Agilent Technologies E4374A, E4370A, E4371A Accessing Calibration, Mixed Configuration Example

3 - Configuration

Mixed Configuration Example

The following example illustrates a mixed digital I/O configuration. In this example,

♦Pins 0, 2, 4, and 6 are configured for External Fault Output Isolated High True (selection 11).

♦Pins 1, 3, 5 and 7 the corresponding second pins of each isolated pair.

♦Pins 8 through 10 are configured as General purpose I/O, high true (selection 7), referenced to the common connector.

♦Pins 11 and 12 are configured as External Fault inputs, Low True (selection 2), referenced to the common connector.

♦Pins 14 and 15 are configured as External Fault outputs, High True (selection 3), referenced to the common connector.

Digital I/O Configuration
Pin,	Function	Polarity
0	External Fault Output,	Isolated, High True
1	second pin of isolated pair
2	External Fault Output,	Isolated, Low True
3	second pin of isolated pair
4	General Purpose Output,	Isolated, High True
5	second pin of isolated pair
6	General Purpose Output,	Isolated, Low True
7	second pin of isolated pair
8	General Purpose I/O,	Grounded, High True
9	General Purpose I/O,	Grounded, High True
10	General Purpose I/O,	Grounded, High True
11	General Purpose I/O,	Grounded, High True
12	External Fault Input	Grounded, Low True
13	External Fault Input	Grounded, Low True
14	External Fault Output	Grounded, High True
15	External Fault Output	Grounded, High True

Type a pin number and press Enter or ctrl-G to return to initial screen

Accessing Calibration

Using the Agilent MCCD Configuration Screens to calibrate the Agilent MCCD is provided as a convenience. You can also run calibration using the Agilent MCCD User Interface or the API function calls over the LAN. For further information about how to use the Agilent MCCD Configuration Screens for calibration, refer to Appendix B.

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