OPS Series

OPS Series offers next generation highly precise, highly responsive Programmable DC Power Supply that enables simple operation method, precise DC output, diverse PC applications, strong durability and diverse circuits for protection. Likewise, this product can be used at various places in the digital era including industrial fields, research centers, educational institutions etc.

¨ç Over Voltage Protection Key

¨è Over Current Protection Key

¨é I/O CONFIG ¶Ç´Â LOCAL Key

¨ê LOCK Key

¨ë Store current state or Calibration Key

¨ì Recall Key of stored memory

¨íOutput voltage/ current ON/ OFF

¨î Voltage/ current selection or Limit Display Key

¨ï Key for setting up the cycling mode¡¯s STEP

¨ð Key for controlling cycling mode¡¯s SEQUENCE

¨ñ Key for setting up repetition of the cycling mode

¨ò Cycling modeÀÇ RUN/STOP Key

¨ó Error message Display Key

¨ô Menu Escape Key

Cursor for voltage/ electric current or key for modifying menu

¨Í Power switch

¨Ï Adjustment encoder

¨Î Display for indication

¨Ð Output terminal

	Protection against over-voltage (OVP) / over current (OCP)
	Able to store and recall up to 10 operation states (voltage, current, OVP, OCP)
	Able to store and confirm up to 10 error messages
	Self-diagnosis test mode
	Supports up to 100 cycling modes (voltage, current slope and delay time)
	Support for external software calibration without inside calibration.
	Factory function provided (memory initialization and correction date back-up and recovery)

Let¡¯s use the powerful store function!

OPS Series can store and recall up to 10 voltage and current, OVP, OCP that the user sets up. Even when a user is not an engineer, the user can use it for the production and product inspection, reliability test with the function for recalling the pre-set and stored data.

How does our company¡¯s productivity rank in the industry?

Our Programmable DC Power Supply is ideal for the FA system development since it can judge at least 30 equipments whether they are pass or fail within one second. It is possible to provide fine and precise source one using this product alone, since it has built-in 24 bit ADC. Likewise, it measures even the fine voltage and electric current. Thus, it is possible to reduce budget since it does not require separate voltage/ current measurement device at the outside.

Experience the upgraded stability

Even when the equipment¡¯s internal temperature changes or even when there are external factors that influence while conducting test for a long time due to the Temperature Compensation Circuit and real-time measurement Compensation Circuit that are applied to the OPS Series, it is possible to conduct test in an accurate and stable manner while maintaining the set up voltage.

Now, use it with peace of mind. [Protection Mode]

Using the over-voltage (O.V.P) and over-current (O.C.P)mode that are built in the OPS Series blocks the output over-voltage or over-current to protect the source of over-load, and it can be used safely even in case of user negligence or when conducting test for a long time. Moreover, it is possible to reduce the defect rate of the production line by blocking malfunction caused by user¡¯s negligence.

Detail description

	Why? Why is the output voltage different from the set up voltage?
	Remote Voltage Sensing Power supplier that does not provide V-Sensing may not offer an accuracy level that a user wants. ODA Technologies¡¯ Programmable DC Power Supply provides V-Sensing (Remote Voltage Sensing) function to produce compensation output when it comes to the voltage that is damaged due to the cable¡¯s specific resistance property in order to supply increasingly precise power.

	Now, measure immediately without delay after the output setting!
	Competitors¡¯ products require delay for a specific period of time in order to obtain accurate measurement value after the setting order is communicated. Even when the order for setting is communicated, Analog Controller¡¯s responsiveness is late. Thus, error may result in which measurement takes place while output voltage is increasing. Meanwhile, it is necessary to collect data impeccably only when measurement takes place after waiting for the setting of the output voltage and electric current is completed. Our company¡¯s programmable power supply can work with 2 ms to conduct 15 V setting in the 0V.

	The work can be carried out even when there is no program developer present.
	Cycling Mode TEST! Cycling Mode that is provided to the OPS Series provides memory so that up to 100 gradient and maintenance time of the voltage, electric current can be stored. When cycling Mode is used, it is possible to develop the system for the long-time reliability test for the product with ease without producing the Windows Application. Moreover, it is possible for the voltage and electric current to supply powers that are different in a regular, consistent manner to the mechanical device and facility besides the reliability test.

	Pyramidal wave materialization
	It is possible to materialize the output of the pyramidal wave by receiving the Arbitrary Function Generator¡¯s input voltage with the Analog Input.

Specification

Voltage Current	1A	2A	3A	5A	10A	30A	50A	100A	200A	500A
9V	OPS-91	OPS-92	OPS-93	OPS-95	OPS-910	OPS-930	OPS-950	OPS-9100	OPS-9200	OPS-9500
18V	OPS-181	OPS-182	OPS-183	OPS-185	OPS-1810	OPS-1830	OPS-1850	OPS-18100	OPS-18200	OPS-18500
30V	OPS-301	OPS-302	OPS-303	OPS-305	OPS-3010	OPS-3030	OPS-3050	OPS-30100	OPS-18200	OPS-30500
50V	OPS-501	OPS-502	OPS-503	OPS-505	OPS-5010	OPS-503	OPS-5050	OPS-50100	OPS-50200	OPS-50500
80V	OPS-801	OPS-802	OPS-803	OPS-805	OPS-8010	0OPS-8030	OPS-8050	OPS-80100	OPS-80200	OPS-80500
100V	OPS-1001	OPS-1002	OPS-1003	OPS-1005	OPS-10010	OPS-10030	OPS-10050	OPS-100100	OPS-100200	OPS-100500
150V	OPS-1501	OPS-1502	OPS-1503	OPS-1505	OPS-15010	OPS-15030	OPS-15050	OPS-150100	OPS-150200	OPS-150500
200V	OPS-2001	OPS-2002	OPS-2003	OPS-2005	OPS-20010	OPS-20030	OPS-20050	OPS-200100	OPS-200200	OPS-200500
300V	OPS-3001	OPS-3002	OPS-3003	OPS-3005	OPS-30010	OPS-30030	OPS-30050	OPS-300100	OPS-300200	OPS-300500
500V	OPS-5001	OPS-5002	OPS-5003	OPS-5005	OPS-50010	OPS-50030	OPS-50050	OPS-500100	OPS-500200	OPS-500500

Parameter Model	OPS-303	OPS-305	OPS-307	OPS-3010
Output rating	0~30V, 0~3A	0~30V, 0~5A	0~30V, 0~7A	0~30V, 0~10A
Resolution
Programming/Readback	¡Â 250§Å / ¡Â 30§Ë	¡Â 250§Å / ¡Â 50§Ë	¡Â 250§Å / ¡Â 70§Ë	¡Â 250§Å / ¡Â 100§Ë
Display Meter	1mV / 100§Ë	1mV / 100§Ë	1mV / 1mA	1mV / 1mA
Programming Accuracy (@25¡É ±5¡É)±(%of output + offset)
Voltage	0.05% + 10mV	0.05% + 10mV	0.05% + 10mV	0.05% + 10mV
Current	0.15% + 5mA	0.15% + 5mA	0.2% + 10mA	0.2% + 10mA
Read-back Accuracy (@25¡É ±5¡É)±(%of output + offset)
Voltage	0.05% + 5mV	0.05% + 5mV	0.05% + 5mV	0.05% + 5mV
Current	0.08% + 3mA	0.08% + 3mA	0.15% + 5mA	0.15% + 5mA
Ripple & Noise	¡Â 2mVp-p, ¡Â 2mArms	¡Â 2mVp-p, ¡Â 2mArms	¡Â 2mVp-p, ¡Â 2mArms	¡Â 2mVp-p, ¡Â 2mArms
Load Regulation	2mV, 500§Ë	2mV, 500§Ë	2mV, 500§Ë	2mV, 500§Ë
Line Regulation	500§Å, 500§Ë	500§Å, 500§Ë	500§Å, 500§Ë	500§Å, 1mA
Command Processing Time	£¼32ms	£¼32ms	£¼32ms	£¼32ms
Voltage Programming Speed(No load)
Rising time	¡Â 7.5V/§Â	¡Â 7.5V/§Â	¡Â 7.5V/§Â	¡Â 7.5V/§Â
Falling time	¡Â 3V	¡Â 3V/§Â	¡Â 3V/§Â	¡Â 3V/§Â
Transient Response time	Less than 50§Á for output to recover to within 15mV following a change in output current from full load to half load or vice versa

Parameter Model	OPS-303	OPS-305	OPS-307	OPS-3010
Output rating	0~50V, 0~3A	0~50V, 0~5A	0~80V, 0~1A	0~80V, 0~2A
Resolution
Programming/Readback	¡Â 500§Å / ¡Â 30§Ë	¡Â 500§Å / ¡Â 50§Ë	¡Â 800§Å / ¡Â 10§Ë	¡Â 800§Å / ¡Â 20§Ë
Display Meter	1mV / 100§Ë	1mV / 100§Ë	10mV / 100§Ë	10mV / 100§Ë
Programming Accuracy (@25¡É ±5¡É)±(%of output + offset)
Voltage	0.05% + 12mV	0.05% + 12mV	0.05% + 35mV	0.05% + 35mV
Current	0.15% + 5mA	0.15% + 5mA	0.15% + 5mA	0.15% + 5mA
Read-back Accuracy (@25¡É ±5¡É)±(%of output + offset)
Voltage	0.05% + 6mV	0.05% + 6mV	0.05% + 18mV	0.05% + 18mV
Current	0.08% + 3mA	0.08% + 3mA	0.08% + 3mA	0.08% + 3mA
Ripple & Noise	¡Â 3mVp-p, ¡Â 2mArms	¡Â 3mVp-p, ¡Â 2mArms	¡Â 6mVp-p, ¡Â 2mArms	¡Â 6mVp-p, ¡Â 2mArms
Load Regulation	2mV, 500§Ë	2mV, 500§Ë	3mV, 500§Ë	3mV, 500§Ë
Line Regulation	500§Å, 500§Ë	500§Å, 500§Ë	1mV, 500§Ë	1mV, 500§Ë
Command Processing Time	£¼32ms	£¼32ms	£¼32ms	£¼32ms
Voltage Programming Speed(No load)
Rising time	¡Â 7.5V/§Â	¡Â 7.5V/§Â	¡Â 7.5V/§Â	¡Â 7.5V/§Â
Falling time	¡Â 3V/§Â	¡Â 3V/§Â	¡Â 3V/§Â	¡Â 3V/§Â
Transient Response time	Less than 50§Á for output to recover to within 15mV following a change in output current from full load to half load or vice versa
Common matters	RS-232C attached by default 19inch half x 3U size : 213mm(W) x 132mm(H) x 370mm(D) (Excepted bumper, less than 300W)
Option	Output at the rear side, input power (AC 100, AC 110, AC 230), GPIB communication, GPIB Cable, RS-232C Cable, Analog Signal Input, Analog Signal Output, rack mount kit

Parameter Model	OPS-803	OPS-1001	OPS-1002	OPS-1003
Output rating	0~80V, 0~3A	0~100V, 0~1A	0~100V, 0~2A	0~100V, 0~3A
Resolution
Programming/Readback	¡Â 800§Å / ¡Â 30§Ë	¡Â 1mV / ¡Â 10§Ë	¡Â 1mV / ¡Â 20§Ë	¡Â 1mV / ¡Â 30§Ë
Display Meter	10mV / 100§Ë	10mV / 100§Ë	10mV / 100§Ë	10mV / 100§Ë
Programming Accuracy (@25¡É ±5¡É)±(%of output + offset)
Voltage	0.05% + 35mV	0.05% + 40mV	0.05% + 40mV	0.05% + 40mV
Current	0.15% + 5mA	0.15% + 5mA	0.15% + 5mA	0.15% + 5mA
Read-back Accuracy (@25¡É ±5¡É)±(%of output + offset)
Voltage	0.05% + 18mV	0.05% + 20mV	0.05% + 20mV	0.05% + 20mV
Current	0.08% + 3mA	0.08% + 3mA	0.08% + 3mA	0.08% + 3mA
Ripple & Noise	¡Â 6mVp-p, ¡Â 2mArms	¡Â0.01%mVrms, ¡Â3mArms	¡Â0.01%mVrms, ¡Â3mArms	¡Â0.01%mVrms, ¡Â3mArms
Load Regulation	3mV, 500§Ë	3mV, 500§Ë	3mV, 500§Ë	3mV, 500§Ë
Line Regulation	1mV, 500§Ë	1mV, 500§Ë	1mV, 500§Ë	1mV, 500§Ë
Command Processing Time	£¼32ms	£¼32ms	£¼32ms	£¼32ms
Voltage Programming Speed(No load)
Rising time	¡Â 7.5V/§Â	¡Â 7.5V/§Â	¡Â 7.5V/§Â	¡Â 7.5V/§Â
Falling time	¡Â 3V/§Â	¡Â 3V/§Â	¡Â 3V/§Â	¡Â 3V/§Â
Transient Response time	Less than 50§Á for output to recover to within 15mV following a change in output current from full load to half load or vice versa

Parameter Model	OPS-1501	OPS-1502	OPS-2001	OPS-3001
Output rating	0~150V, 0~1A	0~150V, 0~2A	0~200V, 0~1A	0~300V, 0~1A
Resolution
Programming/Readback	¡Â 1.5mV / ¡Â 10§Ë	¡Â 1.5mV / ¡Â 20§Ë	¡Â 2mV / ¡Â 10§Ë	¡Â 3mV / ¡Â 10§Ë
Display Meter	10mV / 100§Ë	10mV / 100§Ë	10mV / 100§Ë	10mV / 100§Ë
Programming Accuracy (@25¡É ±5¡É)±(%of output + offset)
Voltage	0.05% + 50mV	0.05% + 50mV	0.05% + 75mV	0.05% + 95mV
Current	0.15% + 5mA	0.15% + 5mA	0.15% + 5mA	0.15% + 5mA
Read-back Accuracy (@25¡É ±5¡É)±(%of output + offset)
Voltage	0.05% + 25mV	0.05% + 25mV	0.05% + 40mV	0.05% + 50mV
Current	0.08% + 3mA	0.08% + 3mA	0.08% + 3mA	0.08% + 3mA
Ripple & Noise	¡Â0.01%mVrms, ¡Â3mArms	¡Â0.01%mVrms, ¡Â3mArms	¡Â0.01%mVrms, ¡Â3mArms	¡Â0.01%mVrms, ¡Â3mArms
Load Regulation	4mV, 500§Ë	4mV, 500§Ë	4mV, 500§Ë	4mV, 500§Ë
Line Regulation	1mV, 500§Ë	1mV, 500§Ë	1mV, 500§Ë	1mV, 500§Ë
Command Processing Time	£¼32ms	£¼32ms	£¼32ms	£¼32ms
Voltage Programming Speed(No load)
Rising time	¡Â 7.5V/§Â	¡Â 7.5V/§Â	¡Â 7.5V/§Â	¡Â 7.5V/§Â
Falling time	¡Â 3V/§Â	¡Â 3V/§Â	¡Â 3V/§Â	¡Â 3V/§Â
Transient Response time	Less than 50§Á for output to recover to within 15mV following a change in output current from full load to half load or vice versa
Common matters	RS-232C attached by default 19inch half x 3U size : 213mm(W) x 132mm(H) x 370mm(D) (Excepted bumper, less than 300W)
Option	Output at the rear side, input power (AC 100, AC 110, AC 230), GPIB communication, GPIB Cable, RS-232C Cable, Analog Signal Input, Analog Signal Output, rack mount kit