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Instrumentation
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The 3MTS L-Series DPVI
instrument provides two independent four-quadrant channels. Each V/I can
supply up to 4A continuously and 5A at 50% duty cycle of peak current with
force voltages of between +50V DC and -50V DC, each with accompanying
Kelvin sense channels. The DPVI instruments are utilized as device power
supplies, for continuity measurements and for DC measurements. In
addition, since an AWG channel drives each V/I channel, these V/Is may be
modulated at rates of up to 500KS/s.
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The 3MTS L-Series LCXVI
instrument sets the price performance standard for Multi-channel V/I
instruments. The LCXVI provides ten V/I channels with full four quadrant
operation. Each channel delivers up to 200mA current across ±12.5V. The
ten channels operate in 4 decade-current ranges within ±12.5V. Channels
can be paralleled to achieve current sharing both within and across LCXVI
Instruments.
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The 3MTS L-Series ten channel
XVI instrument sets the standard for Multi-channel V/I instruments. The
XVI provides ten V/I channels with full four quadrant operation. Each
channel delivers up to 500mA current across ±45V. The ten channels
operate in 4 decade-current ranges within ±12.5V, with an extended fifth
range at ±45V. Channels can be paralleled to achieve current sharing both
within and across XVI Instruments.
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The 3MTS L-Series eight
channel XOVI instrument sets the standard for Extended Range Multi-channel
V/I instruments. The XOVI provides eight V/I channels with full four
quadrant operation. Each channel delivers up to 1A current across the full
±175V range. The eight channels operate in 4 decade-current ranges within
±12.5V, with an extended fifth range at ±175V. The channels can be
paralleled to achieve current sharing both within and across XOVI
Instruments.
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The 3MTS L-Series Intermediate
Voltage V/I (IVVI) delivers a powerful single quadrant V/I source. The
IVVI is available in Six separate voltage range configurations from
–1000V to +1000V. In all configurations the IVVI delivers up to 30 Watts
of power per channel. Current and voltage are regulated and clamped
providing continuous or arbitrarily modulated force (stimulus) and/or
sample (response).
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The 3MTS L-Series PPVI
instrument provides test applications with a single quadrant high-current
programmable pulsed voltage-current source. 3MTS PPVI instrument provides
a single channel output of up to 100A peak pulsed power at up to 20V.
Programmable slew rate and pulse modulation are standard.
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The 3MTS L-Series High Voltage
V/I has two independent V/I channels, each delivers +50V to +1500V at up
to 10mA maximum. High voltage signals are routed to the DUT via high
voltage wiring. Force and measure resolution may be optionally specified
at 12-bits or 16-bits (standard). Forcing DACs and Measuring ADCs with
memory allow pulse shaping and response capturing per channel.
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The 3MTS L-Series High Output
V/I provides +100V to +2500V at up to 5mA maximum with a single V/I
channel. High voltage signals are routed to the DUT via high voltage
cable. Force and measure mode resolution may be optionally specified at
12-bits or 16-bits (standard). Forcing DACs and Measuring ADCs with memory
allow pulse shaping and response capturing. This unique instrument is very
power efficient.
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The Continuous Power V/I is a
unique instrument that delivers large amounts of continuous power from a
programmable single slot instrument. The 3MTS CPVI instrument provides a
single powerful channel output of up to 100A at up to 100V. The CPVI
provides test applications with a programmable single-quadrant
high–power voltage-current source. Several different models provide
focused operating areas.
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The 3MTS L-Series 16
Mux SRB is an innovative advance in PC-based ATE instrumentation
switching. The 16 Mux SRB features a dual port multiplex circuit that
is designed for use in test and measurement applications. The 16 Mux
SRB switching is organized for both the switching of DUT signals and
for the connection of multiple instruments to the DUT site.
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The 3MTS L-Series 4 CX
Mux SRB is a positive advance in PC-based ATE instrumentation
switching. The 4 CX Mux SRB features a dual port multiplexer that is
designed for use in coaxial test and measurement applications. The 4 CX
Mux SRB switching is organized for both the switching of DUT signals
and for the connection of multiple instruments to the DUT site.
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The 3M20 High Current (HC)
Scanner Mux is part of the hardware components for Thermal Resistance
Measurement (TRM) or any other High Current testing applications. The high
current scanner assembly includes the scanner mux which is fully
integrated with its heat sink and thermal management / air cooling system.
Installed on the system the scanner and heat sink assembly are protected
by a stainless steel safety cover with connections to the power supply and
ground.
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