Atec Sorensen-PRO-T Series User Manual

Page 3

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Sorensen • 858/450-0085 • 800/733-5427 • Fax: 858/458-0267 • 9250 Brown Deer Road • San Diego • California • 92121-2294 • www.elgar.com • E-mail: [email protected]

Model

Output Power

Constant Voltage Mode

Voltage

(VDC)

30°C 40°C 50°C

PRO 16-625T5*

0-16

625

562

500

8-16

30

100

.025%

40

PRO 32-310T5*

0-32

310

279

248

16-32

20

120

.025%

40

PRO 55-180T5*

0-55

180

162

144

28-55

20

120

.025%

40

PRO 80-125T5

0-80

125

112.5

100

40-80

30

120

.025%

40

PRO 110-90T5*

0-110

90

81

72

55-110

40

140

.025%

40

PRO 160-62T5*

0-160

62

55.8

49.6

80-160

60

180

.025%

40

PRO 300-33T5*

0-300

33

29.7

26.4

150-300

100

300

.025%

40

PRO 600-16T5*

0-600

16

14.4

12.8

300-600

150

600

.025%

40

Current (ADC)

Regulation

Line and

Load mV

1

Resolution

%

Transient

Response

Time

ms (Typ.)

Temp.

Coeff.,

Voltage

mV/°C

Voltage

Drift

%V

0

Max.

(Typ.) Ohms/V V/V

Ripple

(RMS)**

mV

Noise

(P-P)

mV

Programming

Constant

Voltage Mode

3.2

0.1

625

1.6

6.4

0.1

313

3.2

11.0

0.1

16.0

22.0

32.0

60.0

120.0

0.1

0.1

0.1

0.1

0.1

182

125

91

63

33

17

5.5

8.0

11.0

16

30

60

Constant Current Mode

Regulation

1

mA

Ripple

(RMS)**

mA

Resolution

%

Ohms/A

V/A

PRO 16-625T5*

312-625

2000

.025%

250

0.1

16.0

62.5

0.75

80

PRO 32-310T5*

155-310

1500

.025%

124

0.1

32.0

31

0.75

80

PRO 55-180T5*

90-180

900

.025%

72

0.1

56.0

18

0.75

80

PRO 80-125T5*

62-125

900

.025%

50

0.1

80.0

12.5

0.75

80

PRO 110-90T5*

45-90

800

.025%

36

0.1

111.0

9.0

0.75

80

PRO 160-62T5*

31-62

480

.025%

25

0.1

161.0

6.2

0.75

85

PRO 300-33T5*

16-33

240

.025%

13

0.1

303.0

3.3

0.75

85

PRO 600-16T5*

8-16

120

.025%

6

0.1

625.0

1.6

0.75

85

1. Regulation range as stated 0.1% of voltage or current, or stated range, whichever is greater. 2. Efficiency at max. power out and nominal AC input voltage (typical).
* See voltage options for other available inputs. **RMS ripple typical from 20 Hz to 300 kHz

Model

Temp

Coeff.,

Current

mA/°C

Current Drift

%I

0

Max.

(Typ.)

Programming Constant

Current Mode

Power
Factor

(Typ.)

Efficiency

2

Output

Power

kW

10

10

10

10

10

10

10

10

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