Hioki 7016 Operation Manual
OPERATION GUIDE
7016
SIGNAL SOURCE
Contents
Contents
Introduction ............................................................... 1
Chapter 1 Source Function 3
1.1 Basic Sourcing Procedure........................... 4
1.2 Constant-Voltage Source (DCCV)............... 6
1.3 Constant-Current Source (DCCC)............... 8
1.4 Pulse Source (PULSE).............................. 10
1.5 Using Memory Function
(SCAN and RAMP)....................................12
i
1.5.1 Using the SCAN Function .............. 12
1.5.2 Using the RAMP Function.............. 17
Chapter 2 Measurement Function 21
2.1 Basic Measurement Procedure
(Common Procedure)................................ 21
2.2 Measuring Voltage .................................... 23
2.3 Measuring Current..................................... 25
2.4 Measuring Frequency................................ 27
2.5 Measuring the Resistance.........................28
2.5.1 Continuity Test ...............................30
2.6 Diode Test ................................................. 31
2.7 Measuring Temperature ............................32
ii
Contents
Chapter 3 Special Measurement
Functions 33
3.1 Recording Function ................................... 34
3.2 Data Hold / Refresh Hold Function ........... 36
3.3 Relative (relative display) Function ........... 38
3.4 1-ms Peak Hold Function.......................... 39
3.5 Dual Display Function ............................... 41
Introduction
This manual describes the basic operation of
HIOKI 7016 SIGNAL SOURCE.
❖ Details→Instruction manual for the 7016
Symbols
Introduction
1
❖
Indicates the reference.
Indicates quick references for operation.
2
Introduction
Source Function Chapter 1
Important!
• The yellow labels around the outer circumference of the function selector indicate
signal source/generation
• functions.
• The [SHIFT] button must first be pressed
to enable the source-related button functions.
3
4
1.1 Basic Sourcing Procedure
1.1 Basic Sourcing Procedure
1.
2.
Set the slide switch to the
[M/S] position.
Set the function
selector to the following position.
(ex. Sourcing constantcurrent)
Sourcing constant-voltage [CV]
Sourcing constant-current [CC]
Sourcing pulse [PULSE]
Using memory function
Voltage source: [CV]
Current source: [CC]
1.1 Basic Sourcing Procedure
Press the [SHIFT] button
5
3.
6.
and confirm that is
displayed on the LCD.
(Ex. Voltage Source)
The source-related button functions are now enabled.
4. Press the [MODE] button as necessary to select
the source mode or the parameter on the secondary display.
5. Making the settings with the [W], [X], [S], or [T]
button.
Press the [OUTPUT] button and output the setting
value. Verify that is
displayed on the LCD.
(Ex. Voltage Source)
7. Press the [OUTPUT] button again to disable out-
put. Verify that is no longer displayed.
6
1.2 Constant-Voltage Source (DCCV)
1.2 Constant-Voltage Source (DCCV)
This mode outputs a constant current at the set
value regardless of load.
Procedure
1.
2.
3.
Set the slide switch.
Set the function selector.
Press the [SHIFT] button.
[M/S]
[CV]
Confirm that
is displayed.
Source Mode
• Constant-voltage
source 1.5 V range
• Constant-voltage
Press the [
4.
essary to select the source mode
on the secondary display.
MODE
] button as nec-
source 15 V range
• Constant-voltage
SCAN source 1.5 V
range
• Constant-voltage
SCAN source 15 V
range
• Constant-voltage
RAMP source 1.5
V range
• Constant-voltage
RAMP source 15 V
range
1.2 Constant-Voltage Source (DCCV)
7
5.
6.
Select a digit to change.
Set a value.
Settanble Ranges
[+0.0000 V]
(1.5 V range)
[+00.000 V]
(15 V range)
With the [W] or [X]
button
With the [S] or [T]
button
-1.5000 V to 1.5000 V
-15.000 V to 15.000 V
7.
8.
Press the [OUTPUT] button to output the set voltage value.
Press the [OUTPUT] button again
to disable output.
Verify that is
displayed.
Verify that
is no longer displayed.
8
1.3 Constant-Current Source (DCCC)
1.3 Constant-Current Source (DCCC)
This mode outputs a constant current at the set
value regardless of load.
Procedure
1.
2.
3.
4.
Set the slide switch [M/S]
Set the function selector. [CC]
Press the [SHIFT] button.
Press the [
essary to select the source mode
on the secondary display.
MODE
] button as nec-
Confirm that
is displayed
Source Mode
• Constant-current
source
• Constant-current
5.
Select a digit to change. With the [W] or [X]
Set current value. With the [S] or [T]
6.
SCAN source
• Constant-current
RAMP source
button
button
1.3 Constant-Current Source (DCCC)
Settable range
[
+00.000 mA
(25 mA range)
9
]
-25.000 mA to 25.000 mA
7.
8.
Press the [OUTPUT] button to output the set current value.
Press the [OUTPUT] button again
to disable output.
Verify that is
displayed.
Verify that is
no longer displayed.
10
1.4 Pulse Source (PULSE)
1.4 Pulse Source (PULSE)
• In addition to flow meter calibration, the pulse
source can be used for checking and calibrating
counters, rotation counters, oscilloscopes, frequency converters and other frequency-input
systems.
• Frequency, duty cycle, pulse width and amplitude
can be set.
Procedure
1.
2.
3.
4.
Set the slide switch. [M/S]
Set the function selector. [PULSE]
Press the [SHIFT] button.
Press the [MODE] button to
select a parameter for setting.
Confirm that is
displayed.
• Pulse source frequency
• Pulse source duty
cycle
• Pulse source pulse
5.
Set a value.
width
• Pulse source amplitude
With the [S] or [T]
button
1.4 Pulse Source (PULSE)
Parameter Settable Ranges
11
Frequency
Duty cycle
Pulse width
Amplitude
0.5, 1, 2, 5, 10, 15, 20, 25, 30, 40, 50, 60,
75, 80, 100, 120, 150, 200, 240, 300, 400,
480, 600, 1200, 1600, 2400, 4800 (Hz)
As there are 256 settable steps, each step
is 0.390625%, which is displayed as 0.39%
per step increments.
Example: If an factory default settings val-
ue of 50.00% is incremented by
one step, the display shows
50.39%.
As there are 256 settable steps, the pulse
width per step is 1/(256 * frequency).
+5V, ±5 V, +12 V, ±12 V
6.
7.
Press the [OUTPUT] button to output the set pulse value.
Press the [OUTPUT] button again
to disable output.
Verify that is
displayed.
Verify that is
no longer displayed.
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