Hioki IM3536 - Page 61

55
Setting Measurement Conditions (basic settings)
Low Z High Accuracy Mode (high-precision measurement) (AC/DC)
Enabling low-Z high-precision mode will switch the output resistance to 10
Ω
, enabling high-preci-
sion measurement by allowing an adequate amount of current to ow to the measurement sample.
Screen display method (For more information, see p. 24.):
AC measurement (Measurement screen) SET key>(SET screen) BASIC tab>RANGE key
DC measurement (Measurement screen) SET key>(SET screen) Rdc tab>RANGE key
1
Touch the LOW Z ON key.
2
Touch the EXIT key twice.
Displays the measurement screen.
• In low-Z high-precision mode, the measure-
ment signal level setting range changes.
(p. 50)
• Changing the low Z high accuracy mode
setting while open correction, short correc-
tion, or load correction is enabled causes
the correction values to be disabled.
• Low-Z high-precision mode can only be
enabled while using the 100 m
Ω
, 1
Ω
, or 10
Ω
range. See the table below.
Measurement
range
DC measure-
ment
AC measurement (measurement frequency)
to 1 kHz to 10 kHz
to 100 kHz to 1 MHz to 5 MHz to 8 MHz
100 M
Ω
10 M
Ω
None
1 M
Ω
100 k
Ω
10 k
Ω
Even if low-Z high-precision mode is set to ON, the output resistance will remain 100
Ω
.
(The measurement signal level will be limited to 1 V or less.)
1 k
Ω
100
Ω
10
Ω
Low-Z high-precision mode is enabled.
(When low-Z high-precision mode is off, the output resistance will
be 100
Ω
.)
1
Ω
100 m
Ω
3
Performing Measurements in LCR Mode