In the continuation of previous topic, we are going to discuss more Asgeir companies since they provide
different kind of estimates and we will discuss their several aspects.
The next company's international instrument, they have a range of estimates, have level and years
to really start from the HAPI.
So they have the U.S. had two two nine zero zero two nine zero one.
So there are a range of other producers of living and their frequency ranges from 15 records since records
and they're available in one crosswell option to cross.
So these are available ENCISO single input, single output as well as they are available in MEANWELL,
multiple input, multiple output, the next company's Limus.
So the advantage in this case, it is completely open source system.
So they provide a service.
So they are completely open and you can modify it, you can change it and you can create your own architectures.
So basically they produce just two devices.
That is LMC zero zero two and six elements.
002 frequency of operation is from zero point zero point three two three point eight years and the bandwidth
makes someone with 28 megahertz.
So this is a useful system, single input, single output.
It is available in full duplex so that we can simultaneously trust Materne to see the maximum penalties
for the first piece.
The second is if you consider this is from point zero zero zero one gigahertz to two point eight years.
So it has greater than 16 megahertz bandwidth and it is available in the most remote system.
So to cross the system, this one is one crosswell system.
So it is Harborplace as well as full duplex.
So the LDC analog digital conversion has also been that of 160 years and that the circle of convergence
has a certain period of 640 hemispheres it these two series of available from the company.
That is the lamest yet.
So this is the typical example of its board.
So you can see this is a useful system.
So it consists of one transmitter.
This is your transmitter part Monteux, and it consists of one receiver.
So what is the frequency range of operation?
It is from 10 megahertz to 2.5 gigahertz.
The bandwidth is thirty point seven two megahertz and the sampling rate is thirty seven point two MSP
smorgasbords per second.
And it consists of Pontiac's and one night channel.
So you can see this is the see, it is a receiver I see here.
And there are a lot of things connected to this one.
So they can say G.P.A. pujas.
You can see here there is a tag, there is a USB which can be directly interface to your PC so that
you can control it with your PC and there is a SPG, YPA you as well as the rest of the water.
And again, this is a pager.
So this is an ultra extended pager used in this case one.
And this is the part of the receiver that DHC and these are the other switches.
So what we can see here, this is our basement section, this is our basement section, and this is
our RF front end section.
So to design a complete Asgeir, we have incorporated the other Frinton as well as in the basement.
So these are the obviously bolds components that you just want to keep the system cool and different
to provide the different functionality.
So using these devices, we can design a complete as the system and again, clean decision opensource
and it can be used to modified as written on the site for the same AC same system from the lamest here.
But in this case, which is too close to the system.
So it is Memmo system.
So they have different range of RF connectors can be used depending on what you want to design it.
So this is the process.
What I see is a seven zero zero two that is minimal configuration and pidgey use this ultra cyclone
five.
So this is the year after the Cyclone five and.
We have a deluxe IDEX commercial connectors here, so more of this is a world class receiver.
I see.
So dysfunctioning strong suit.
And so this is the translation I see.
This is the visual.
And again, as discussed in the previous slide, so this is the connector to laptop so that this device
can be controlled.
And these are obviously gloves and different operations are available.
So the frequency range of operation is from 100 kilohertz to three point, which involves the bandwidth
is sixty one point forty four megahertz and it's too close to system.
So by seeing this diagram, you can see again, has discussed earlier this year consist of two parts,
the different and the spent part.
So in between there are temperature sensor to maintain the temperature and that is what you want to
control.
And there to so the starters, my world is working or not working.
So again, these are the push buttons.
So a lot of functionality can be added on the top of this.
Two components of the heart of this device has to component at the front end and the special section
distal section that is also known as the at the very popular.
Here is the article Asgeir.
So it is a very cheap yet you can buy this very by it very easily.
So this jihadis only work in the receiver means you cannot transmit from this Asgeir.
So bandwidth is very less than it is two point four megahertz and it's eighty six.
So its dynamic range will vary less and its frequency ranges from five kilohertz, five hundred kilohertz
to 1766 megahertz.
So you can see here, this consists of again devices so that it consists of a basement section, it
consists of a basement section and it consists of a lot of front.
And so this can be connected to a laptop or desktop, whatever, and using different softwares so it
can receive different kind of signal by placing you turn thinner.
And in some cases, we can decode this signal.
We can send a form also using this.
So now we're going to compare the different sets of levels in the market.
So the comparison to the frequency range, the bandwidth, the CDC would say, is something that no
matter number of receiver for the place or half the place.
So the popular one is haircutter four.
So got to sell records and the bandwidth is twenty megahertz.
That is here.
This is it.
And it's happening.
There is twenty atmospheres.
So it's seven crosswell system.
So the right one crosscourt.
This is also one crosswell it's too close to.
One close one, so it is a close one, it is too close to see what we can see here.
The frequency range of operation for six years is common in these three cities.
And there is a feeling of cheap steel from a group, from analog device that is no less pressed here.
So it's okay to put you put it years, but the bandwidth is up to 20 megahertz.
And the audience here decides to have villages for people, MySpace.
So, again, it's a one person system.
Similarly, we have discussed the RTA last year to see where more workers were more.
And so these are the full duplex system we can transmit and receive simultaneously.
But this is the hub of the system.
So these are the different parameters based on the requirement, based on the system processing capacity
we can choose which Asgeir we want to use for our purpose.
So in this topic, we have learned about the Asgeir companies and it is their system.
And we have also introduced the several parameters of Asgeir based on their vision, the different parameters
and requirements.
You can choose oversteer year and we can build our own system.
So next we are going to do what you're know, first year.
So inside and Asgeir or inside and out of Trenton.
What components of level?