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working engineer

Things Engineering Students Should Consider When Buying Laptop

Laptops for engineering students and graduates must be fast, efficient, and flexible! You will find these minimum technical requirements to meet when considering a notebook for technical school. I have divided these specifications below. As if moving to a technical school wasn’t challenging enough, you have to deal with all the creative and technological requirements every day. For more engineering stuff, visit https://www.ny-engineers.com/blog/essential-common-devices-that-rigging-engineers-need-to-know-about.


Processor / CPU

The CPU is essential if you are on the market for an engineering laptop. Every time we run AutoCAD or similar applications, it must build its huge database and then provide us with a digital workspace for our work. So, if your CPU speed is not fast enough, you have to wait a long time for the application to start. Does talking about too much time to do your work on your sound familiar? Don’t let this happen on your new laptop and make sure you have a fast enough CPU.

HDD Memory

In addition to drawings, you also need your design, spacing. It would be best if you also had a place to store your favorite music, your photos, all your games, and everything else. Try visiting 1TB or more for the best value for money, as most laptops these days have 1TB of memory.

Today’s laptops are equipped with SSDs faster, more efficient, and more reliable than standard mechanical hard drives. However, SSDs are offered at a higher price. Also, some laptops use storage systems (SSD+HDD) that can be used in this way, where the operating system (Windows or many others) can be configured in SSDs and additional files such as pictures or music can be stored on HDD, making the laptop cheaper and faster at the same time. (Only some of these notebooks are discussed below)


You want to make sure that your laptop can store and run what the fast processor is trying to do. A large amount of RAM should always be in sync with the full speed of the processor. The most recommended capacity is 8 GB, although you prefer 12 and 16 GB. But it is much better to have a large graphics card than a lot of rams unless you are seriously interested in games or use heavier applications.


Best Tips When Acquiring Tools For Data Acquisition

Data acquisition is the process of capturing signals from different forms of physical manifestations. Captured signals are then interpreted into understandable values. For example, the temperature is captured, measured and translated. The temperature is then recorded under the universally accepted values of Fahrenheit, Celsius or Kelvin. The process of obtaining, measuring, interpreting and recording data is done from hard analog data to digital, data that is registered in a PC environment. Tacuna Systems load cells is definitely one of the best out there. The process is done using different tools dependant on the phenomenon being captured. Here are the best tips when acquiring tools for data acquisition.

Best tips

Get the right type of transducer

transducerTransducers are the first step in data acquisition. They are what capture a physical signal and convert it into electric signals into a measurable signal. A data acquisition system then interprets this electric signal. For your system to function properly, you need to get the right type of transducer for the signal you intend to measure. Examples of transducers are an accelerometer for measuring acceleration, a thermocouple for measuring temperature, a microphone for measuring sound and various others.

Understand the type of signal

The kind of signal that is being measured is another area of focus when choosing transducers. Signals are of two types: analog and digital. The two possess different attributes, meaning they are also measured differently. The primary difference between them is that an analog signal can have any value in relation to time whereas a digital cannot do this, but can only be measured in terms of either high or low.

Get the right signal conditioning hardware

Different signals require preparation before being translated into readable data. One of the best tips when acquiring tools for data acquisition is signal conditioning. This is the process of preparing a signal for the data acquisition hardware. An example of a transducer that needs to be processed is an accelerometer which requires excitation to function.

An example of a signal that needs alteration is a thermocouple signal which emits to minute an electric current to be measurable. This thus requires amplification in order to be measurable. Signal conditioning hardware also lowers or limits signal excesses like extremely high currents that would otherwise be destructive. It is important to know of the signal you are working with to know which signal conditioning hardware to go for.

Data acquisition hardware specifications

transducer 2Of these mentioned best tips when acquiring tools for data acquisition, it is noted that the type of signal determines the type of hardware you will get. It is also possible to get a multi-functional device that compounds both analog and digital measurement capabilities. This allows you to work with both signal types. Such devices also come with counter operations like timers included. Data acquisition hardware also comes in different platforms for compatibility with different computer types like desktop computers, laptops and even handheld devices like Windows Mobile. Depending on the kind of data acquisition you have at hand you may even need to utilize data acquisition hardware that has wireless connectivity to your computer. With these solid guidelines, acquiring a data acquisition system is much easier.