Atec Haefely-PEFT-8010 - Manual (Page 3)

T e c h n ic a l S p ec if i c a t io ns
Wave Shape into 50Ω load
Rise time 5 ns ± 30 %
Impulse duration 50 ns ± 30 %
Wave Shape into 1000Ω load
Rise time 5 ns ± 30 %
Impulse duration 50 ns – 15 / + 100 ns
Burst Characteristic
Voltage at HV-output:
Voltage at CDN output: 1.0 … 7.3 kV
1.0 … 6.6 kV
Spike frequency 1 Hz … 110 kHz
Burst duration 0.01 … 999 ms
Burst period 0.1 Hz … 400 Hz
2.5 ms … 10 s
1 period … 500 periods
Impulses per second max. 250 for Unom > 4 kV
max. 500 for Unom
≤ 4 kV
Impulses per burst max. 75 for Unom > 4 kV
max. 150 for Unom
≤
4 kV
Spike distribution normal, continuous,
random, real
Polarity positive, negative
Test time 10 s … 8 h per path
Weight and Dimension
Weight 14 kg
W x H x D 450mm x 130mm x 570mm
Single Phase Coupling/Decoupling Network
Maximum AC voltage 264 V @ 16 … 440 Hz
Maximum AC current 16 A @ 50 … 60 Hz, 10 A @
400 Hz
Maximum DC voltage 125 V
Maximum DC current 16 A (dependant on DC
voltage)
Coupling Modes L-GND, N-GND, PE-GND,
LN-GND, LPE-GND, NPE-
GND, LNPE-GND
Residual voltage at
Test Supply Input ≤ 10% of applied
test voltage
Synchronisation
Frequency 16 2 /
3
Hz, 40 Hz, 50 Hz,
60 Hz, 400 Hz, auto
Impulse trigger automatic, manual, external
System Configuration
EUT fail input BNC, logic low to trigger
P90 interface for a 3-phase CDN
extension
PESD interface for connecting an ESD
generator
Printer interface Centronix
Computer interface RS-232, IEEE-488 (optional)
Power Supply
Voltage 85 … 264 VAC, 150 VA
Frequency 50 / 60 Hz
Impulse duration
burst duration
burst period
t t
V V
90%
50%
10%
rise time
spike frequency