemplo, dez apostas falhadas consecutivas irão exigir que a 11ª aposta seja de 1024 unidades, apenas para ganhar uma. Consoante a dimensão do montante da aposta inicial, não se pode excluir que tal possa ultrapassar os limites aceites pela casa de apostas. Do mesmo modo, tal poderá exceder os fundos restantes na carteira do apostador. Sobrestimar a hipótese de ocorrência de marés de azar.

Qual é a probabilidade de ter uma série de 10 perdas consecutivas com um valor monetário constante. Isoladamente, a matemática deste cálculo é fácil de fazer. Se cada aposta independente tiver uma probabilidade de perda de 50 ou 0,5a probabilidade de andrew c iq option perdas consecutivas será 0,510 0,0977. Uma probabilidade tão baixa engana muitas pessoas, levando-as a acreditar que a estratégia Martingale é relativamente segura de seguir. Mas qual é a probabilidade de ter uma maré de azar deste tipo, num determinado momento, durante uma série muito maior de apostas.

A matemática a fazer para este cálculo é muito mais complicada mas, de forma intuitiva, podemos reconhecer que irá ser muito mais provável do que a percentagem orçamentada para uma série individual, uma vez que existem muito mais oportunidades de que aconteça. Felizmente, existe uma forma muito útil de calcular a previsibilidade da maré de azar mais longa numa série extensa de apostas.

S_L corresponde à duração da série de azar máxima esperada, N corresponde ao número total de apostas efetuadas, Ln corresponde ao logaritmo natural disponível em qualquer calculadora científica e O_L corresponde às probabilidades de perder uma aposta individual, que podem ser calculadas a partir das probabilidades de apostas ou apostas para ganhar, O_Wao. Por isso, por exemplo, numa série de 1000 apostas a probabilidades justas de 2,00, poderíamos esperar tipicamente pelo menos uma série de 10 perdas consecutivas.

Tal como constatámos, esta série iria significar que o valor da próxima aposta teria de ser 1024 vezes superior à primeira. Para conseguir lidar razoavelmente com a possibilidade de sofrer uma maré de azar deste género, é necessário calcular de forma apropriada a dimensão proporcional dos fundos e montante da aposta de referência do apostador. Quanto maior for a série de apostas, menor será o montante da aposta de referência como uma proporção dos fundos do apostador para lidar com os cenários mais pessimistas.

Durante uma série de 1000 apostas de valor constante, os fundos deverão ser no mínimo 1000 vezes superiores ao valor do montante da aposta de referência. Tal irá significar montantes de aposta de referência e, consequentemente, os lucros após as perdas tão pequenas que quase não vale a pena correr o risco de seguir a estratégia ou correr o risco de perder montantes consideravelmente grandes. Risco de bancarrota.

No meu livro Fixed Odds Sports Betting Statistical Forecasting and Risk Management 2003testei a estratégia Martingale para uma série de 250 apostas no mundo real com uma expectativa média de vitória individual de 0,5 ou seja, probabilidades de 2,00. Para montantes de aposta de referência de 1 dos fundos iniciais, a probabilidade de terminarmos na bancarrota, assumindo que as probabilidades seriam justas, era de 53. Para uma estratégia equivalente de montantes de aposta nivelados, a percentagem era tão pequena que correspondia efetivamente a 0.

Para um cenário onde a casa de apostas detinha uma vantagem de 5 e 10 respetivamente sobre o apostador, o risco de bancarrota para a estratégia Martingale subiu para 65 e 78. Mesmo para cenários onde o apostador detinha a vantagem, continuava a existir um risco considerável. Com uma vantagem de 5o risco era de 38. Obviamente, quando os apostadores garantiam um valor positivo esperado através da sua capacidade de previsão, poderíamos questionar por que é que teriam sequer de correr atrás dos seus prejuízos.

Teoricamente, com fundos ilimitados, uma quantidade infinita de apostas, tempo infinito e uma casa de apostas infinitamente flexível, poderíamos argumentar que a estratégia Martingale se transforma numa estratégia vencedora. Obviamente que poderemos questionar o motivo de alguém tentar esta estratégia, se já tem fundos ilimitados. No mundo real das apostas, a conclusão da estratégia Martingale é a seguinte se o apostador não for bom o suficiente para vencer as probabilidades, a estratégia Martingale é o caminho mais certo para a ruína financeira.

De qualquer forma, se o apostador for bom o suficiente, não precisa desta estratégia. A aparente capacidade da estratégia Martingale de transformar perdas em lucros é, muito simplesmente, uma ilusão muito perigosa. Categoria Estratégia de apostas. Compartilhar este artigo no. Código de integração Integração de afiliado. Copiar este código para integrar o artigo ao seu site. Introduza o seu código de afiliado. Joseph é um analista de apostas que gere o website www.

uk, que fornece resultados históricos, estatísticas dos encontros e dados de probabilidades de apostas. Também é o autor de Fixed Odds Sports Betting Statistical Forecasting Risk Management 2003How to Find a Black Cat in a Coal Cellar The Truth about Sports Tipsters 2013 e Squares Sharps, Suckers Sharks The Science, Psychology Philosophy of Gambling 2016. Popular Recente. Incerteza e apostas lições do draft da NBA.

Os 10 artigos mais populares da Pinnacle. O que a estratégia de Martingale pode nos ensinar sobre apostas. Previsões para a Premier League. Previsões para a La Liga. Mês passado De sempre. Previsões para a Bundesliga alemã. Apostas futuras na Premier League antevisão da época 2020 21 da Premier League. Explicação das probabilidades das apostas como funcionam as probabilidades. Staking um método para melhorar as suas apostas. Como calcular o Valor Esperado.

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Os Recursos de apostas da Pinnacle são um dos conjuntos mais abrangentes de conselhos de especialistas sobre apostas que se podem encontrar online. Dar resposta a todos os níveis de experiência - o nosso objetivo é simplesmente capacitar os apostadores a obterem mais conhecimentos. Sobre a Pinnacle. O jogo pode causar dependência. Conheça os seus limites e jogue de forma responsável. Impyrial Holdings Ltd, 8A Pitmans Alley Main Street, Gibraltar GX11 1AA, agindo para fins de processamento em nome da Ragnarok Corporation N.

com opera com a licença da Ragnarok Corporation N.Pletterijweg 43, Willemstad, Curaçao, licenciada pelo governo de Curaçao sob a licença 8048 JAZ2013-013 emitida para a prestação de serviços de apostas desportivas e cassino. Pinnacle é uma marca registrada. Apostas esportivas online de casas de apostas da Pinnacle. A sua melhor casa de apostas internacional 2004 2020 Pinnacle. Última visualização 30 05 2017 às 20 54. Sistema para gerenciamento de uma Empresa de Venda de ingressos.

Categoria Web, Mobile Software Subcategoria Desenvolvimento Desktop Orçamento Aberto Nível de experiência Iniciante Visibilidade Público Propostas 11 Propostas excluídas 11 Interessados 29 Tempo restante. About SME Steel. SME Steel is one of the largest fabricators erectors of structural steel in the United States with over 400,000 square feet of fabrication facilities located in West Jordan, Utah, and Pocatello, Idaho, producing approximately 20,000 shop hours per week.

Our shops utilize the most up-to-date sophisticated equipment available in our industry. Supporting our structural fabrication shops are two miscellaneous steel facilities located in Phoenix, Arizona, and Las Vegas, Nevada. This unique combination of products and services allows us to provide the capacity to fabricate and ship in excess of 2,000 tons of structural steel per week working normal hours. SME Steel maintains its own erection crews and on average has over 350 ironworkers on our projects at any given time.

This ensures shipping, sequencing, and fabrication are all in line with the requirements of the erection crews. Safety is a critical focus in all aspects of our operations. We work as an integral team member to facilitate budget management and design assistance in addition to offering value engineering to all of our clients as part of our service package. We pride ourselves on our ability to successfully complete fast track projects on time or ahead of schedule.

Our Mission Statement. As a Companywe resolve to be the leading force of technology and innovation with a clear vision for the future in this highly competitive industry. Driven to be different from all others, we demand of ourselves a single-minded focus to deliver an exceptional performance that spans from inception to final completion. Ultimately, we succeed by creating a remarkable experience our clients wish to repeat on their next project.

As an individualI pledge to contribute daily in making SME Industries a special place to work. I commit to bring about a positive environment that values hard work, encourages tenacity in pursuit of extraordinary outcomes, embraces accountability with respect to and for each other, inspires innovative thought, integrity, professional excellence, and above all, honesty and transparency.

Check Out Our Work. SME Steel annually fabricates more steel than every other structural steel fabricator in Utah combined. SME Steel has four plant locations throughout the Western United States and has grown to become one of the largest structural steel fabricators erectors in the United States and is now entering international markets.

Chase Arena. Home to the Golden State Warriors and host to 200 other events each year. This 11-acre arena features 18,064 seats, 100,000 square feet of mixed-use retail space, underground parking, 60 theatre boxes, 44 club suites, and 32 courtside lounges. Moscone Center. This unique structure was designed in two distinct phases in order to keep half the convention center fully functioning through construction.

Almost half of the work was completed underground, allowing for connection between existing and new construction. City Center. Comprised a 67-acre community of luxury towers, retail and entertainment space, convention center, gaming facilities and residential buildings. Due to SME Steel s diligence and expertise, this massive project was completed on time. LAX Southwest Airlines T1.

The 239,538 SF connector provides additional space for ticket counters, baggage carousels, bus gate, additional screening checkpoint, and an improved guest experience. 5 also includes a vertical circulation core that provides connectivity between the terminal and the future automated people mover. The Free Library. Citations MLA style Speeding instrument setup, control, and communication. 2017 NP Communications, LLC 15 Sep. -a0499598560 Chicago style The Free Library.

Speeding instrument setup, control, and communication. -a0499598560 APA style Speeding instrument setup, control, and communication. Experts and novices alike can use a helping hand when making measurements. Many test-and-measurement companies offer software tools with their instruments, helping to speed instrument setup and avoid making errors. Among the highlights, companies including Keysight Technologies, Tektronix, Rigol, and Siglent have all recently introduced or updated tools for their instrument lineup.

Such tools enhance general instrument configuration and communication as well as address specific instrument classes--from DMMs to vector network analyzers--and application areas. Finally, National Instruments recently has made news with regard to both hardware and software. Indeed, when you think of instrument software and National Instruments, what might come to mind is a LabVIEW-driven automated system having racks of PXI modules. But since 2014, the company has offered a benchtop instrument called VirtualBench, which combines the functionality of multiple instruments, including an oscilloscope, function generator, power supply, DMM, and general-purpose digital I O.

In addition, Marvin Test Solutions just announced a new release of its flagship software, which combines test-executive functionality with test-program control and automation. The instrument has no displays, knobs, or buttons--USB, Ethernet, or Wi-Fi provides connectivity to a Windows-based software application. VirtualBench includes software capabilities like digital phosphor density maps for displaying multiple acquisitions simultaneously, an X-Y mode for plotting channels against one another, and hands-free smart capture for automatic data capture of repeated stable waveforms.

An Apple iPad application supports WiFi connectivity. In February, NI upgraded the VirtualBench hardware--the VB-8054 version Figure 1 includes a four-channel, 500-MHz mixed-signal oscilloscope with a 2-GS s sampling rate and protocol-analysis capabilities 34 digital channels as well as a function generator with 40-MHz max sine output plus a 5-MHz output for square, ramp triangle, DC, and arbitrary modes. VirtualBench has both an interactive software application as well as APIs for Lab VIEW, C, and Python, said Michael Keane, NI Product marketing engineer for test systems.

This allows the product to uniquely serve engineers who need both light automation and effective, interactive debugging--we have seen this need in both V V and low-cost production settings. On the software side, NI provides free software and firmware updates as new features are released. While this need may have been previously served by both automation equipment and traditional benchtop instruments, VirtualBench stands as a single solution for both needs.

BenchVue is Keysight Technologies software that lets users connect, make measurements, record results, and achieve results across multiple instruments with no programming; it runs on a PC or mobile device. Connect and measure. The latest version, BenchVue 2017, was released in April. BenchVue consists of the BenchVue platform and multiple BenchVue apps that are designed for different instrument types and purposes, according to David Tu, software product manager at Keysight.

BenchVue software supports 13 different bench instrument classes and five different USB modular instrument classes, Tu said. This software is designed to have different apps for each type of instrument class. For example, he explained, The BenchVue Digital Multimeter app is a separate app that runs inside of BenchVue and is designed to work with DMMs. In addition, he said, We have apps for function generators, power supplies, oscilloscopes, data-acquisition units, power meters sensors, FieldFox handheld analyzers, universal counters, AC power analyzers, solar array simulators, electronic loads, spectrum analyzers, signal generators, and network analyzers.

BenchVue software apps include control, analysis, and automation apps as well as application-specific apps. CSV, Excel, or Word formats. With the control and analysis apps, users can set up and control their instruments, capture data, and visualize their measurements for analysis right inside of the software, he said. For example, the BenchVue Power Meter Sensor app enables multiple views of RF power measurements to help users better understand their modulated data.

The BenchVue DAQ app allows users to set up and view multiple channels of data logs on strip charts and visualize calculated data over time. With the control and automation apps like our DMM, oscilloscope, or function generator apps, users also can control setups and visualize measurements and waveforms, Tu said. However, the key differentiator with our control and automation apps is the capability to use the same interface that you use to control the instrument and create automated tests in minutes, he said.

With BenchVue Test Flow, included with most apps, no longer do users need to find and code instrument-specific SCPI commands or use drivers. Instead, they simply drag and drop controls from their app into a Test Flow sequence Figure 2 to automate tests as easily as if they were using the instrument front panel. He noted that traditionally users have either had to perform manual testing or develop an automated test to characterize their DUTs.

Manual testing works and makes it easy to set up test conditions since users understand their instruments, he said. But it is laborious, prone to missing critical data, and is suited to smaller characterization needs, he continued. Automated tests are preferable for tests that need more repeatability or require a significant number of test points. The downside is that automated tests typically require hours or weeks to develop and debug.

Not only do you need to learn the programming environment, but you also need to learn the instrument programming language, he said. With BenchVue Test Flow and the BenchVue control and automation apps, you can save hours of manual testing time and days to weeks of automation testing. From AWGs to VNAs. Tektronix offers several software products for its instruments. With all BenchVue apps, measurement data, screen captures, and trace captures that have been collected can easily be exported in a few clicks of the mouse, Tu said, enabling users to quickly export data to MATLAB.

David Njuguna, technical marketing manager for Tektronix performance products within the Americas region, explained that the company recently introduced an arbitrary waveform generator, the Model AWG5200, which has a new software platform that allows users to create waveforms as well as have full remote access to one or more instruments from an interface that mimics the company s AWG70000 arbitrary waveform generator and the AWG5200 itself.

In addition, we added an ever-expanding library of waveform creation plugins that are Windows 7 compatible on the SourceXpress platform, he said, adding that the plugins address high-speed serial, Wi-Fi, radar, electronic warfare, optical, and network market segments. He emphasized that SourceXpress allows the customers to create signals anywhere and not be tied to a signal generator. A user can load waveforms, create sequences, and enable playback without ever having to touch the AWG instrument or enter the lab, he said.

Software plugins can run on either on a Tektronix AWG5200 or AWG70000 or on a PC using SourceXpress depending on what the customers are working on and how they choose to access the device, he said, adding that the new SourceXpress allows for AWG instrument control and waveform generation capabilities on a Windows PC. Instrument setup and control is achieved using the customer s Windows PC 64-bit through a single consistent UI that also provides for multi-instrument control capabilities, he said.

Waveforms captured by oscilloscopes or real-time spectrum analyzers can be played back, edited, or resampled on the AWG5200 as well. Reports can be generated using standard tools such as Word, Excel, or even MATLAB. Tektronix offers other tools as well, such as SignalVu-PC, which provides one user interface for RF and vector signal analysis and works with the company s real-time spectrum analyzers and USB spectrum analyzers. Wilson Lee, technical marketing manager for Tektronix mainstream products within the Americas region, added that in December 2016, Tektronix released Version 1.

16 of its DataVu-PC analysis software for real-time spectrum analyzers, which will be covered in more detail in next month s special report on signal and spectrum analyzers. More recently, Lee said, Tektronix introduced its TTR500 vector network analyzer, which integrates six RF receivers and two RF sources into a proprietary ASIC. As part of this new product, Tektronix offers VectorVu-PC software Figure 3.

Lee said, VectorVu-PC software provides the intuitive user-interface look-and-performance feel customers have become accustomed to with SignalVu-PC. In addition, waveform vectors can be created or imported from third-party tools such as MATLAB or Excel, thus providing the flexibility for any desired waveform generation. Optimized for either touch or mouse control as well as manual or automated operation, VectorVu-PC software enables easy import export of S-parameter data files among other key features and benefits.

VectorVu-PC will prove useful whether you are designing and validating RF components and systems, fine-tuning RF components on an assembly line, performing final-acceptance testing of devices off the line, or teaching RF theory and system design, he said. In addition, Lee said, on May 1 the Tektronix Keithley business announced an update to KickStart instrument control software to support additional source-measure units within the KickStart I-V Characterizer Application. This application already supports Series 2400 Graphical SourceMeter SMU Instruments, which include Models 2450, 2460, and 2461, Lee said.

KickStart version 1. 5 adds support for Series 2400 nongraphical instruments, Series 2600B systems, and the Model 6430 sub-femtoamp remote SMU Instruments. The I-V Characterizer app in KickStart is designed to enable current vs. voltage I-V testing of a variety of materials, two-terminal and multiterminal semiconductor devices, solar cells, and much more, Lee said. The I-V Characterizer app programs each SMU instrument for a variety of bias and sweep sourcing operations while measuring voltage, current, and resistance.

Lee added, This new software follows the November 2016 revision, which added a high-resistivity measurement application as an option for KickStart, designed for use with Keithley s Model 6517B electrometer high-resistance meters. quickly and reliably determine resistivity of a material using a test setup that conforms to the ASTM D257 and IEC 60093 resistivity standards. The KickStart High-Resistance Measurement option, he said, has made it easier for material scientists, physicists, and chemists to.

perform a step response test to identify electrification time appropriate to the material s time constant, and. use the Keithley alternating polarity measurement technique to eliminate inherent background currents for the most accurate resistivity measurements. Rigol Technologies offers a variety of free and low-cost software packages, including UltraSigma communication software, which supports all of the company s instruments for basic communication and screen capture.

Individual instrument capabilities are accessed via instrument-specific software, including UltraScope virtual front-panel operation for Rigol oscilloscopesUltraSpectrum spectrum-analyzer remote control and spectrogram waterfall chart functionalityUltra View measurement setup and recording with Rigol 5. 5-digit DMMsUltraAcquire setup, scan, and analysis of data from the M300 Series data acquisition systemsUltraStation arbitrary-waveform creation softwareUltraLoad virtual front panel and application recording for DL3000 electronic loadsUltraPower virtual front-panel operation for Rigol power suppliesand Ultra IQ Station IQ waveform creation utility for the DSG3000 Series RF generators with the IQ option.

Chris Armstrong, director of product marketing and software applications, said, Part of what separates Rigol is our commitment to free or low-cost software interfaces for almost all of our equipment in addition to application-focused software packages that help customers get the most out of their instruments. Recently, we have updated our UltraStation waveform-generation software to work with the DG1022Z.

Rigol also has added the new UltraLoad software that works with the company s new line of DL3000 Series electronic loads. UltraLoad enables customers to record and graph in real time the voltage, current, power, and resistance of the load, Armstrong said. It also includes a new virtual front panel for complete remote operation when the load is in a difficult-to-reach test environment.

These utilities are built around the UltraSigma communication software that simplifies VISA communication with any Rigol instrument and provides basic communication as well as screen capture and data charting capabilities. The latest software and firmware versions can support remote control of Rigol instruments over RS-232, USB, LXI, and GPIB, depending on the instrument. In addition, Armstrong said, Rigol continues to add application-focused software where additional analysis or capabilities are a benefit to the engineers we work with.

He cited as an example the S1210 EMI software, which recently was updated to enable advanced EMI testing and reporting when using any of the company s DSA800 Series spectrum analyzers. Also, he said, As more engineers need to look at active RF communication to support their latest product development, we have launched the S1220 ASK FSK demodulation software. This software enables engineers to reconfigure their 3. 2-GHz and up DSA800 analyzers to analyze the data stream encoded on common FSK and ASK protocols such as Z-Wave and NFC Figure 4.

Siglent is another company offering software specific to an instrument class, such as EasySpectrum Figure 5which works with Siglent s spectrum analyzers. Jason Chonko, applications marketing manager at Siglent Technologies America, said, Siglent has recently updated our EasySpectrum software to help improve the data collection and analysis when using the SSA3000X Series spectrum analyzers.

The software incorporates a broadcast-monitoring and an EMC precompliance test mode, which are designed to help engineers find problems and verify solutions as quickly as possible without having to write any code. The latest edition includes a new peak search function in the EMI mode that helps isolate failures more quickly. Chonko added, EasySpectrum has two distinct modes that ease data collection and control. Monitor mode is ideal for observation and collection of broadcast signals, interference, or transmitter characterization.

He said the software supports full instrument configuration, including tracking-generator programming, marker functions, and automatic measurements. As for the second mode, he said, The EMI precompliance mode provides an easy-to-use interface for sequencing electromagnetic compliance scans and a reporting tool that helps you keep your data organized. Adding test-executive capabilities. Marvin Test Solutions approach to instrument control is ATEasy software, which adds test-executive capabilities for managing overall test program control automation.

Mike Dewey, director of marketing, said the company now is releasing the latest version--ATEasy 10. ATEasy Figure 6 has existed for 25 years as a commercial test-executive test-development software product, Dewey said, noting that ATEasy 10 continues to offer backwards compatibility with previous versions as well as offering new features, capabilities, and higher run-time performance. Designed specifically for test and measurement applications, its intuitive and structured architecture makes it easy for both novice and experienced test engineers to develop and deploy test programs for both development and production-test environments, he continued.

ATEasy supports all classes of instruments and instrument control interfaces-- All that is required is the corresponding driver, he said. USB, Ethernet, GPIB, RS-232, VXI, AXIe, LXI, and PXI instruments are all supported. Dewey explained that ATEasy allows the user to communicate via an instrument s API or its UI for control and setup.

Optionally, users can create their own UI via a custom panel. Further, he said, ATEasy includes a full-featured data-logging capability with data-log files being available in text, MHT, and HTML formats. He concluded, ATEasy supports comprehensive simulation of the complete test program, allowing the debugging and development of test programs without system or UUT hardware, which accelerates the development and deployment of test programs.

ATEasy also interfaces with various commercial code control systems--simplifying overall management and control of test program versions. Other companies offering software for their instruments include Spectrum GmbH and Pico Technology. The latter provides, for example, software for the PicoScope 4444 high-resolution differential USB oscilloscope. The company says the software dedicates almost all of the display area to the acquired waveform to allow users to see the maximum amount of data.

With the large display area available, users also can create a customizable split-screen display and view multiple channels or different views of the same signal at the same time. The software also can show multiple oscilloscope and spectrum-analyzer traces at once. In addition, each waveform shown works with individual zoom, pan, and filter settings. The PicoScope software can be controlled by mouse, touchscreen, or keyboard shortcuts.

For Spectrum GmbH s digitizer products, the company offers SBench 6, an easy-to-use graphical user interface. SBench 6 provides control of all the digitizer s operating modes and settings. The software has a number of built-in features for waveform display, data analysis, and documentation. Acquired and analyzed waveforms can be stored and exported to other devices or other software programs in a number of formats such as MATLAB, ASCII, binary, and wave.

For users who do want to do their own programing, Spectrum s products come with drivers that allow users to write their own control programs with a variety of popular programming languages, including CVisual Basic, VB. NET, CJDelphi, IVI, Java, and Python. The company also provides third-party software support for Lab VIEW, LabWindows, and MATLAB. The company s most recent product offering is an option M4i. 22xx-ir40m for its high-speed 22xx Series digitizer products that increases their sensitivity and therefore absolute resolution for low-amplitude signals in the or - 40-mV up to or - 0.

Products without the option are optimized to acquire, store, and analyze signals in the or - 200-mV up to or - 2. Other companies are targeting specific applications, such as carrier acceptance test or WLAN validation. On the power side of the design, Armstrong said, Rigol s 2000 and 4000 Series oscilloscopes work with our UltraPower analyzer software to analyze operating area, in-rush current, harmonics, and more as engineers test switching power supply designs.

For example, Rohde Schwarz has combined software and hardware to form its new R S TS-290 IoT carrier acceptance test system, which offers RF, protocol, and performance test cases in a single box. The development was prompted by a United States wireless network operator s publication of a Host Device Certification Test Plan for manufacturers of IoT-enabled devices. The new system Figure 7 is made up of an R S CMW290 functional radio communication tester and the R S CONTEST sequencer software.

The software runs provider-specific RF, protocol, and performance test cases--fully automatically and with reproducible results. Users, even those without programming knowledge, can create their own test plans with the software s drag-and-drop function. The goal of the system is to support manufacturers who want to integrate wireless modules into their products and who now face completely new test requirements as network operators prepare their networks for a virtually unending number of IoT wireless modules, with a focus on device categories Cat 1, Cat Ml, and Cat NB1.

Toolkit for 802. Finally, in addition to upgrading its VirtualBench, National Instruments is addressing the latest in Wi-Fi test with its announcement in April of the WLAN Test Toolkit 17. 0 with support for Draft 1. 1 of the IEEE 802. 11ax standard. Combined with NI s second-generation vector signal transceiver VSTthe WLAN Test Toolkit 17. 0 supports 802.

11ax waveform generation and analysis for characterization, validation, and production test of products--such as RF front-end components, wireless modules, and user devices--that implement Draft 1. The WLAN Test Toolkit 17. 0 empowers designers and engineers with the ability to generate and analyze a range of 802. 11ax standard-compliant waveforms, including extended single-user, multiuser OFDMA, and multiuser MEMO with per-user configuration and measurement results.

The toolkit helps users solve demanding new access-point test cases by generating signals that simulate multiuser environments, including per-user impairments. Engineers also can use the new software to generate trigger frames to test the real-time response of client devices and make power precorrection and relative center frequency measurements. With the R S TS-290, Rohde Schwarz said it is offering a flexible test system for Cat 1, adding that the R S TS-290 will be capable of supporting future IoT tests from multiple network operators.

With the WLAN Test Toolkit 17. 0 and second-generation VST, engineers can configure up to 8x8 MIMO systems in a single PXI chassis. Users also can expect EVM measurements better than -50 dB, leading to rigorous device characterization and reliable test results. NET system-design software APIs and sample code when programming and automating their systems. Furthermore, engineers can control their systems with the toolkit s generation and analysis soft front panels and benefit from extensive LabVIEW, C, and.

0 expands NI s wide-ranging product portfolio for testing 802. 11a b g j n p ac ax, Bluetooth, 2G, 3G, 4G, FM RDS, GNSS, and low-power IoT wireless standards. NI s platform-based approach helps ensure that users can update their existing PXI RF test systems to support 802. 11ax device testing with a simple software update and continue to do so as the 802. 11 ax standardization process evolves. As this article was headed for print, NI convened NlWeek, where the company introduced LabVIEW 2017 as well as LabVIEW NXG, a version that bridges the gap between configuration-based software and custom programming languages.

The company said the NXG version empowers domain experts to focus on what matters most--the problem, not the tool. A future article will offer more details. By Rick Nelson, Executive Editor.Boosting measurement capability from pocket to benchtop, EE-Evaluation Engineering, April 2017, p. Caption Figure 1.

VB-8054 VirtualBench with interactive software application Courtesy of National Instruments. Caption Figure 2. Building a BenchVue Test Flow sequence Courtesy of Keysight Technologies. Caption Figure 3. VectorVu-PC software for vector network analysis Courtesy of Tektronix. Caption Figure 4. S1220 ASK FSK demodulation software Courtesy of Rigol Technologies. Caption Figure 5.

EasySpectrum software Courtesy of Siglent. Caption Figure 6. ATEasy instrument-control and test-executive software Courtesy of Marvin Test Solutions. Caption Figure 7. CMW290 functional radio communication tester and R S CONTEST software Courtesy of Rohde Schwarz. Centinaia di litografie, incisioni dei grandi artisti del 20e e fine 19e secolo. Opere in primo piano. Ultime opere. Miró Dali Picasso Tàpies Matta Chagall Corneille Vasarely Alechinsky Clavé Bellmer Matisse Magritte Braque Chillida Hartung Ubac Arman Music Zao Saura Ernst Erro Masson Hernandez Pijuan Warhol Lapicque Adami Calder Bacon Baj Ramos Fini Van Velde Cocteau Pascin Le Corbusier Valdés Chemiakin Arp Marini Jorn Paladino Fautrier Guinovart Hayter Christo Barcelo Indiana Ting Lichtenstein Ilsted Soulages Lindner Coignard Van Dongen Fairey Beuys Fassianos.

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