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1-4
Getting Started
Rack mount kits
Model 4288-1 single fixed rack mount kit
— Mounts a single Model 6514 in a standard
19-inch rack.
Model 4288-2 side-by-side rack mount kit
— Mounts two instruments (Models 182, 428,
486, 487, 2000, 2001, 2002, 2010, 2400, 2410, 2420, 2430, 6430, 6514, 6517 A, 7001)
side-by-side in a standard 19-inch rack.
Model 4288-4 side-by-side rack mount kit
— Mounts Model 6514 and a 5.25-inch instru-
ment (Models 195A, 196, 220, 224, 230, 263, 595, 614, 617, 705, 740, 775A, 6512) side-by-side
in a standard 19-inch rack.
Carrying case
Model 1050 padded carrying case
— A carrying case for Model 6514. Includes handles and
shoulder strap.
System electrometer features
Model 6514 is a 6
½
-digit high-performance system electrometer. It can measure voltage, cur-
rent, resistance and charge. Details on its measurement capabilities are explained in Section 2 of
this manual (see “Measurement Overview”).
Features of Model 6514 System Electrometer include:
•
Setup storage
— Five instrument setups (three user, GPIB defaults and factory defaults)
can be saved and recalled.
•
mX+b and percent
— These calculations provide mathematical manipulation of
readings.
•
Relative
— Null offsets or establish baseline values.
•
Buffer
— Store up to 2500 readings in the internal buffer.
•
Limits
— Set up to two stages of high and low reading limits to test devices.
•
Digital I/O port
— Four output lines and one input line to control external circuitry. Use
as an interface between limit tests and component handler.
•
Analog outputs
— Provides a 2V analog output for a full range input. Preamp out pro-
vides a driven guard for Volts, or can be used for external feedback measurements.
•
External feedback
— Extends the measurement capabilities of the electrometer; loga-
rithmic currents, non-decade current ranges and non-standard charge ranges.
•
Remote interface
— Model 6514 can be controlled using the IEEE-488 interface
(GPIB) or the RS-232 interface.
•
GPIB programming language
— When using the GPIB, the instrument can be pro-
grammed using the SCPI or DDC programming language.
Содержание 6514
Страница 203: ...14 CommonCommands...
Страница 207: ...15 SCPISignalOriented MeasurementCommands...
Страница 235: ...18 PerformanceVerification...
Страница 254: ...19 Calibration...
Страница 274: ...20 RoutineMaintenance...
Страница 278: ...A Specifications...
Страница 282: ...B StatusandErrorMessages...
Страница 288: ...C GeneralMeasurement Considerations...
Страница 294: ...D DDCEmulationCommands...
Страница 299: ...E ExamplePrograms...
Страница 306: ...F IEEE 488BusOverview...
Страница 320: ...G IEEE 488andSCPI ConformanceInformation...
Страница 324: ...H CalibrationOptions...