Technical Parameters

High Frequency Radiation Ring Model

Maximum Input Pulse Voltage

Input Pulse Width

Ring Diameter [mm]

Cable Type

Cable Length [mm]

Type of Connector

Weight [kg]

HFRR 50

±4000 V

50 ns ~ 1 μs

50

RG-58

2000

BNC
(HBNC-GP-55U)

0.2

HFRR 75

±4000 V

50 ns ~ 1 μs

75

RG-58

2000

BNC
(HBNC-GP-56U)

0.2

HFRR 100

±4000 V

50 ns ~ 1 μs

100

RG-58

2000

BNC
(HBNC-GP-57U)

0.4

HFRR 150

±4000 V

50 ns ~ 1 μs

150

RG-58

2000

BNC
(HBNC-GP-58U)

0.48

HFRR 200

±4000 V

50 ns ~ 1 μs

200

RG-58

2000

BNC
(HBNC-GP-59U)

0.6

HFRR 250

±4000 V

50 ns ~ 1 μs

250

RG-58

2000

BNC
(HBNC-GP-60U)

0.66

HFRR 300

±4000 V

50 ns ~ 1 μs

300

RG-58

2000

BNC
(HBNC-GP-61U)

0.73

Optional Host

1

High Frequency Noise Simulator

Model: INS 400

The INS 400 high-frequency noise simulator is designed to simulate the interference generated when the current through inductive components, represented by relay on or off, rapidly starts and stops.

Output voltage: 0.1 kV ~ 2 kV

Pulse width: 50 ns ~ 1 μs

2

High Frequency Noise Simulator

Model: INS 800

The INS 800 high-frequency noise simulator is designed to simulate the interference generated when the current through inductive components, represented by relay on or off, rapidly starts and stops.

Output voltage: 0.2 kV ~ 4 kV

Pulse width: 50 ns ~ 1 μs