Models 2510 and 2510-AT User’s Manual
Getting Started
1-9
Also displayed is the line frequency (50 or 60Hz). (If the wrong frequency is displayed, it
can be set manually as covered below). The communication interface status is briefly dis-
played. If the IEEE-488 bus is the presently selected interface, the identification message
will include the primary address. For example, if the primary address is 15 (factory
default), the “IEEE Addr=15” message is displayed. (The Model 2510 does not support a
secondary address.) If the RS-232 interface is selected, the “RS-232” message is
displayed.
After the power-up sequence, the instrument goes to its normal display state with the out-
put off (ON/OFF OUTPUT indicator light off). With the output off, the “OFF” message is
displayed.
System identification
To obtain the serial number and revision information, use the MENU/GENERAL/
SERIAL # selection. The top line displays the serial number; the bottom line displays the
firmware revision and date of calibration. You can then press the
key to display SCPI
revision level and main board revision levels. You can also use *IDN? via remote (see
).
Line frequency setting
The power line frequency and line frequency setting should be the same, or readings may
be noisy. You can manually set the line frequency from the front panel as follows.
Set the line frequency from the front panel as follows:
1.
Press the MENU key to display MAIN MENU.
2.
Using the right arrow key, select AD-CTRL then press ENTER to display A/D
CONTROLS.
3.
Note that LINE-FREQUENCY is displayed, then press ENTER to display the
LINE FREQUENCY menu.
4.
Place the cursor on 50Hz or 60Hz, and press ENTER.
5.
Press EXIT to return to normal display.
Summary of Contents for TEC SourceMeter 2510
Page 194: ...A Specifications...
Page 197: ...B StatusandErrorMessages...
Page 206: ...C IEEE 488BusOverview...
Page 221: ...D IEEE 488andSCPI ConformanceInformation...
Page 225: ...E ExamplePrograms...
Page 233: ...F GPIB488 1Protocol...
