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| Agilent Logic Analyzer 90 pin pods - CLK_p, CLK_n connection? |
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| deanclaxton:
I'm building a 65C02 adapter that will be attached to 90 pin analyzer pods. I'm assuming if I'm using a single ended clock signal that I connect it to the CLK_p - is CLK_n then connected to ground or left floating? |
| deanclaxton:
Found this on page 53 of this manual https://www.artisantg.com/info/Agilent_E5378A_Manual.pdf : Clock input The clock input to the E5378A probe is differential. If you supply a differential clock, you should select the "differential" option in the clock threshold user interface. If your system uses a single-ended clock signal, the CLKn input should be either grounded or connected to a dc power supply. You may: • Ground the CLKn input and adjust the clock threshold from the user interface to between -3V dc and +5V dc. Or • Supply a threshold reference voltage between -3V dc and +5V dc to the CLKn input. In this case, the clock threshold in the user interface should be set to zero. If your circuit uses a resistive divider to provide a threshold reference, be sure to consider the equivalent circuit consisting of the 20k resistor connected to +0.75V as shown on page 34 and 35. The threshold for the clock input has a separate adjustment in the user interface, independent of the data inputs. |
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