FOUR-QUADRANT AND HIGH SPEED BIPOLAR POWER SUPPLY
Function Generator Integrated
- Voltage range: ±5V to ±300V
- Current: ±1A to ±120A
- Power:
150W to 2000W - Frequency bandwidth:
DC to 30kHz
MORE USER-FRIENDLY AND CONVENIENT
DOPF series is a four-quadrant and high-speed bipolar amplifier with a built-in function generator, which improves the operations.
Any waveform can be programmed easily on the front panel, and necessary functions are all available in terms of sequence, measurement, memory setting, and protection besides waveform.
Moreover, equipped with the control signal output of parallel operation as standard, the full synchronized operation is achieved even with high speed. DOPF series integrated with the signal generator in four quadrants offers variations in experiments and evaluation tests.
FEATURES AND BENEFITS
- DOPF series which is a four-quadrant high-speed bipolar power supply is now available with an integrated function generator.
- Waveform with less distortion by DDS method (DC to 30 kHz sin wave, rectangular wave, and triangular wave)
- DC and AC output can be programmed individually, which makes the unit user-friendly with its simple operation.
- External control is available with communication options (USB, LAN, RS-232C, RS-485, and GPIB).
- LCD display uses high contrast white LED backlight for high visibility.
- Waveform generation, sequence operation, various measurements on a single power supply
- All settings and operations are realized only by operation on the front panel
- Available for expanding to 6kW with master/slave connection
Operation range
APPLICATIONS
- Driving capacitive loads (capacitors)
- Biasing inductive loads (coils, transformers, etc.)
- Motor testing
- Solar inverter (PV inverter)
- Evaluation test for solar panel related devices
Note: This product is not designed for charge and discharge of battery.
For battery charging and discharging applications, please refer to the Battery Cycle Tester product page.
Models
| Model | Maximum output | ||
|---|---|---|---|
| Voltage | Current | Power | |
| DOPF5-30 | ±5 V | ±30 A | 150 W |
| DOPF5-60 | ±60 A | 300 W | |
| DOPF6-120 | ±6 V | ±120 A | 720 W |
| DOPF10-15 | ±10 V | ±15 A | 150 W |
| DOPF10-30 | ±30 A | 300 W | |
| DOPF10-60 | ±60 A | 600 W | |
| DOPF20-7.5 | ±20 V | ±7.5 A | 150 W |
| DOPF20-15 | ±15 A | 300 W | |
| DOPF20-30 | ±30 A | 600 W | |
| DOPF20-60 | ±60 A | 1200 W | |
| DOPF20-100 | ±100 A | 2000 W | |
| DOPF25-6 | ±25 V | ±6 A | 150 W |
| DOPF25-12 | ±12 A | 300 W | |
| DOPF25-24 | ±24 A | 600 W | |
| DOPF25-48 | ±48 A | 1200 W | |
| DOPF25-80 | ±80 A | 2000 W | |
| DOPF30-40 | ±30 A | ±40 | 1200 W |
| DOPF45-3.3 | ±45 V | ±3.3 A | 150 W |
| DOPF45-6.6 | ±6.6 A | 300 W | |
| DOPF45-13.3 | ±13.3 A | 600 W | |
| DOPF45-16 | ±16 A | 720 W | |
| DOPF45-26.7 | ±26.7 A | 1200 W | |
| DOPF45-44.4 | ±44.4 A | 2000 W | |
| DOPF60-2.5 | ±60 V | ±2.5 A | 150 W |
| DOPF60-5 | ±5 A | 300 W | |
| DOPF60-10 | ±10 A | 600 W | |
| DOPF60-20 | ±20 A | 1200 W | |
| DOPF60-33.3 | ±33.3 A | 2000 W | |
| DOPF70-17 | ±70 V | ±17 A | 1200 W |
| DOPF80-25 | ±80 V | ±25 A | 2000 W |
| DOPF120-2.5 | ±120 V | ±2.5 A | 300 W |
| DOPF120-5 | ±5 A | 600 W | |
| DOPF120-10 | ±10 A | 1200 W | |
| DOPF150-2 | ±150 V | ±2 A | 300 W |
| DOPF150-4 | ±4 A | 600 W | |
| DOPF150-8 | ±8 A | 1200 W | |
| DOPF200-1.5 | ±200 V | ±1.5 A | 300 W |
| DOPF200-1.75 | ±1.75 A | 350 W | |
| DOPF200-3 | ±3 A | 600 W | |
| DOPF200-3.5 | ±3.5 A | 700 W | |
| DOPF200-6 | ±6 A | 1200 W | |
| DOPF300-1 | ±300 V | ±1 A | 300 W |
| DOPF300-2 | ±2 A | 600 W | |
| DOPF300-4 | ±4 A | 1200 W | |
Functions
Fundamental waveform generated function
The DOPF is equipped with a built in function generator that produces sine, rectangular, and triangle waves. Frequency range can be set between 0.01 Hz and 20 kHz (30 kHz is available for some models). In addition, the easy adjustments of amplitude, start phase (sine wave), on-phase control (sine wave), and duty cycle (rectangular wave, triangular wave) are possible, making it very convenient for a variety of evaluation tests and applications.
Applications: Power-on test, rush current measurement, wave fluctuation test, etc.
Sequence functions
DOPF is equipped with a sequence function that can program step length, step amplitude, ramp, CV/CC mode, sequence-ending setting, AC superposition, step jump, number of jumps, etc. Any desired waveform can be generated making it useful for various experiments, evaluation, and validation applications.
If amplifier’s output turn off while it is running a sequence program half-way-through, the leftover sequence will not run but it is re-activated from the beginning of the original sequence.
- Step time: 10 ms to 1999 s 999 ms (resolution: 1 ms), Ramp and AC waveform is 50 ms.
- Setting up to 16 steps per program, and saving the setting for three programs
- Can be set CV/CC mode per program
- Frequency: Infinite, 1 to 999
Complicated waveforms such as below can be easily generated just by using the sequence function.
Applications: motor testing, pulse power supplies, or various evaluation equipment, etc.
Measurement functions
DOPF is equipped with measurement functions that measure DC value, AC RMS value, Max value, and Min. value. Thus wide
frequency ranges, DC to 20 kHz, can be measured automatically, and it is easy to change the setting depending on
application.
Besides, there is no need for choosing options, and it is easy to change the setting depending on
the application.
(Example) measures AC waveform
Memory function
DOPF is equipped with both preset and set-up memory.
During fundamental wave operation, output voltage (at CV
mode), Output current (at CC mode), CV/CC setting, and waveform setting can be saved to 10 set-up memories. Also,
sequence programs can be saved in up to 3 programs, which is useful for operations regarding multiple waveforms more
often-used or sequence function. Data changes can be saved and data called out very easily.
DOPF is also equipped with a Protection function, Key-lock function, and CV/CC crossover, as standard.
Specifications
Options
- -LD
Interlock
- -LEt *
LAN interface board
- Enable digital control via LAN
Control items
Output ON/OFF, Voltage/Current setting (AC and DC), Switch of constant voltage/constant current, Frequency setting, Waveform setting (sine wave, square wave, and triangular wave), phase setting (sine wave), Duty setting (square wave and triangular wave)
- -LF
Floating ground (withstanding voltage of 200 Vdc)
- The negative terminal of the output can be floatable up to 200 V. However, please take note that the external control signal source (such as a function wave generator) and the common measuring device that connects to the amplifier is the monitor terminal will also become floating potential in this case.
- -LGob *
Optical interface board
-
With optical communication, isolation control is performed. As complete isolation is performed by means of optical fiber, this enables advanced prevention of erroneous operation involved with transient phenomenon caused by surges, inductive lightning, external noise, etc.
[Control items] Output ON/OFF, Voltage/Current setting (AC and DC), Switch of constant voltage/constant current, Frequency setting, Waveform setting (sine wave, square wave, and triangular wave), Phase setting (sine wave), Duty setting (square wave and triangular wave) (The converters are required sold separately. Please contact our sales staff for details.)- -LGob: Optical interface board + optical cable 2 meters
- -LGob(Fc5): Optical interface board + optical cable 5 meters
- -LGob(Fc10): Optical interface board + optical cable 10 meters
- -LGob(Fc20): Optical interface board + optical cable 20 meters
- -LGob(Fc40): Optical interface board + optical cable 40 meters
Select the optional optical interface board (-LGob) when using this DC power supply under the following conditions.
- Noisy environment including factories (Example: Motors or coils are used near power supplies and loads).
- Using with high voltage floating (more than 250 V)
- Installation distance of 2 meters or more between the DC power supply and a controller such as a computer, laptop, or Programmable Logic Controller (PLC).
Interface adapters (sold separately)
To use the optical interface, you need to prepare an optical interface adapter separately. The following interface adapters are available according to the communication method of your controller port.
Adapter for LAN: CO-E32
Total 32 units can be connected to one CO-E32.
LAN cable is not provided.
Adapter for USB: USB-OPT
Total 32 units can be connected to one USB-OPT.
USB cable is not provided.
Adapter for RS-232C (9 pin): CO-OPT2-9
Adapter for RS-232C (25 pin): CO-OPT2-25
Adapter for RS-485 (25 pin): CO-OPT4-25
Total 32 units can be connected.
Adapter for GPIB: CO-G32
Total 32 units can be connected to one CO-G32.
GPIB cable is not provided.
(A) Optical fiber cable
As of models with -LGob option, a two-meter cable is provided in each model. If you need a longer cable, please consult us from here.
- -LMsm, -LMss
Master/Slave control
- "-LMsm" for Master unit, or "-LMss" for slave unit Maximum 2 slave units can be connected to the master unit. As the master and slave units individually adopt the dedicated settings, the switching of the two units is not allowed. When you control the master/slave operation via the USB communication while using the option in combination with -LUs1option, make sure that the master unit should select -LUs1 option only. As for the slave unit, -LUs1 option is unnecessary. On the other hand, however, if you use USB communication to control the slave unit only, -LUs1 option is required in the slave unit.
- -LS
External output ON/OFF
- -LUs1 *
USB interface board
- Digital control via USB
[Control items]
Output ON/OFF, Voltage/Current setting (AC and DC), Switch of constant voltage/constant current, Frequency setting, Waveform setting (sine wave, square wave, and triangular wave), Phase setting (sine wave), Duty setting (square wave and triangular wave)
- -L(220V)
Change of input voltage
- 200 Vac to 240 Vac ±10% single phase, 50/60 Hz input (150 W, 300 W, and 350 W models only)
* These options cannot be selected together.
How to Order
When ordering, add option No. to Model No. (Alphabetical and input voltage order)
Example:
DOPF60-20-LDFMsmSUs1, DOPF20-15-LDFGob(How to order Fc10)MssS(220V)
Dimensions
Download
![DOPF series Datasheet]()
-
DOPF series Datasheet
Date: 2023-07-26 rev.19
PDF (3,270 KB)
![Bipolar Power Supplies with Function Generator]()
-
Bipolar Power Supplies with Function Generator
Date: 2023-07-26 rev.03
PDF (6,666 KB)
![Bipolar Power Supplies/Amplifiers Selection Guide]()
-
Bipolar Power Supplies/Amplifiers Selection Guide
Date: 2023-10-17 rev.03
PDF (6,310 KB)
![DOPF series Instruction Manual]()
-
DOPF series Instruction Manual
Date: 2021-08-02 rev. 1.2
PDF (1,868 KB)
![DOPF series Instruction Manual (LGob, Lus1, LEt option)]()
-
DOPF series Instruction Manual (LGob, Lus1, LEt option)
Date: 2021-10-22 rev 0.6
PDF (904 KB)
-
DOPF series USB Driver
Date: 2023-08-23 rev1.7.5
ZIP (6,617 KB)
The account registration is necessary for downloading
![DOPF series Datasheet]()
-
DOPF series Datasheet
Date: 2023-07-26 rev.19
PDF (3,270 KB)
![Bipolar Power Supplies with Function Generator]()
-
Bipolar Power Supplies with Function Generator
Date: 2023-07-26 rev.03
PDF (6,666 KB)
![Bipolar Power Supplies/Amplifiers Selection Guide]()
-
Bipolar Power Supplies/Amplifiers Selection Guide
Date: 2023-10-17 rev.03
PDF (6,310 KB)
![DOPF series Instruction Manual]()
-
DOPF series Instruction Manual
Date: 2021-08-02 rev. 1.2
PDF (1,868 KB)
![DOPF series Instruction Manual (LGob, Lus1, LEt option)]()
-
DOPF series Instruction Manual (LGob, Lus1, LEt option)
Date: 2021-10-22 rev 0.6
PDF (904 KB)
-
DOPF series USB Driver
Date: 2023-08-23 rev1.7.5
ZIP (6,617 KB)
In this website, we provide only the latest version of information including instruction manuals as of our products. Therefore, the newest versions of manuals on the website might be not same as the ones of products you purchased in the past.
