3.3. FREqUENCy CHARACTERISTICS
Range (Arms)
Pass band to ± 3 dB (Hz)
Tr and Tf from 10 to 90% (µs)
Td to 10% (µs)
Insertion impedance at 10kHz
(mW)
Tr:
Rise Time
Tf:
Fall Time
Td:
Delay Time
(3): This is the equivalent pass band calculated by the formula:
BP = 0.35/Tt
with Tt = transition time (Tr or Tf)
3.4. VARIATIONS IN RANGE OF USE
quantity of influence
Battery voltage
Temperature
Relative humidity
Frequency response
Position of the conduc‑
tor in the undeformed
sensor
A d j a c e n t c o n d u c t o r
c a r r y i n g a l t e r n a t i n g
current
D e f o r m a t i o n o f t h e
sensor
Common mode rejec‑
tion
Common mode rejec‑
tion
I m p e d a n c e o f t h e
measuring instrument Z
30
2‑1,000,000
(3)
0.30
0.4
Range of influence
7 to 9V
Adapter:
‑ 10°C to + 55°C
Coil only:
‑ 10°C to +90°C
10 to 90% RH
5Hz to 1 MHz
Any position
Conductor 1cm from
the sensor
Oblong shape
6 0 0 V
b e t w e e n
the jacket and the
secondary
600V between the
f l e x i b l e s e n s o r
and the secondary
Depends on measur‑
ing instrument
300
2‑1,000,000
0.24
0.3
<0.05
Error in % of reading
Typical
0.02%
0,05 % / 10 °C
30 / 300 A model
0,15 % / 10 °C
3000 A model
0.2%
See §3.5
± (1 % + 0,3 A)
1% or 40 db
0.2%
83 db
100 db
0.1%/Z in MW
3000
2‑1,000,000
0.3
0.4
Maximum
0.1%
0,2 % / 10 °C
30 / 300 A model
0,6 % / 10 °C
3000 A model
0.5%
2.5% (6% near
snap device)
1.5% or 36.5 db
(3% or 30.5
db near snap
device)
1%
75 db
80 db