DPO2212A
GPIB Programmer
The DPO2212A GPIB Programmer is an interface for controlling Kikusui DC regulated power supplies, electronic loads,
an other equipment from a computer over a GPIB bus (IEEE- 488-1978). It has three analog outputs: 2 BCD 12-bit outputs
and 1 binary 8-bit output.
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PIA3200
Power Supply Controller 
GPIB Mode
The MODEL PIA3200 Controller is equipped with GPIB control mode and sequence control mode,
and is designed for use with Kikusui DC power supplies. This mode features an advanced GPIB interface function which allows DC power supplies to be compatible with automated measuring systems. In addition to control of each
output, the listener/taker function allows read back of the measured values for output voltage and
current. As a result, this mode allows you to easily put together a system with unmatched safety.
Sequence Control Mode
This mode is used for effecting programmable control of DC power supplies during simulation testing and other
similar
applications. This mode allows storage of addresses for each of the settings and execution times of the DC power supplies
up to a maximum of 256 steps via a GPIB interface. In addition, it is also capable of storing a maximum of 6 sequence
patterns between any consecutive addresses. These sequence patterns can also be executed by recalling from
the panel in the local mode when the controller is not connected to the GPIB interface.
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PIA4800
Power Supply Controller
The PIA4810 is a power supply controller capable of analog and digital control. It is equipped with the GPIB and RS-232C interfaces and 4 slots, which allow 4 each of PIA4800 Series-specific control boards to be installed. A control board is capable of analog control of 2 channels of DC power supplies or electronic loads; a total of 8 channels can be controlled.
Moreover, DC power supplies with a digital remote-control function, such as the Kikusui PMR Series, can be directly connected to the PIA4810 via a
TP-BUS (twisted pair bus), enabling a maximum of 31 channels to be controlled digitally.
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