Integrate Countersign Protocol with airSlate SignNow

Integrate countersign protocol

hey welcome back so let's see how this differential signal is used in can communication so as I said transceiver produces differential signals can high and can low and remember that these are complementary signals and can L is actually complimentary signal of can edge now let's understand this with an example now let's say you want to transmit logical one so when you want to transmit logical one so what transceiver does is it will make the can high signal as 2.5 volt it's a nominal voltage okay it need not be different I would it may be something else like 2 volt or 2.3 volt it's it ok so later I will show you by going through the datasheet of the transceiver to understand these numbers ok now if you want to transmit logical one then can high will be 2.5 volt and can low also will be to find Phi out so the difference between these two signals will be zeroed in a bit so that is why the logical one is also called as a recessive state of the can bus so if you want to transmit logic one so this will be the state of the can edge and can tell signals on the bus okay the difference will be 0 now let's say you want to transmit in logic 0 so when you want to transmit logic 0 can high will be at 3 point 5 volt or whatever the voltage you apply to the transceiver ok so basically I call it as plus VCC and kin low will be approximately near 70 percent of the VCC or you can say 1.5 volt okay so the difference is approximately 2 volt and this stage of the can high is called as dominant State so can state will be dominant if you want to transmit logic zero remember and if you want to transmit logic one then can birth status will be our state will be recessive so this is a recessive this is dominant so dominant is used to transmit logic zero and recessive state is used to transmit logic one I hope you get that idea so now what we'll do is we'll go to the datasheet of the transceiver okay so let me take you to the datasheet of the TI's SN 6 5 xx can Trump's you are okay so this transceiver I have considered because I'm going to use this transceiver in my application and while doing some core exercises and as as the description says here this is actually used in applications employing the control area network serial communication physical layer in accordance with the ISO standard okay and so as I can transceiver the device provides transmit and receive capability between the differential campus and can controller with signaling rates up to 1 Mbps now let's just browse through this document and here you will see that this is a functional diagram of the transceiver and here you...