http://www.tracopower.com

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Features

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Compact high voltage power supplies

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Full SMD design with ceramic capacitors

for highest reliability

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Positive or negative polarity models

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PCB- and flying lead versions

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Excellent output stability

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Low temperature coefficient

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Ultra low ripple

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Remote voltage programming 0 to 100 %

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Short circuit protection

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Shielded metal case

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3-year product warranty

High Voltage Power Supplies

THV Series, 2 – 3 Watt

Order code

Input voltage range

Output voltage

Output current max.*

Case

THV 12-180P

THV 12-180N

THV 12-300P

THV 12-300N

THV 12-350P

THV 12-350N

THV 12-500P

THV 12-500N

12 VDC

10.8 – 13.2 VDC

0...+180 VDC

0...–180 VDC

0...+300 VDC

0...–300 VDC

0...+350 VDC

0...–350 VDC

0...+500 VDC

0...–500 VDC

12 mA

12 mA

10 mA

10 mA

7 mA

7 mA

6 mA

6 mA

A

A

A

A

A

A

B

B

THV 12-1000P

THV 12-1000N

THV 12-1500P

THV 12-1500N

THV 12-2000P

THV 12-2000N

12 VDC

10.8 – 16.5 VDC

0...+1000 VDC

0...–1000 VDC

0...+1500 VDC

0...–1500 VDC

0...+2000 VDC

0...–2000 VDC

2 mA

2 mA

1.3 mA

1.3 mA

1 mA

1 mA

B

B

B

B

B

B

SHV 12-0.5 K 6000P

SHV 12-0.5 K 6000N

12 VDC

10.8 – 13.2 VDC

0...+500 VDC

0...–500 VDC

6 mA

6 mA

C

C

SHV 12-1.0 K 2000P

SHV 12-1.0 K 2000N

SHV 12-1.5 K 1300P

SHV 12-1.5 K 1300N

SHV 12-2.0 K 1000P

12 VDC

10.8 – 16.5 VDC

0...+1000 VDC

0...–1000 VDC

0...+1500 VDC

0...–1500 VDC

0...+2000 VDC

0...–2000 VDC

2 mA

2 mA

1.3 mA

1.3 mA

1 mA

1 mA

C

C

C

C

C

C

SHV 12-2.0 K 1000N

Models

The THV / SHV series are regulated miniature high voltage power modules

using SMD and hybrid technology. They are designed for PCB mounting

(THV series) or chassis mounting (SHV series). The use of high stability compo-

nents guarantees a minimal temperature drift and a very stable output voltage.

Typical applications for these high voltage power supplies are photomultiplier tubes,

gas chromatography, analytical instruments and wherever where small size and

high output voltage stability is requested.

Appendix P for positive output polarity / Appendix N for negative output polarity

*see page 2 for max. output current vs output voltage