0

20

40

60

80

100

120

140

t

0102030405060708090

100

Input Voltage (%)

Output Voltage vs. Input Voltage

Full-load

No-load

4719BH03

PAGE 1

WWW.XPPOWER.COM

MODEL

OUTPUT

OUTPUT

E02

200V

15mA

E02-5

250V

12mA

E03

300V

10mA

E05

500DV

6.0mA

E06

600V

5.0mA

E07-5

750V

4.0mA

E08

800V

3.7mA

E10

1kV

3.0mA

E12

1.2kV

2.5mA

E15

1.5kV

2.0mA

E20

2kV

1.5mA

E30

3kV

1.0mA

E40

4kV

0.75mA

E50

5kV

0.60mA

E60

6kV

0.50mA

7kV

0.43mA

8kV

0.25mA

200V to 7kV at 3W / 8kV at 2W

PRODUCT DESCRIPTION

Proven

Reliability

E SERIES

ISOLATED, PROPORTIONAL DC TO HV DC CONVERTERS

APPLICATIONS

OPTIONS

PRODUCT DESCRIPTION

PRODUCT SELECTION TABLE

FEATURES

• Proportional Input/Output

• Compact, PCB Mount Package

• Low Ripple, Low EMI / RFI

• Proven Reliability

• Input/Output Isolation

• Low Leakage Current

• Low Input/Output Coupling Capacitance

• No External Components Required

• No Minimum Load Required

• MTBF: >2 Million Hours per Bellcore TR-332

• UL Certified Encapsulant, Meets 94V-0 Flammability

• Mounting Holes

• RoHS Compliant

• Electrophoresis

• Capacitor Charging

• Field Generation

• Piezo Devices

• Mass Spectrometry

• Electrostatic Chuck

• Igniter / Spark Module

• Sustaining Ion Pumps

• Dual output (Center Tap) Models Available (CT Suffix)

• External EMI/RFI Shield (AB Suffix)

The E Series is a broad line of small, versatile, component level

building blocks in a PCB mount package that provide up to 7kV at

3 Watts continuous output power, (8kV at 2 Watts). This series fea-

tures low ripple, noise, and EMI/RFI by utilizing a quasi-sinewave

oscillator, excellent filtering techniques and a fully enclosed pot

core transformer. The output voltage is directly proportional to the

input voltage, and is linear from approximately 0.7 volts to maxi-

mum input. The isolated output allows for user selectable output

polarity. Options include external aluminum box, a dual output

option with center-tap pin which, when grounded, provides both

positive and negative outputs from one low cost module.