7.Technical Specifications
200.00k
Ω
10
Ω
2.0000M
Ω
100
Ω
20.000M
Ω
1k
Ω
±(0.5%+1dig)
200.00M
Ω
10k
Ω
±(5.0%+10dig)
Capacitance (F)
2.0000nF
0.01pF
±(3.0%+10dig)
20.000nF
1pF
200.00nF
10pF
2.0000
μF
100pF
20.000
μF
1nF
200.00
μF
10nF
2.0000mF
100nF
20.000mF
[3]
1μF
Frequency
[4]
(Hz)
20.000Hz
0.01Hz
±(0.1%+4dig)
200.00Hz
0.1Hz
2.0000kHz
1Hz
20.000kHz
10Hz
200.00kHz
100Hz
2.0000MHz
1kHz
20.000MHz
10kHz
Duty Cycle
[5]
(%)
0.1% - 99.9% (Typical
：
Vrms=1 V, f=1 kHz)
0.10%
±(1.2%+3dig)
0.1% - 99.9%(
≥
1 kHz)
±(2.5%+3dig)
Temperature (°C/°F)
－
50
℃
to 400
℃
1
℃
±(1.0%+3
℃
)
－
58
℉
to 752
℉
1
℉
±(1.2%+6
℉
)
[1]
The rotary switch position
is only for specific models.
[2]
When measuring current, for 10 A to 15 A, the measuring duration should not be over 2
minutes within 10 minutes, and in this 10 minutes, no other current should flow through
except within the measuring duration; for 15 A to 20 A, the measuring duration should not be
over 10 seconds within 15 minutes, and in this 15 minutes, no other current should flow
through except within the measuring duration.
[3]
When measuring capacitance, for the 20.00mF range, the measuring duration should be over
30 seconds.
[4]
When measuring frequency, the typical waveform is Square or Sine. The signal meets the
following conditions.
Frequency
Amplitude (rms)
1 Hz – 4 MHz
≥ 100 mV
4 Hz – 8 MHz
≥ 200 mV
8 Hz – 10 MHz
≥ 300 mV
[5]
When measuring duty cycle, the typical waveform is Square.
Note
: when measuring resistance and capacitance, the influence of the resistance reactance of
the pen itself on the measured value should be considered.
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