What is a difference between ISDN PRI & Channelised E1 ?
Answer Posted / rajendran chinnaveeran
E1 is 2 MBPS data carrying channel (Pipe) consists of 32
channels of 64kbps data in which Ch0 and Ch15 used for
Signalling and control function and other 30 Channels are
used for data/voice communication.
ISDN PRI is also like E1 with additional feautures like
fast and reliable call setup facility and holds detailed
information about the calls, which will be useful for call
setup, clearing and billing. It also have 30 TCH in 2 MBPS.
Is This Answer Correct ? | 5 Yes | 0 No |
Post New Answer View All Answers
Explain what are differential gain and common-mode gain of a differential amplifier?
wat is the channel length we r using in ic designing in current technology
Explain why bjt is known as current controlled device and fet is known as voltage controlled device?
Where we can split E1? (RRI, E1T1 & FIU)
Why we need biasing for transistor, fet and mosfet?
what are the jobs that SBI will provide for ECE students
What is the forbidden energy gap? How does it occur?
I have Completed my diploma in Electronics in year 2009.I got low score in TOEFL.SO what should i do to get the visa...I am confident that I will get the visa..But probable chances for getting visa....and i also got I20 and paid Visa interview fees.....
Define what happens to the conductivity of semiconductor with the rise in temperature? Compare with the conductivity of metals.
For the same order of doping, why does n-type semiconductor exhibit larger conductivity than p-type semiconductor?
How many such pairs of digits are there in the word " strive" each of which has as many letters between them in the word as they are in english alphabets?
In C language,What is the use of f in printf or scanf statement? Whether it indicates the function if so the brief explanation ortherwise what is the main reason behind that f in printf/scanf statements?
What are the two modes of mosfet?
Explain with examples of circuit protecting device apart from fuse, circuit beaker, relays, lighting arrestor, switch gears?
Why does a pure semiconductor behave like an insulator at absolute zero temperature?