#PC-based Oscilloscope

[melssblog]

Is your Spacecraft powered by a Reliable Power Supply?

Satellites and spacecraft, as with any other equipment, need a reliable power supply to power the onboard devices.

Any satellite mission is based on the orbit type, expected mission life, potential radiation hazards, type of payload, weight, and cost, each varying the power supply requirements.

Types of power used

Satellites are the spacecraft that orbit the Earth and are close enough to the Sun to be able to use solar power. Solar panels convert the Sun’s energy into electricity stored in an on-board battery to power the spacecraft.

When solar power doesn’t work, and for short missions, power stored in batteries is used.

Spacecraft batteries are designed to be tough. They need to work in extreme environments in space and on the surfaces of other worlds. However great the amount of charge they can store, and regardless of their size and durability, these batteries need to be recharged many times.

The importance of Power Supply Testing

Any disruption in the power supply can have a cascading effect on the performance of the devices onboard, even leading to the satellite falling apart. Also, the power supply degrades over time due to heating from the Sun and radiation effects in space. However large solar arrays be used, or alternative power sources be used, they need to be tested for reliable performance over the mission’s stay in space.

The need for an appropriate Automated Test Equipment (ATE)

The best way to accomplish this is by using Automated Test Equipment (ATE) equipped with suitable types of equipment.

A great example is the DC-DC converter ATE for Space applications from MELSS which consists of an Industrial PC-based unit with Digital Add-On modules.

Features of the ATE for Space Applications from MELSS

The customer-end UUT unit is interfaced with the DC Source, DMM, DC Load, and Oscilloscope. The instruments are interfaced with the Industrial PC (IPC) and controlled through the application software via USB/RS232 communication interfaces.

The IPC controls and collects the measured Data from the different devices like the DMM, DC Load, DC source, and Oscilloscope for processing and display. The I/O modules in the IPC are controlled and operated to achieve the necessary test conditions.

A custom-designed interface box with a Relay Matrix arrangement meets the necessary switching requirements.

The GUI-based application Software captures the test sequence and acquires & controls the parametric values from the measurement instruments and the UUT. The Test report is generated in a non-editable format for the sequence of tests, master parametric value, measured value, and the status of the test (Pass/Fail). A self-test module ascertains the serviceability status of the test and measurement instruments and the UUT.

Parameters tested

This ATE tests an exhaustive set of parameters, including the following:

Isolation/Continuity Checks

Input Voltages

Output Voltages

Output Currents

Cross Regulation

Transient/Noise Parameters

Ripple

Spike

Stability Test

Short Circuit Current

Inrush Current

Over Voltage Lockout

Under Voltage Lockout

Line Regulation

Load Regulation

Input Power

Output Power

Efficiency

Settable power

Data acquired to perform the Tests

Data such as Inrush Current, Peak to Peak Output Noise, RMS Noise, Turn-on and Turn OFF Timers, Overshoot and Undershoot Voltage/Settling Times at outputs for load transients and I/P line transients, Under Voltage Lockout (UVL), and Over Current are acquired to perform the following tests.

Tests performed

Isolation/Continuity Test using DMM and Relay Matrix

Input Voltage Test using DC Source

Output Voltage Test using DMM

Output Current Test using DC Load

Cross Regulation Test using DC Load

Transient/Noise Parameters using Oscilloscope

Ripple and Spike's Parameters Using Oscilloscope

Stability Check using DMM

Short Circuit Current using DC Load

Inrush Current using DC Source and Current Probe

Over Voltage Lockout/Under Voltage Lockout using DC Source

For more information, please contact our ATE team or visit: automated test equipment manufacturers

[scien02]

Uncovering the Force of the MSO5104: An Exhaustive Examination of the 100MHz Mixed Signal Oscilloscope

 Introduction

In the domain of electronic testing and estimation instruments, the oscilloscope stands tall as an irreplaceable apparatus. It empowers designers, researchers, and specialists to envision and break down electronic waveforms with accuracy. Among a great many oscilloscopes accessible, the MSO5104 becomes the overwhelming focus as a solid and flexible instrument fit for taking care of mixed-signal applications with its wonderful 100MHz transmission capacity. This article expects to investigate the highlights, applications, and benefits of the MSO5104, revealing insight into why it is a favored decision for experts in different ventures.

Figuring out the MSO5104

The MSO5104 is a strong mixed-signal oscilloscope that joins the functionalities of a digital oscilloscope and a rationale analyzer. It is intended to give exact and nitty gritty estimations of both simple and digital signals, making it a flexible device for designers, researchers, and specialists working in different businesses.

Outline and Key Details:

The MSO5104 offers an exhaustive arrangement of highlights and details that add to its outstanding exhibition. It flaunts a 100MHz data transmission, which considers high-recurrence signal examination, and a testing pace of XGS/s (giga-tests each second), guaranteeing an exact catch of quick evolving waveforms. The oscilloscope is furnished with a huge high-goal variety show, which gives an unmistakable and nitty-gritty perspective on waveforms for examination. Furthermore, it offers a profound memory limit, empowering the catch and capacity of countless waveform tests for inside and out examination.

Equipment Elements:

The MSO5104 accompanies various simple and digital information channels, permitting clients to all the while interface and dissect a blend of simple and digital signals. This mixed-signal capacity is especially important while working with complex frameworks that include the two kinds of signals. The oscilloscope likewise upholds a scope of tests intended for various applications, guaranteeing exact and dependable estimations. The showcase and UI are intended to be easy to use and instinctive, empowering simple routes and control of the instrument's capabilities and settings. This guarantees a smooth client experience and a proficient work process.

Programming Abilities:

The MSO5104 is furnished with a wide cluster of programming highlights that improve signal examination and work with inside and out waveform assessment. It gives different underlying devices and capabilities for signal examination, for example, quick Fourier change (FFT) investigation, waveform math, and progressed setting off choices. These elements permit clients to separate significant experiences from complex waveforms, recognize peculiarities, and portray signal ways of behaving. Besides, the oscilloscope's rationale analyzer usefulness empowers the catch and investigation of digital signals, making it reasonable for investigating and troubleshooting digital frameworks. It upholds the disentangling and examination of famous sequential correspondence conventions, like I2C, SPI, UART, and CAN, working on the most common way of distinguishing and troubleshooting digital connection point issues.

Network and Mix:

The MSO5104 offers a scope of network choices, including USB, Ethernet, and GPIB interfaces. These choices empower consistent incorporation with different gadgets and work with information sharing and controllers. Clients can without much of a stretch interface the oscilloscope to a PC or organization, move caught waveforms for additional examination or capacity and control the instrument from a distance. This availability improves cooperation and empowers proficient information executives in both individual and group-based settings.

Applications:

The MSO5104 tracks down applications in a great many ventures and fields. In the simple signal examination, it is a priceless device for circuit configuration, testing, and improvement. Engineers working in power hardware, auto, aviation, and different ventures can depend on the oscilloscope's capacities to break down voltage and current waveforms, guaranteeing the effective plan and activity of electronic frameworks. In the digital signal examination, the MSO5104 is appropriate for implanted framework improvement, where the concurrent perception of simple and digital signals is urgent for troubleshooting and advancing framework execution. Its capacity to unravel and break down sequential correspondence conventions additionally streamlines the investigation and approval of digital points of interaction. Moreover, the MSO5104 is broadly utilized in instructive foundations for showing gadgets and signal examination and in research labs for exploring complex peculiarities and procuring information.

Uses of the MSO5104

The MSO5104, with its mixed-signal examination capacities and flexible elements, tracks down applications in many businesses and fields. We should investigate a portion of the critical utilizations of this oscilloscope:

Circuit Plan and Testing:

The MSO5104 is a significant apparatus for engineers associated with circuit plans and testing. It's high data transfer capacity and testing rate empower exact estimations of simple signals, guaranteeing a precise portrayal of circuit conduct. Architects can dissect voltage waveforms, current waveforms, and different signals to approve circuit execution, upgrade plans, and investigate issues.

Power Gadgets:

In the field of force hardware, the MSO5104 assumes a significant part. Engineers dealing with power circuits can utilize this oscilloscope to examine voltage and current waveforms, measure power factors, assess effectiveness, and research transient reactions. It empowers productive planning and improvement of force frameworks, like inverters, converters, and power supplies.

Auto and Aviation:

The MSO5104 tracks down applications in auto and aviation enterprises. It is utilized for examining simple signals in-vehicle frameworks, control frameworks, and aeronautics. Specialists can inspect different signals, including sensor yields, control signals, and correspondence conventions, to guarantee legitimate working, analyze blames, and improve framework execution.

Installed Frameworks Advancement:

The MSO5104's mixed-signal investigation capacities make it a significant resource for designers dealing with installed frameworks. It considers the concurrent perception of simple and digital signals, helping with investigating and upgrading framework execution. Designers can break down the cooperations among simple and digital parts, confirm timing connections, and distinguish expected issues in complex implanted frameworks.

Sequential Transport Examination:

The oscilloscope upholds the deciphering and examination of different sequential correspondence conventions, including I2C, SPI, UART, and CAN. This component improves the investigation and approval of digital points of interaction. Architects can screen transport exercises, catch and translate conventional explicit information, and analyze correspondence mistakes in gadgets like microcontrollers, sensors, and correspondence modules.

Training and Exploration:

The MSO5104 is broadly utilized in instructive establishments to show gadgets and signal examination. Its easy-to-understand point of interaction and extensive elements make it an optimal device for understudies to find out about simple and digital frameworks, waveform attributes, and signal-handling methods. Furthermore, in research labs, the oscilloscope works with the examination of perplexing peculiarities, waveform portrayal, and information securing for different exploration projects across various disciplines.

General Hardware and Specialist Applications:

Past unambiguous enterprises, the MSO5104 fills in as a flexible device for general gadget devotees and specialists. It empowers point-by-point examination and representation of electronic signals, supporting the improvement of electronic tasks, investigating electronic gadgets, and investigation of different electronic peculiarities.

 Benefits and Conclusion

Benefits of the MSO5104:

Flexibility: The MSO5104's capacity to deal with both simple and digital signals makes it a flexible instrument reasonable for different applications and ventures. It wipes out the requirement for independent oscilloscopes and rationale analyzers, giving accommodation and cost adequacy.

Proficiency: The high-level elements and natural UI of the MSO5104 upgrade productivity in signal examination and investigating. Clients can rapidly explore through capabilities, access estimation apparatuses, and set up complex examination boundaries easily, saving significant time.

Complete Examination: With its extensive variety of programming abilities, the MSO5104 empowers far-reaching signal investigation. From quick Fourier change (FFT) examination to waveform math and progressed setting off choices, clients can remove important experiences from complex waveforms, working with precise estimations and top to bottom waveform assessment.

Mixed-Signal Abilities: The MSO5104's mixed-signal examination capacities are especially beneficial in implanted framework improvement and digital circuit troubleshooting. Synchronous perception of simple and digital signals empowers architects to recognize relationships, investigate issues, and improve framework execution all the more actually.

Conclusion:

The MSO5104 100MHz mixed-signal oscilloscope offers a complete arrangement of elements and capacities that make it an essential device for designers, researchers, and teachers. Its flexibility in taking care of both simple and digital signals joined with its natural UI and complete examination capabilities, guarantees productive waveform representation and top to bottom examination.

With applications going from circuit plan and testing to installed frameworks improvement, car, aviation, instruction, and exploration, the MSO5104 takes special care of assorted needs across different enterprises. Its high-level elements, for example, mixed-signal investigation, sequential transport disentangling, and network choices, engage experts to handle complex estimation assignments with accuracy and precision.

[researchkraft19]

PC-based Oscilloscopes Market Projected to Witness Vigorous Expansion by 2020-2027

Research Kraft has provided an exclusive analysis of global PC-based Oscilloscopes Market Size, Status and Forecast to 2027 gives a detailed analysis of the market with key company profiles. The report gives a thorough evaluation of the market structure which fuses evident perceptions about the market for a predicted timeframe from 2020 to 2027. The report actively includes informative aspects relating to product developments, launches, and trends, to assist market players, shareholders, and investors in strategic decision making.

Avail a Sample to know more about the complete Report @ https://www.researchkraft.com/request-sample/1105162

The analysis of the market are explained below:

Leading key players in the market are:  Danaher, Keysight, Teledyne LeCroy, Rohde & Schwarz, National Instruments, GW Instek, Yokogawa, GAO Tek Inc, RIGOL Technologies, SIGLENT, OWON, Uni-Trend, Jingce Electronic, Lvyang Electronic, Hantek Global PC-based Oscilloscopes Market Segment by Applications considering Consumption Growth Rate and Market Share:

Consumer Electronics

Communications Electronics

Aerospace Electronics

Automotive Electronics

Teaching and Research

worldwide PC-based Oscilloscopes Market Segment by Product Types considering Production, Revenue (Value), Price Trends:

Bandwidth <500MHz

Bandwidth 500MHz-2GHz

Bandwidth >2GHz

Region Analysis

The report analysis of the markets across five major regions: North America, Europe, Asia-Pacific (APAC), Middle East and Africa (MEA), and South & Central America. The exhaustive PEST analysis is done for each region to assess major external factors which may influence PC-based Oscilloscopes Market in the coming years.

Ask for discount:@ https://www.researchkraft.com/check-discount/1105162

Highlights of the report:

Fathom the present and unavoidable predetermination of the PC-based Oscilloscopes Market in both made and making markets.

Extra and cut time doing zone level examination by watching the new development, size, driving players and parts inside the general Market.

The report edifies the bit expected to overwhelm the PC-based Oscilloscopes industry and market.

To look at and consider the market status and hypothesis among as a rule enormous zones.

To examine the general key regions advance potential and bolstered position, opportunity and challenge, controls and dangers.

Emerging niche segments and regional markets.

Research Kraft also offers customization on reports based on specific client requirement.

Ask For Customization @ https://www.researchkraft.com/send-an- enquiry/1105162

Contact Us

Research Kraft

Phone: 888-213-4282

Email: sales@researchkraft.com

[andmaybegayer]

My respirator really clogs up speaking so I thought it would be fun to build a contact microphone based amplifier system. I bought some adapters to convert the 6.5mm jack on this piezo pickup I have to something I can plug in to a PC this morning but I realized I have an oscilloscope I can use to eyeball some of this. This scope is... bad. It's old and out of calibration and half the controls don't work, so the actual voltages are nonsense, but it is enough that I think I can make this work. More to follow.

(Oh yeah note this audio isn't coming through the pickup, as mentioned I can't plug it into a PC yet)

Video summary under the cut:

When I am talking you can see the trace of my voice showing up on an oscilloscope. I hold a small gold disk in a black container out, which is the Piezo pickup. Humming and vocalizing into the pickup produces nice regular traces. I muse a bit about how having a movable pad is less annoying than a traditional strap-on throat mic because I won't look like a cop.

[reportsandmarkets]

PC-based Oscilloscope Market Global Industry Trends, Share, Size and 2025 Future Report

PC-based Oscilloscope Market Global Industry Trends, Share, Size and 2025 Future Report

 PC-based Oscilloscope

This report studies the global PC-based Oscilloscope market status and forecast, categorizes the global PC-based Oscilloscope market size (value & volume) by manufacturers, type, application, and region. This report focuses on the top manufacturers in North America, Europe, Japan, China, and other regions (India, Southeast Asia).

The major manufacturers covered in this…

[dhpolaris]

Nissan consult 3 plus vi connecting

Electromobiles car: for Nissan Electromobiles car Diagbostics and Immobi For immobilizer key programming function, you need to purchase Nissan Conslut-3 Plus Security card together. Nissan GTR: for Nissan GTR Diagbostics,Immobi Ĥ. Immobi and Smart key: for all Nissan,Infiniti,GTR ģ. Scantool Diagnostics: for all Nissan,Infiniti,GTR Ģ. Nissan Consult-3 plus support all Renault. ( Windows XP SP3,Windows 7 Pro/Ultimate is also supported) Consult -3 Plus Languages:Ĭonsult-3 Communication Mode: USB 2.0 Consult 3 Plus Function:ĥ. Operating system: Windows XP and Windows 7/8/10 operating system. Nissan Consult 3 Plus V65.12 & up adds ECU programming function without working with immobiliser card.

Install the Consult 3 plus V75.20 to the C drive in the “NTFS” format.

Uninstall the firewall, antivirus software.

Nissan Consult3 Plus v75.20 software installation: ĥ. C alcaulate the password for the new cars till year 2018 with NISSAN Password.įree Download Nissan Consult 3 Plus V65.12 Software Supports all the models of the Nissan and Infiniti from 1996 to 2018, with all Consult II & III functions. Suppored Languages: English, Chinese, Finnish, French, German, Greek, Italian, Japanese, Portuguese,Russian, Spanish, Turkish, Thai, Czech, Polish, HungarianĤ. Software Version: CSP Software Version : CSP V41.10  Programming Data Version : plus_V75ģ. Consult-3 plus = Consult-3 for Nissan + Consult-2 for NissanĢ. Consult 3 Plus V75 Auto Diagnostic and Programming Tool For Nissan Top 6 Reasons to Get Consult-3 plus:ġ. Consult-3 Plus can support all the models of the Nissan and Infiniti from 1996 up till 2018, with all Consult II & III functions. Consult-3 Plus diagnosis system provides completed diagnosis and service information based on a wireless platform. (2) Communication distance: radius of 5m approx.Consult 3 Plus V75 is a professional diagnostic tool for Nissan cars. CONSULT introduced in 1989, CONSULT-II introduced in 1999. (1) CONSULT: Computerized On-Board System Universal Tester. Through high-speed data update system, it is possible to update map data in approximately 20 minutes with the new CARWINGS navigation system (hard-disk) equipped in the all-new Skyline and other future products. Map data update function for hard-disk navigation system The diagnostics tool is equipped with various functions including simultaneous self-diagnosis of an entire system, simultaneous data monitor for multiple systems, data recorder, and oscilloscope capability. New features such as adoption of color-screen and large-screen monitor allow viewing of large amounts of information altogether for enhanced data managementĬapable of handling multiple complex defects

The dealerships are also able to access their service database and refer to the vehicle’s maintenance history on the laptop PC.Įnhanced data management with improved laptop PC At dealerships in Japan, it is possible to access the Nissan network to retrieve both the maintenance technology data related to the diagnosis results and spot adequate information on service manual. With wireless vehicle communication interface, it is possible to check the condition of the vehicle from either (*2) inside or outside the vehicle. The system is able to perform accurate diagnosis without having to rely on the diagnostic skills of technical staff at the dealership.Increased efficiency in operations based on wireless technology

[vewormatter]

I see the light tangled on keyboard

I see the light tangled on keyboard driver#

I see the light tangled on keyboard portable#

I see the light tangled on keyboard android#

In truth, it’s hard to see it as anything but a gaming PC. It’s got water cooling, RGB LED lighting, and an ATX power supply, all of which happen to be mounted inside a flashy computer case complete with a clear window. Posted in Arduino Hacks, Robots Hacks Tagged 3d printed, python, robot arm, robotics, scara, stepper motorĪt first glance, you might think the piece of hardware pictured here is a modern gaming computer. This looks like something that you could reasonably assemble and program over a weekend or two, and then put to work in your ad-hoc PPE factory. We’ve seen some impressive 3D printed robotic arms over the years, but the simplicity of the PyBot is particularly compelling. As the name implies, the PyBot is controlled by Python tools running on the computer, so it should be relatively easy to get this capable arm to do your bidding. But if you wanted to build your own version from the parts bin, you could certainly wire up all the principle components manually. In the base of the arm is a custom control board that combines an Arduino M0, an ESP8266, and a trio of stepper motor drivers. By default it features a simple gripper, but that can easily be changed out for whatever tool or gadget you have in mind. But while that robot was designed to carry an extruder and act as a 3D printer, intends for the PyBot to be more of a general purpose platform. Those who’ve researched similar projects might notice that the design of this arm has clearly been influenced by the Mostly Printed SCARA (MPSCARA). A custom control board keeps the wiring tight. Smooth rods, linear bearings, lead screws, and NEMA 17 motors are all exceptionally cheap these days thanks to the innumerable 3D printer kits that make use of them. One could argue that this is a project made entirely possible by desktop 3D printing as not only are most of the structural components printed, but most of the mechanical elements are common 3D printer parts. The PyBot designed by is an open source robotic arm that should be well within the means of the average hardware hacker. Unless of course, you’re willing to build it yourself. Unfortunately, while the prices for things like 3D printers and oscilloscopes have dropped lower than what many would have believed possible a decade ago, high-performance robotics are still too pricey for the home player. We’ve all seen videos of blisteringly fast SCARA arms working on assembly lines, and more than a few of us have fantasied about having that same kind of technology for the home shop.

I see the light tangled on keyboard portable#

Posted in Raspberry Pi Tagged portable computer, rugged raspberry pi, ruggedized It could also be a nice compartment to keep your RTL-SDR for some mobile radio work.įor those that don’t mind spending name-brand money and have access to a 3D printer, the Raspberry Pi Quick Kit by is another great way to get yourself a rough and tumble Pi without reinventing the wheel. We especially like the large open area that he’s kept around the Raspberry Pi’s ports that allow you to easily hook up to the network or plug in a flash drive.

I see the light tangled on keyboard android#

Rounding out the build, found a cheap Android phone case that included a tiny USB keyboard which plugs right into the Pi and he’s looking to add a BlackBerry trackball to the setup down the line. As for the display, the nine inch LCD is perfectly sized to press fit into the lid. Of course if you have access to the appropriate tools, you could certainly cut the plate out of something stouter. The “carbon fiber” sticker he put on the PVC sheet won’t do much for the structural integrity of the build, but it sure looks nice.

I see the light tangled on keyboard driver#

Most of the effort involves cutting the PVC foam sheet that holds the Raspberry Pi, battery pack, and the driver board for the LCD in the bottom of the $15 USD case managed to track down on AliExpress. Short of just buying one of these rigs pre-built from somebody, it’s hard to imagine it could get much easier than this. You could even do it without soldering anything, if you really wanted to. You don’t need a CNC to cut out any face plates or a 3D printer to create an internal framework for all your components. Inspired by these builds but looking to make it even easier and cheaper to roll your own version, recently took the wraps off of what he calls the Militarish Pi. Especially if you can avoid popping any holes in the side. It’s not hard to see why whether you spring for the Pelican case or get a cheaper alternative, these water-tight cases are far stronger than anything you’re going to 3D print or otherwise cobble together in the home shop. Over the last year we’ve seen a wave of portable computer builds that center around the Raspberry Pi taking up residence inside a commercial heavy-duty storage case.

[taperwolf]

Some time ago I built a prototype Eurorack module that interfaces the littlebits circuit building STEM toy with Eurorack, providing two inputs and one output, suspending a Bit or set of Bits from the panel via the magnet snap connectors on wires.

I just added a second output.

Now, while there are a few modules that do have multiple outputs — the synthesizer sequencer bit is a good example, with both a pitch and a gate output — the intent when I decided to add the second output jack was to support two Bits at once without them being in a chain. I could use two separate oscillator Bits, or run something through a filter Bit, then through a Eurorack module like the oscilloscope or the VCA, and then through a delay Bit. So it's worth doing on that basis.

But. One of the Bits I have with multiple outputs is the Arduino Bit. A fully programmable microcontroller that has magnet connectors for three inputs (analog or digital) and three outputs (two of which support PWM output with built-in filters, for what will look to the jacks like an analog output. Because it's based on the Arduino Leonardo, it supports using its USB connection to a computer as a USB Human Interface Device; basically, it can tell the computer that it's a mouse, or a keyboard, or a joystick —

— or a MIDI keyboard or player. So I've written up a tiny program that will take MIDI notes directed at the thing and convert that into a control voltage and a gate, to play my modular synth from the PC.

(It's going to work horribly; the "analogWrite" function for the board is going to generate notes that are terribly out of tune. There just isn't enough resolution there to be accurate. But it should in fact make notes happen, and that's on the amusing side of things today.)

(I'm also doing this work by struggling through my immune system's reaction to getting my COVID booster yesterday. It got a little rough for a while there — one of those times where I get flu symptoms, which then trigger a migraine. So I'm still aching and moving like a not particularly spry octogenarian — even more than I usually do, I mean — but I'm no longer on the edge of vomiting up my stomach lining.)

[hospaccxhealthcare]

How to convert a train to COVID isolation unit/hospital?

The healthcare industry is growing at a very faster pace, owing its strengthening coverage, services and increasing expenditure by public as well as private players. COVID-19 virus has bought the whole world and India, to its knees, to minimize it, our healthcare workers, and every public service is working consistently to reduce its impact on this country.

Countries that are affected by covid-19 and increasing in number of covid-19 patient and are running low in availability of hospital beds can convert the hotels, stadium, hall or trains into covid-19 isolation/hospital. Converting train into covid-19 isolation/hospital is one of the best ideas. As the trains in lockdown will not be working instead of that can be utilized in converting it into covid-19 isolation/hospital. There will be a lots of changes need to be done to convert a train into covid-19 isolation/hospital. Precautionary measures need to be taken to convert a train into covid-19 isolation unit.

Indian Railways has taken a step further in the treatment process of coronavirus patients by setting up mobile coaches, specially designed for COVID-19 patients. In Indian a normal without AC coach contains 9 cabins in it. Each cabin needs to have 1 bed for patient. It means 9 beds in 1 coach. The cabins need to be sanitised after each patient is discharged after performing 3 tests with negative results. No need of changing the floorings as it already has the vinyl flooring. Measures need to be taken to be infectious free. The Indian railways have put up the nets so that the mosquitoes cannot enter the coach. Bamboo based sheets are been used to cover the coaches, as it may not be hot inside.

Approx time required to setup an isolation unit is 1month for 5000 coaches. The Indian railway has begun converting the coaches into isolation units for almost 20000 coaches. This means a total of 180000 could be cared. So the time required to setup 20000 coaches’ approx. will be 4 months.

To convert a train into isolation/hospital additional requirements are as follows:

Each cabins needs to be installed with extra high volt power supply switches, so that any high voltage machines can be plugged in. mobile charging point must be installed as the patient might require to charge its mobile.

The cabins should be installed with plastic curtains. The curtains need to be sterilised as the infection might spread to others.

The toilets in the train can be converted into bathroom for the necessity of taking bath. The patient will require a bathroom. The bathroom needs to be equipped with hot water facility. 1 coach of Indian trains consists of 4 toilets from which 2 can be converted into bathrooms. The bathroom facility can be given by installing showers, bucket and mug.

The covid-19 trains should also have ventilators so that it can fulfil the needs in emergency situations.

The coach needs to be named with covid-19 Isolation train.

At the entrance of each door there should be sanitizers installed.

The 2 tier and the 3 tier AC coaches can be customised into ICU with fully equipped monitors for monitoring the patients parameters.

Each beds in the train must have sanitizers, with the chart that consist of hand movements

IV fluid stand should be placed in each cabin, a bedside small table should be given and oscilloscope monitor and suction apparatus needs to be setup.

Nurse’s cabin needs to be set upped with the PC’s and all the required equipment's needed to treat the covid-19 patients. The equipment used to test the covid-19 needs to be placed in the nurses cabin.

The bed sheets to be used to cover the beds and extra sheet to cover the body and cushions need to be provided. The sheets and covers used needs to be sterilized after the use. As the infection can be transmitted to others.

Proper waste management techniques must be used to dispose the waste. Should have a close observation that anything is not littering in the coaches as it can infect.

Side births can be removed for easy movement of stretcher.

Proper security needs to be maintained in the movable train.

The pantry cars converted to mobile kitchen to ensure supply to stations.

Conclusion:

The IRCTC has already begun working on it. India is the first country to plan and start building train coaches into isolation ward. Converting of train into isolation unit/ hospital. The train converted into covid-19 isolation unit/hospital is a movable. Is the best idea as it can serve the facility throughout the boundaries of the country. These services can be provided to the rural areas where they do not have the accessibility of healthcare.

SOURCE : HOSPACCX HEALTHCARE CONSULTING PVT. LTD.

[tom2tec]

Scope ~ Windows Soundcard Oscilloscope

Scope ~ Windows Soundcard Oscilloscope

The PC based Soundcard Oscilloscope receives its data from the Soundcard with 44.1kHz and 16 Bit resolution. The data source can be selected in the Windows mixer (Microphone, Line-In or Wave). The frequency range depends on the sound card, but 20-20000Hz should be possible with all modern cards. The low frequency end is limited by the AC coupling of the line-in signal. Be aware, that most…

[scientific-e-manufacturer]

Digital Storage Oscilloscope, 25MHz Manufacturer, Supplier and Exporter in India

Product Code : EL-C-10495

Features :

Automatic Waveform and Status Setup.

Automatic Measurement of 28 Waveform Parameters.

Automatic Cursor Tracing and Measurement Function.

Unique Waveform Recording and Replay Function.

Multiple Mathematical Calculation Functions for Waveform.

Edge, Pulse and Alternate Trigger Functions.

Pass / Fail Detection.

Multi-Language Menu Display.

Supports Plug-and-Play USB Storage Device to Communicate with Computer.

Specifications :

Channels : 2

Bandwidth : 25MHz

Sample Rate : 250MS/s

Vertical Sensitivity : 1mV/div ~ 20V/div

Time-Based Range : 10ns/div ~ 50s/div

Rise Time : ≤ 14ns

Memory Depth : 25kpts

Waveform Acquisition Rate : ≥ 2000wfms/s

Storage : Setup, Wave, Bitmap

Trigger Modes : Edge Pulse, Video, Alternate

Interface : USB OTG, Pass/Fail

General Characteristics :

Display : 7 Inches TFT LCD, WVGA (400 x 240)

Product Colour: White & Grey

Product Weight: 2.2kg

Product Size (W × H × D) : 306mm × 134mm × 122mm

Power : 100-240VAC, 50Hz/60Hz

Included accessories: Probe x 2 (1x, 10x Switchable), Power Cord, USB Cable, PC Software CD, Instruction Manual.

Contact SEM for your School, College Science Physics Chemistry and Biology Lab Equipments. We are the best and renowned educational scienitific lab equipments, educational scientific labs equipments, engineering educational equipments, engineering educational equipments in india, engineering educational lab equipments, engineering equipments suppliers in Ambala, India.

https://www.scientificequipmentsmanufacturer.com/physics-lab-equipments/electricity/circuits/digital-storage-oscilloscope-25mhz

[reportsandmarkets]

Latest Report: PC-based Oscilloscope Market Professional Survey Report 2017

Latest Report: PC-based Oscilloscope Market Professional Survey Report 2017

PC-based Oscilloscope in Global market, especially in North America, China, Europe, Southeast Asia, Japan and India, with production, revenue, consumption, import and export in these regions, from 2012 to 2016, and forecast to 2022. Go To Sample Report: https://www.reportsandmarkets.com/sample-request/global-pc-based-oscilloscope-market-professional-survey-report-2017-1644704 PC-based…

[shashiemrf]

Logic Analyzer Market: R&D Efforts for Improved Performance and Eco-Friendly Additives to Favor Growth Unveils MRF Report

Market Highlights The Digital oscilloscope market holds some of the Key players such as Tektronix, Inc (U.S.), Keysight Technologies (U.S.), Test Equity (U.S.), GW Instek (Taiwan), Teledyne LeCroy Corporation (U.S.), Atec (U.S.), GAO Tek (Canada), Honeywell Technologies solutions (U.S.), Hewlett Packard (U.S.) AccuSource Electronics (U.S.), and Hantek (China). The market for logic analyzer shows a slow growth globally and is majorly dependent on the growth in markets for memory devices and integrated circuits.As a form of an oscilloscope, logic analyzer has a usage in viewing the digital waveforms from digital circuits majorly for rectifying the issues in timings. This functionality of displaying the time for the logic states specifying a logic low and high states is another factor driving the growth of the logic analyzer market. Logic analyzers having high functionality and channel counts are driving the market. However other products expand significantly both for analog and digital signals. The factors that account for the growth of the logic analyzer market is growing demand for error detection in digital circuits debugging and complex logic testing. However the applications of Logic analyzers in Integrated circuits, personal computers and memory devices combined is factor for growth of the logic analyzer market.Regional Analysis The logic analyzer market is expected to grow significantly over the forecast period, 2017-2023. Consumer electronics segment of the logic analyzer leading the market. The modular logic analyzer is leading the market because of its high functionality and more number of channel counts. It has an advantage of integrated display that eases the viewing capabilities. Unlike portable and PC based display, there is no additional requirements of viewing display and connecting probes. On the other hand PC based logic analyzer is expanding in North America region due to its ease of installation for analog as well as digital signals and the compactness in size. The competitive landscape of the Logic Analyzer market is formed by some major players and many of the new entrants. The leaders constantly keep innovating for the new technology and investing in research and development for the cost effective portfolio. The logic analyzer market has driven many end users like automotive, consumer electronics, medical, communication and others.Get Free Sample Report @ https://www.marketresearchfuture.com/sample_request/4471The logic analyzer market is divided between North America, Europe, Asia pacific and Rest of the world. However the market for logic analyzer is leading and significantly growing in North America. Because of the huge demand of storage devices, integrated services and embedded systems is driving the market growth. North America is expected to lead the market for logic analyzer because of the increase in demand for the PC based logic analyzers and a high concentration of manufacturers of logic analyzer in countries like U.S. and Canada.Table of Content:1 MARKET INTRODUCTION1.1 INTRODUCTION1.2 SCOPE OF STUDY1.2.1 RESEARCH OBJECTIVE1.2.2 ASSUMPTIONS1.2.3 LIMITATIONS1.3 MARKET STRUCTURE2 RESEARCH METHODOLOGY2.1 RESEARCH LOGIC ANALYZER2.2 PRIMARY RESEARCH2.3 SECONDARY RESEARCH2.4 FORECAST MODEL2.4.1 MARKET DATA COLLECTION, ANALYSIS & FORECAST2.4.2 MARKET SIZE ESTIMATION3 MARKET DYNAMICS3.1 INTRODUCTION3.2 MARKET DRIVERS3.3 MARKET CHALLENGES3.4 MARKET OPPORTUNITIES3.5 MARKET RESTRAINTS4. EXECUTIVE SUMMARY5. MARKET FACTOR ANALYSIS5.1 PORTER’S FIVE FORCES ANALYSIS5.2 SUPPLY CHAIN ANALYSIS6 LOGIC ANALYZER MARKET, BY SEGMENTS6.1 INTRODUCTION6.2 MARKET STATISTICS6.2.1 BY PRODUCT TYPE6.2.1.1 MODULAR LOGIC ANALYZER6.2.1.2 PC BASED LOGIC ANALYZER6.2.1.3 PORTABLE LOGIC ANALYZER6.2.2 BY APPLICATION6.2.2.1 INTEGRATED CIRCUITS6.2.2.2 PROCESSORS6.2.2.3 MEMORY DEVICES6.2.2.4 PERSONAL COMPUTERS6.2.3 BY END – USER6.2.3.1 AUTOMOTIVE6.2.3.2 CONSUMER ELECTRONICS6.2.3.3 MEDICAL6.2.3.4 COMMUNICATION6.2.3.5 OTHERS6.2.4 BY REGION6.2.4.1 NORTH AMERICA6.2.4.1.1 US6.2.4.1.2 CANADA6.2.4.1.3 CANADA6.2.4.2 EUROPE6.2.4.2.1

UK6.2.4.2.2 GERMANY6.2.4.2.3 FRANCE6.2.4.2.4 ITALY6.2.4.2.5 REST OF EUROPE6.2.4.3 APAC6.2.4.3.1 CHINA6.2.4.3.2 JAPAN6.3.4.3.3 INDIA6.3.4.3.4 SOUTH KOREA6.3.4.3.5 REST OF ASIA PACIFIC6.2.4.4 REST OF THE WORLDBrowse Full Report Details @ https://www.marketresearchfuture.com/reports/logic-analyzer-market-4471About UsMarket Research Future (MRFR) is an esteemed company with a reputation of serving clients across domains of information technology (IT), healthcare, and chemicals. Our analysts undertake painstaking primary and secondary research to provide a seamless report with a 360 degree perspective. Data is compared against reputed organizations, trustworthy databases, and international surveys for producing impeccable reports backed with graphical and statistical information.We at MRFR provide syndicated and customized reports to clients as per their liking. Our consulting services are aimed at eliminating business risks and driving the bottomline margins of our clients. The hands-on experience of analysts and capability of performing astute research through interviews, surveys, and polls are a statement of our prowess. We constantly monitor the market for any fluctuations and update our reports on a regular basis.Media Contact:Market Research Future (Part of Wantstats Research and Media Private Limited)99 Hudson Street, 5Th FloorNew York, NY 10013United States of America+1 628 258 0071 (US)+44 2035 002 764 (UK)Email: sales@marketresearchfuture.comWebsite: https://www.marketresearchfuture.com

[labelsloading648]

Audio Spectrum Analyzer Software Free Mac

Audio Spectrum Analyzer Software Free Mac

Audio Spectrum Analyzer Software Free Mac Free

Spectrum Analyzer App Iphone

BlueStacks is a virtual Android engine to run the Audio Spectrum Analyzer application on a computer. It has both edition EXE for Windows and DMG for Mac. Firstly, go for download to install BlueStacks on PC. Secondly, start the engine on the computer. Thirdly, register or log in on the Google Play server.

FFT Analyzer Freeware. Visual Analyser is a complete professional real time software, transform your PC in a full set of measurement instruments. No new hardware necessary you can use the Sound Card of your PC, or you can use a specific external hardware for example Plug.n.DAQ Lite or RogaDAQ2. Visual Analyser 2021 version now available (32 bit.

Audio spectrum analyzer. FFT-based real-time spectrum analyzer. VST Audio analysis, editing and synthesis software. Spectral multi-effect that combines a Spectral Delay, a Spectral Filter and a Spectral Gate together with a Spectrum Analyzer and 2-Dimensional LFOs to modulate the effect settings.

VA is a real time program which simulates a set of electronic instruments, such as:

Oscilloscope (dual channel, xy, time division, trigger)

Spectrum Analyzer with amplitude and phase display (linear, log, lines, bar, octaves band analysis 1/3, 1/6, 1/9, 1/12, 1/24)

Wave-form generator with “custom functions”, triangular, square, sinusoidal (all with NO ALIASING and smooth transition), white / pink noise, pulse generation, DC generation (New!)

Frequency meter (in time and frequency domain) and counter; in time domain by means of a real time zero crossing algorithm

Volt meter with DC (New!), True RMS, peak to peak and mean display plus resolution calculation

Filtering (low pass, hi pass, band pass, band reject, notch, “diode”, DC removal)

Memo windows (data log) for analysis and storage of time series, spectrum and phase with “triggering” events; THD and Impedance data logging with spline interpolation; possibility to save the graphics in various format (.tee, .txt, .wmf)

Screenshot of Spectrum and Scope window

How to clean your mac for free. A TRUE software digital analog conversion (for complete signal reconstruction using Nyquist theorem)

Frequency compensation: possibility to create / edit a custom frequency response and add it to the spectrum analyzer computed spectrum; added standard weighting curves A, B, C (New!) in parallel with custom frequency response

Support for 8/16/24 bit soundcard by means of API calls

Internal 80 bit IEEE floating point variables for minimum rounding error

Cepstrum analysis , cross correlation

Extended THD measurements, with automatic sweep, compensation, data log Best free daw for mac os x.

ZRLC meter with vector scope, automatic sweep in time and frequency for automatic measurement

Calibration mechanism (you can calibrate the VA scales directly in VOLT or dB or percent full scale)

Set of values ​​computed in real time (peak to peak, peak, crest factor, form factor, true rms, mean, frequency with zero-crossing algorithm)

Wave file recording and playback

Custom FIR filters

Audio Spectrum Analyzer Software Free Mac

Description:

Price: Freeware

Recommended hardware

Powerful Audio Analysis Software

WavePad features two very useful tools for performing sound analysis on the spectral content of audio, the Fast Fourier Transform (FFT) and the Time-Based Fast Fourier Transform (TFFT), in addition to extensive audio editing functionality.

Typical Applications

Audio Spectrum Analysis

Vibration Testing and Analysis

Noise Detection and Removal

Download WavePad Audio Editing Software for Windows

The FFT is designed to illustrate characteristics of audio at only one point in time, whereas the TFFT creates a graph over time for the duration of an audio clip. These tools have applications in a number of areas, including linguistics, mathematics and sound engineering.

Download NowPurchase

More Audio Editor/ Analyzer Screenshots

Advanced Audio Analysis Features

Perform a spectral analysis of audio at any one point in time, or across an entire duration

FFT has ability to zoom in on either x-axis or y-axis to see graph in more detail

TFFT has zoom ability as well as a color intensity specifier to choose the intensity at which colors are represented in the graph

Graphs are presented in a simple and intuitive fashion, allowing for optimal viewing and analysis

Graphs are plotted using frequencies up to half the sample rate of the audio and intensities up to 0dB

Navigate through, or even play your file, and see real-time updates to both graphs. The FFT updates instantly, and the TFFT graph cursor updates to the same point as in the audio file

Works with any audio files that can be loaded into WavePad

FFT Graph

The FFT graph works by taking a small sample of audio and plotting a graph of frequency (x-axis, in Hz) versus intensity (y-axis, in dB). The graph features two different plots if the audio is stereo, otherwise just the one plot will be displayed. The frequency of the graph ranges from 0Hz to half the sample rate of the audio, whilst the intensity range goes from -128dB to 0dB.

TFFT Graph

The TFFT graph works by plotting the intensity of the frequency spectrum of the audio across time, and represents intensity through color. The x-axis is used for time (in hh:mm:ss format) and spans the duration of the audio selection. The y-axis is used for frequency (in Hz) and depicts the spectrum of the audio at any one point in time (like the FFT it goes up to half the sample rate of the audio). Then at every point in time and frequency, an intensity calculation is done and a dB figure is calculated (between -128dB and 0dB). This figure is mapped to a color intensity scale and then drawn on the graph, with pure black representing -128dB and pure white representing 0dB.

Temporal Frequency Analysis (TFFT)

See more Audio Editing and Sound Analyzer Screenshots >>>

Analysis Features Editing Features About FFT Graphs About TFFT Graphs Download Now - for Windows - for Mac - for iPhone - for iPad - for Android - for Kindle Questions (FAQs) Technical Support Discussion Forum Pricing & Purchase

Related Audio Software

MixPad Audio Mixer

Audio Spectrum Analyzer Software Free Mac Free

Express Rip CD Ripper Express Burn CD Burner Switch Sound File Converter

Stamp ID3 Tag Editor

Audio Frequency Generator BroadWave Audio Streamer Voice Recording Software

Spectrum Analyzer App Iphone

More Audio Software..