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NF ZM2376 - Page 71

NF ZM2376
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3.5 Basic Operations
3-37 ZM2376
Table 3-3 Max. current, max. voltage, and output impedance in each measurement range
Measurement
range
Maximum current
(Detection)
Maximum voltage
Output
impedance
Rd
Measurement signal
level
Detection
1MΩ
5µArms
5Vrms
5Vrms
100Ω
100kΩ
50µArms
5Vrms
5Vrms
100Ω
10kΩ
500µArms
5Vrms
5Vrms
100Ω
1kΩ
5mArms
5Vrms
5Vrms
100Ω
100Ω
50m / 12mArms
(Rd= 100 / 25, 6 Ω)
5 / 1.2 Vrms
(Rd= 100 / 25, 6 Ω)
5 / 1.2 Vrms
(Rd= 100 / 25, 6 Ω)
100 / 25 / 6 Ω
10Ω
50m / 200mArms
(Rd= 100, 25 / 6 Ω)
5 / 1.2 Vrms
(Rd= 100 / 25, 6 Ω)
0.5 / 1.2Vrms
(Rd= 100 / 25, 6 Ω)
100 / 25 / 6 Ω
1Ω
200mArms
5 / 1.2 Vrms
(Rd= 25 / 6 Ω)
200mVrms
25 / 6 Ω
100mΩ
200mArms
5 / 1.2 Vrms
(Rd= 25 / 6 Ω)
20mVrms
25 / 6 Ω
The output impedances shown in bold font indicate the initial values.
The max sensing current/voltage shown in the above table are values obtained at the largest
measurement signal level for each output impedance. If the measurement signal level is
decreased, the range of detection current/voltage will be narrower.
Allowable current peak value (instantaneous value) including DC bias current (leak current) is
about 1.4 times the max sensing current (RMS value). Actually, the detection side has a margin
of 10% or more.
Rd: Output impedance
Sum of cable resistance, contact resistance, and Rd error (+) = 0.5Ω
Figure 3-5 Capacitance to measurement signal level characteristics
-20
-10
0
10n 100n 1µ 10µ 100µ 1m
Cp F (DUT)
信号レベル低下率 %
Rd=6Ω
120Hz
Rd=6Ω
Rd=100Ω
Rd=100Ω
D = 0.1
R-cable = 0.5Ω
ALC=OFF
1kHz
1kHz
120Hz
Signal level decreasing rate (%)

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