Matsusada DJOP Series Manual Download Page 3

Specifications

Protections

Input voltage

Input current

External control voltage
(Vcon-in)

Output display
(DC value)

DC bias

Ripple

Stability

Setting accuracy

Distortion

85V to 264Vac / 50/60Hz / single phase

1.5A max @115Vac input

-10V to +10V
(input impedance : more than 10k

Ω

)

Voltage : 3-digit digital meter ±999
Current : 3-digit digital meter ±999

-100% to +100% by 10-turn potentiometer

<CV mode> less than 0.02%rms
<CC mode> less than 0.2%rms

0.016%/Hr typ.

±0.5%F.S.

<CV mode> 0.05%   <CV mode> 0.5%
(at rated output or resistor load)

DOP series is a bi-polar power supply which can perform 

four-quadrant operation.  They can supply (source) and

absorb (sink) current in the field of the drawing on the right.

+Vo max

-Vo max

Vo max : rated output voltage

Io max  : rated output current

+Io max

-Io max

Range of AC operation (with 50Hz or more frequency and 50 % 
of duty and without any DC bias)

Range of DC operation

Ⅰ(SOURCE)

Ⅱ(SINK)

Ⅳ(SINK)

Ⅲ(SOURCE)

High speed over current protection

DOP series is provided with 2 types of over current protections, high speed over current 

protection to limit the pulse current, and standard over current protection to limit the 

static current.

The standard over current protection limits the static current, responding at around 1ms.

Additional high speed over current protection can limit pulse current of square waveforms 

or from capacitor at approx. 2 times more current of rating.

DOP series is equipped with over voltage protection, which 
protects load by limiting voltage up to approx. 120% of the 
rated output voltage even at abnormal conditions.

Vo

Io

1ms

I limit

I peak

Over voltage protection (O.V.P)

DOP series is also equipped with over current protection, 
which protects power supplies and load by limiting current 
up to approx. 120% of the rated output current.

Over current protection (O.C.P)

*-

LVl option(output voltage limitter) enable to control the output in 0 to approx. 110% range.

*-

LIl option(output current limitter) enable to control the output in 0 to approx. 110% range.

Regulation

Temperature coef.

Output monitor

Protections

Operating temp.

Storage temp.

Humidity

Accessories

Input : 0.05% (for ±10% input change)
Load : 0.05% (for 10% to 100% load change)

200ppm / ºC

Output voltage : -10V to +10V ±1%F.S.
Output current : -10V to +10V ±1%F.S.
Output impedance : 1k

Ω

Over voltage protection, over current
protection, against short-circuit and blackout

0ºC  to +40ºC

-20ºC  to +70ºC

20% to 80%RH (no condensation)

AC input cable 2.5m (1)
(3-pin connector 125V type)
Instruction manual (1)

Output range

Summary of Contents for DJOP Series

Page 1: ...gh speed bi polar power supply DJOP Series www matsusada com Four quadrant fast response bi polar power supply DJOP series Output voltage 0V to 60V Maximum output power 60W Frequency bandwidth DC to 30kHz NEW NEW ...

Page 2: ...d transformer Capacitive load like capacitor Various motor tests voltage regulation tests for in vehicle electrical component Evaluation test for solar panel related devices For surface treatment Wide lineup Select a model fitting for your applications from the lineup of various output voltage and current DC bias 10 turn potentiometer to be used for the output setting volume when used as the DC po...

Page 3: ...urrent The standard over current protection limits the static current responding at around 1ms Additional high speed over current protection can limit pulse current of square waveforms or from capacitor at approx 2 times more current of rating DOP series is equipped with over voltage protection which protects load by limiting voltage up to approx 120 of the rated output voltage even at abnormal co...

Page 4: ...l of output voltage V when CV control is selected and output current A when CC control is selected CV CC setting selection Use of BIAS In CV mode In CC mode When the BIAS ON OFF switch is flipped to ON bias can be changed with the BIAS setting dial Bias of the voltage can be set when CV control is selected and that of the current can be when CC control is selected Vcon Output voltage Output curren...

Page 5: ...width higher enough than the operating frequency In case of using sine waves 3 to 5 times more frequency bandwidth is required and around 10times more in case of square waves in general Inadequate bandwidth causes not only decrease in the output amplitude but much difference between the input and output phases Therefore operating the product while monitoring the actual output waveforms is recommen...

Page 6: ...be defective as satisfactory to us we at our sole discretion repair or replace such defective Products at no cost to the purchaser We assume no liability to the purchaser or any third party for special incidental consequential or other damages resulting from a breach of the foregoing warranty This warranty excludes any and all other warranties not set forth herein express or implied including with...

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