ITECH IT-M3200
High Precision Programmable DC Power Supply adopts a mixed modes design, which not
only takes into account high power and low ripple output, but
also has dynamic load response, switching between multiple current
measurement ranges. It is widely used in the test fields of 3C
products, semiconductor devices, 5G, IoT and medical electronic
equipment, etc.
Features
1U Half-rack,
maximum power is up to 360W
Wide range measurement
Low ripple and noise
High resolution, high accuracy and high stability
Current readback is up to 10nA
Four current measurement ranges Low/Middle/High/Auto
CC/CV priority setting
Foldback
Adjustable rise/fall time, soft start / stop
Independent control of multiple channels, up to
16 channels
|
|
IT6700H Series High Voltage
DC Power Supply is with
maximum output power 3000W, adjustable voltage 0-1200V and current
0-10A, IT6700H series have desktop and shelves installation function,
easy to operate. IT6700H series provide list mode, built-in RS232
/ USB / GPIB communication interface, rich SCPI instructions
facilitate the formation of a variety of intelligent test platforms.
IT6700H can accurately describe the battery charge and discharge
process, widely used in battery fluctuation simulation test,
battery charger, high voltage ultra high speed diode, electrolytic
capacitor, electromechanical control field and ATE test system,
etc., which need to use high voltage and low current DC power
supply.
Voltage up to 1200V
VFD display
Various models for high voltage or high current
are Optional
Output switch ON/OFF control
Safety terminal
List mode, editable waveforms of voltage and current
Remote sense
Built-in RS232/USB/GPIB *1
*1:IT6722A is without GPIB interface
|
|
IT6000D Series High Power
Programmable DC Power Supply,
is applicable in laboratories and automatic test system to provide
high-power and stable DC supply. The feature of autoranging output
enables a wide range of voltage and current combinations at full
power, unprecedentedly flexible. IT6000D Series has wide range
of applications and its single unit provides power range of 6kW
to 144kW, current up to 2040A, as well as its voltage up to 2250V.
Besides, IT6000D provides multi built-in communication interfaces
to simplify and accelerate the testing development. The compact
3U design saves rack space. Multi units of the same model can
be paralleled easily to have higher power and the maximum power
can reach up to 1.152 MW.
Single unit provides voltage of 80V-2250V,
current of 30-2040A, power of 6kW -144kW, and 73 standard models
are available
Master-slave parallel, the power can be paralleled
up to 1.152 MW
Current is up to 2040A by paralleling
The adoption of high frequency switching structure
supports the automatic switching between CV and CC
Provides various protections: OVP, OCP, OPP, OTP,
protection of power failure and UVP
Supports data recording function, can continuously
record the Max, Min, Average values of output voltage and current,
and it can automatically execute data by sequence
Power efficiency up to 95%
High power density of 18kW in 3U
Supports external data recording function, internal
buffing, and the PC will periodically read data from the power
supply
Built-in communication interfaces of USB/CAN/LAN/Digital
IO, and optional interfaces of GPIB, Analog and RS232
Supports SCPI protocol, built-in Web server
|
|
REGATRON's New Generation
of Programmable Regenerative DC Power Supplies Is Now Available.
The new G5.RSS series features
high control dynamics, an exceptional accuracy, a nominal output
voltage of up to 3000 VDC, and a wide current-voltage range with
an auto-ranging factor of 3. You get the best value for your
investment.
Technology
Technologically
advanced, fast switching, compact 19-inch power supplies
High control dynamics in the 100...200 µs
range even at higher power levels
Exceptional accuracy of <0.02% FS, additional
high-resolution measurement range
Wide current-voltage range with an autoranging
factor 3
CV, CC, CP, CR, and Ri-Sim control modes
Regenerative and highly efficient, resulting in
significant reduction of energy consumption and heat dissipation
System Capability
Modular and easy
scalable systems
Parallel, series, and mixed operation with a digital
high-speed bus
Simple master-slave configuration with the operating
software
Easy rack mounting
Optional safety features such as 2-channel safety
interface and insulation monitoring
Turn-key cabinet solutions or project-specific
system integration according to customer
specification
|
|
The TC.GSS series is a
full bi-directional series of high-power DC source / sink units
based on the thousandfold field-proven REGATRON grid-tied technology.
The wideband AC input module accepts nearly all AC grid systems
worldwide and disposes of an active Power Factor Correction.
The novel bidirectional converter architecture allows for very
fast and continous "quadrant crossing" between source
and sink operation and vice versa, so a full current source to
full current sink action takes only some 2-3 milliseconds under
ohmic load.
As all REGATRON DC power supplies
the TC.GSS series disposes of a multi-processor control architecture,
allowing not only for full digital control, but also for Internal
Resistance Simulation. Moreover, onboard real-time computation
provides the activation of the versatile TopCon Function Engine
TFE (optional) as also the universal "Application Area Programming"
AAP (optional), which allows to give the source a programmable
transfer characteristic or a random two-pole function y = f(x).
Features
Graduated product line: 65 VDC, 130 VDC, 400 VDC,
500 VDC, 600 VDC, higher voltages up to 1500 VDC with series
connection or +/-1000V with midpoint earthing.
Power categories of 20 kW and 32 kW are available
for each nominal output voltage.
Optional extras like liquid cooling and accessories
complete the product line of power supply units.
Modular concept for easy power increase: Parallel,
series, matrix or multiload master-slave-operation.
CE conformity
|
_
_
Contact us
for exclusive offer on Diamond's Floyd NVIDIA Jeton Nano and
Xavier NZ carrier board and system
_ |
|