Datasheet

Datasheet
TEK.COM2
DIGITAL I/O
LAN
TSP-Link
R
MOD
1
LAN
STATUS
LAN
RESET
MAC ADDRESS
DIGITAL I/O
LAN
TSP-Link
R
MOD
2
LAN
STATUS
LAN
RESET
MAC ADDRESS
SERIAL NO.
DMM7512
7 1/2 DIGIT MULTIMETER
SYSTEM
LO
HI
SENSE
4 WIRE
AMPS
3A, 250V
INPUT FUSE
FAST ACTING
11A, 1000V
CAT II
300V MAX.
INPUT
EXT TRIG
IN/OUT
1000V PK
350V PK
500V PK
SERIAL NO.
MOD
2
LO
HI
SENSE
4 WIRE
AMPS
3A, 250V
INPUT FUSE
FAST ACTING
11A, 1000V
CAT II
300V MAX.
INPUT
EXT TRIG
IN/OUT
1000V PK
350V PK
500V PK
SERIAL NO.
MOD
1
LINE FUSE
SLOWBLOW
LINE RATING
100-240VAC
50, 60Hz
165VA MAX.
!
3.15A, 250V
MOD 2
MOD 1
The digitizers can trigger on either the slope, a level,
or a window of an input waveform. The digitizers can
also trigger on digital control signals such as external,
hardware trigger inputs and software trigger commands.
Each digitizer function provides oscilloscope-like
performance with excellent sensitivity, high resolution, and
a fast sampling rate.
Optimized to Maximize Throughput
In addition to the high-speed sampling and fast integrating
measurement modes, each of the DMM7512’s DMMs
utilize Keithley’s powerful Test Script Processor (TSP
®
)
technology. This embedded scripting capability enables
each DMM to run powerful test scripts directly on the
instrument without external PC interaction. These test
scripts are complete test programs based on an easy-to-
use, yet highly efficient and compact scripting language,
Lua (www.lua.org). Scripts include instrument control
commands and program statements. Program statements
control script execution and include typical programming
language features such as variables, functions, branching,
and loop control. A test script can execute a complete
test including performing specialized computations and
making decisions on results without having to receive and
decode individual commands from a controller. This saves
significant test time by eliminating a substantial amount of
interface communication time.
TSP technology also offers instrument-to-instrument
communication and control through the TSP-Link
®
channel expansion bus. The DMMs in the DMM7512 can
communicate with each other and with other TSP-enabled
instruments, such as the 4-channel 2606B System
SourceMeter
®
Source Measure Unit (SMU) Instrument, in
a master-subordinate configuration so that all instruments
operate as a single, integrated system controlled by a TSP
script in the master instrument. TSP-Link supports up to
32 instruments per IP address, so a system can be easily
scaled for any test system requirements.
In addition to communicating with and controlling TSP-
enabled instruments, any instrument with a LAN interface
can be controlled by a TSP-embedded test script using
the TSP-Net communication facility.
DMM7512 Front Panel
DMM7512 Rear Panel
Power
Switch and
Indicator
LAN
Reset
LAN
Status
Digital
I/O
TSP-Link
Input and Sense
Terminals
External Trigger
Input/Output
Chassis
Ground
Externally Accessible
Input Current Fuse
USB
Type B
10 Base T/
100 Base T
with LXI, LAN
USB
Type A
Shows the two DMM’s multiple, communication interfaces.
Shows the identical measurement inputs for DMM 1 and DMM 2.