Technique for determining performance characteristics of electronic devices and systems
View Patent ↗A technique for determining performance characteristics of electronic devices and systems is disclosed. In one embodiment, the technique is realized by measuring a first response on a first transmission line from a single pulse transmitted on the first transmission line, and then measuring a second response on the first transmission line from a single pulse transmitted on at least one second transmission line, wherein the at least one second transmission line is substantially adjacent to the first transmission line. The worst case bit sequences for transmission on the first transmission line and the at least one second transmission line are then determined based upon the first response, and the second response for determining performance characteristics associated with the first transmission line.
1. An integrated circuit device comprising:
a data receiver electrically connected to a transmission line for receiving data signals propagating along the transmission line; and
a comparator circuit electrically connected to the transmission line for acquiring timing and voltage characteristics of the data signals propagating along the transmission line prior to being received by the data receiver.
2. The integrated circuit device as defined in claim 1 , wherein the comparator circuit comprises:
a comparator device for comparing the voltage level of the data signals propagating along the transmission line with a referenced voltage level.
3. The integrated circuit device as defined in claim 2 , wherein the comparator circuit further comprises:
a clock multiplier for multiplying a clock signal to provide the comparator device with an appropriate sample rate.
4. The integrated circuit device as defined in claim 1 , wherein the transmission line is a first of a plurality of transmission lines, and wherein the first transmission line is a victim transmission line and at least one other of the plurality of transmission lines is an aggressor transmission line, such that the comparator circuit separately acquires timing and voltage characteristics of data signals on the victim transmission line as a result of data signals propagating along the at least one aggressor transmission line.
5. The integrated circuit device as defined in claim 4 , wherein the at least one aggressor transmission line is located substantially adjacent to the victim transmission line.
6. An integrated circuit device comprising:
a data receiver directly electrically connected to a transmission line for receiving data signals propagating along the transmission line; and
a converter circuit directly electrically connected to the transmission line for acquiring timing and voltage characteristics of the data signals propagating along the transmission line prior to being received by the data receiver.
7. The integrated circuit device as defined in claim 6 , wherein the converter circuit comprises:
an analog-to-digital converter device for converting the analog voltage level of the data signals propagating along the transmission line into a digital voltage level.
8. The integrated circuit device as defined in claim 7 , wherein the converter circuit further comprises:
a clock multiplier for multiplying a clock signal to provide the analog-to-converter device with an appropriate sample rate.
9. The integrated circuit device as defined in claim 6 , wherein the transmission line is a first of a plurality of transmission lines, and wherein the first transmission line is a victim transmission line and at least one other of the plurality of transmission lines is an aggressor transmission line, such that the converter circuit separately acquires timing and voltage characteristics of data signals on the victim transmission line as a result of data signals propagating along the at least one aggressor transmission line.
10. The integrated circuit device as defined in claim 9 , wherein the at least one aggressor transmission line is located substantially adjacent to the victim transmission line.
11. A method for determining performance characteristics of electronic devices and systems, the method comprising:
receiving data signals propagating along a transmission line at a data receiver directly electrically connected to the transmission line; and
acquiring timing and voltage characteristics of the data signals propagating along the transmission line prior to being received by the data receiver.
12. The method as defined in claim 11 , wherein the timing and voltage characteristics are acquired using a comparator circuit electrically connected to the transmission line.
13. The method as defined in claim 11 , wherein the timing and voltage characteristics are acquired using a converter circuit electrically connected to the transmission line.
14. An integrated circuit device comprising:
a data receiver electrically connected to a signal line for receiving data signals propagating along the signal line; and
a comparator circuit electrically connected to the signal line for acquiring timing and voltage characteristics of the data signals propagating along the signal line prior to being received by the data receiver.
15. The integrated circuit device as defined in claim 14 , wherein the comparator circuit comprises:
a comparator device for comparing the voltage level of the data signals propagating along the signal line with a reference voltage level.
16. The integrated circuit device as defined in claim 15 , wherein the comparator circuit further comprises:
a clock multiplier for multiplying a clock signal to provide the comparator device with an appropriate sample rate.
17. The integrated circuit device as defined in claim 14 , wherein the signal line is a first of a plurality of signal lines, and wherein the first signal line is a victim signal line and at least one other of the plurality of signal lines is an aggressor signal line, such that the comparator circuit separately acquires timing and voltage characteristics of data signals on the victim signal line as a result of data signals propagating along the at least one aggressor signal line.
18. The integrated circuit device as defined in claim 17 , wherein the at least one aggressor signal line is located substantially adjacent to the victim signal line.
19. An integrated circuit device comprising:
a data receiver directly electrically connected to a signal line for receiving data signals propagating along the signal line; and
a converter circuit directly electrically connected to the signal line for acquiring timing and voltage characteristics of the data signals propagating along the signal line prior to being received by the data receiver.
20. The integrated circuit device as defined in claim 19 , wherein the converter circuit comprises:
an analog-to-digital converter device for converting the analog voltage level of the data signals propagating along the signal line into a digital voltage level.
21. The integrated circuit device as defined in claim 20 , wherein the converter circuit further comprises:
a clock multiplier for multiplying a clock signal to provide the analog-to-converter device with an appropriate sample rate.
22. The integrated circuit device as defined in claim 19 , wherein the signal line is a first of a plurality of signal lines, and wherein the first signal line is a victim signal line and at least one other of the plurality of signal lines is an aggressor signal line, such that the converter circuit separately acquires timing and voltage characteristics of data signals on the victim signal line as a result of data signals propagating along the at least one aggressor signal line.
23. The integrated circuit device as defined in claim 22 , wherein the at least one aggressor signal line is located substantially adjacent to the victim signal line.
24. A method for determining performance characteristics of electronic devices and systems, the method comprising:
receiving data signals propagating along a signal line at a data receiver directly electrically connected to the signal line; and
acquiring timing and voltage characteristics of the data signals propagating along the signal line prior to being received by the data receiver.
25. The method as defined in claim 24 , wherein the timing and voltage characteristics are acquired using a comparator circuit electrically connected to the signal line.
26. The method as defined in claim 24 , wherein the timing and voltage characteristics are acquired using a converter circuit electrically connected to the signal line.