Hioki 7016 Operation Manual
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Hioki 7016 Operation Manual

Hioki 7016 Operation Manual

Signal source
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OPERATION GUIDE
7016
SIGNAL SOURCE

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Summary of Contents for Hioki 7016

  • Page 1 OPERATION GUIDE 7016 SIGNAL SOURCE...

  • Page 3: Table Of Contents

    Contents Contents Introduction ............... 1 Chapter 1 Source Function Basic Sourcing Procedure ......4 Constant-Voltage Source (DCCV)....6 Constant-Current Source (DCCC)....8 Pulse Source (PULSE) ......10 Using Memory Function (SCAN and RAMP)........12 1.5.1 Using the SCAN Function ....12 1.5.2 Using the RAMP Function....
  • Page 4 Contents Chapter 3 Special Measurement Functions Recording Function ........34 Data Hold / Refresh Hold Function ... 36 Relative (relative display) Function ... 38 1-ms Peak Hold Function......39 Dual Display Function ....... 41...

  • Page 5: Introduction

    Introduction Introduction This manual describes the basic operation of HIOKI 7016 SIGNAL SOURCE. ❖ Details→Instruction manual for the 7016 Symbols ❖ Indicates the reference. Indicates quick references for operation.
  • Page 6 Introduction...

  • Page 7: Chapter 1 Source Function

    Chapter 1 Source Function Important! • The yellow labels around the outer circum- ference of the function selector indicate signal source/generation • functions. • The [SHIFT] button must first be pressed to enable the source-related button func- tions.

  • Page 8: Basic Sourcing Procedure

    1.1 Basic Sourcing Procedure 1.1 Basic Sourcing Procedure Set the slide switch to the [M/S] position. function selector to the follow- ing position. (ex. Sourcing constant- current) Sourcing constant-voltage [CV] Sourcing constant-current [CC] Sourcing pulse [PULSE] Voltage source: [CV] Using memory function Current source: [CC]...
  • Page 9 1.1 Basic Sourcing Procedure Press the [SHIFT] button and confirm that displayed on the LCD. (Ex. Voltage Source) The source-related button functions are now enabled. Press the [MODE] button as necessary to select the source mode or the parameter on the second- ary display.

  • Page 10: Constant-Voltage Source (Dccv)

    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 [M/S] Set the slide switch. [CV] Set the function selector. Confirm that Press the [SHIFT] button. is displayed. Source Mode •...
  • Page 11 1.2 Constant-Voltage Source (DCCV) With the [ ] or [ ] Select a digit to change. button With the [ ] or [ ] Set a value. button Settanble Ranges [+0.0000 -1.5000 V to 1.5000 V (1.5 V range) [+00.000 -15.000 V to 15.000 V (15 V range) Press the [OUTPUT] button to out-...

  • Page 12: Constant-Current Source (Dccc)

    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 Set the slide switch [M/S] Set the function selector. [CC] Confirm that Press the [SHIFT] button. is displayed Source Mode Press the [MODE] button as nec- essary to select the source mode...
  • Page 13 1.3 Constant-Current Source (DCCC) Settable range [+00.000 -25.000 mA to 25.000 mA (25 mA range) Press the [OUTPUT] button to out- Verify that put the set current value. displayed. Verify that Press the [OUTPUT] button again longer dis- to disable output. played.

  • Page 14: Pulse Source (Pulse)

    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, fre- quency converters and other frequency-input systems. • Frequency, duty cycle, pulse width and amplitude can be set.
  • Page 15 1.4 Pulse Source (PULSE) Parameter Settable Ranges 0.5, 1, 2, 5, 10, 15, 20, 25, 30, 40, 50, 60, Frequency 75, 80, 100, 120, 150, 200, 240, 300, 400, 480, 600, 1200, 1600, 2400, 4800 (Hz) As there are 256 settable steps, each step Duty cycle is 0.390625%, which is displayed as 0.39% per step increments.

  • Page 16: Using Memory Function (Scan And Ramp)

    1.5 Using Memory Function (SCAN and RAMP) 1.5 Using Memory Function (SCAN and RAMP) ❖ 1.5.1 "Using Up to 16 steps of different S C A N SCAN source values and time intervals Function Function" can be set. (p.12) ❖ A dual slope can be generated 1.5.2 "Using R A M P...
  • Page 17 1.5 Using Memory Function (SCAN and RAMP) During SCAN function setup, is displayed. SCAN function factory default settings Range ±1.5000 V ±15.000 V ±25.000 mA Time Interval Step Output Value Output Value Output Value +1.5000 V +15.000 V +00.000 mA +1.2000 V +12.000 V +04.000 mA...
  • Page 18 1.5 Using Memory Function (SCAN and RAMP) Select the SCAN source mode With the [ ] or [ ] on the secondary display. button Cont • Output proceeds sequentially from the first step to the last, then re- turns to the first step and repeats continuously.
  • Page 19 1.5 Using Memory Function (SCAN and RAMP) Step (StEP) Continuouce (Cont) Cycle (CyCLE) Time interval (second) Press the [OUTPUT] button to out- Verify that put the set voltage or current value. displayed. Press the [OUTPUT] button again Verify that to disable output. longer dis- played.
  • Page 20 1.5 Using Memory Function (SCAN and RAMP) Changing Data Settings With the SCAN function active, hold the [MODE] button for one second to enter the data setting mode for each source step. Set the time interval and source output value for each step.

  • Page 21: Using The Ramp Function

    1.5 Using Memory Function (SCAN and RAMP) 1.5.2 Using the RAMP Function Procedure Set the slide switch. [M/S] Voltge source: [CV] Set the function selector. Current source: [CC] Confirm that Press the [SHIFT] button. is displayed • Voltage source (RAMP±1.5 V or Press the [MODE] button as nec- RAMP±15 V) essary to select the source mode...
  • Page 22 1.5 Using Memory Function (SCAN and RAMP) RAMP function factory default settings ±1.5000 V ±15.000 V ±25.000 mA Number Number Number Output Output Output value value value devision devision devision Start -1.5000 V -15.000 V +25.000 mA +1.5000 V +15.000 V -25.000 mA Do you want to change the ❖...
  • Page 23 1.5 Using Memory Function (SCAN and RAMP) Press the [OUTPUT] button to out- Verify that put the set voltage or current value. displayed. The output value changes according to settings every 0.33 seconds. Verify that Press the [OUTPUT] button again longer dis- to disable output.
  • Page 24 1.5 Using Memory Function (SCAN and RAMP) Changing Data Settings With the RAMP function active, hold the [MODE] button for one second to enter the data setting mode for each source step. The RAMP function involves dual slope genera- tion. •...

  • Page 25: Chapter 2 Measurement Function

    2.1 Basic Measurement Procedure (Common Procedure) Measurement Chapter 2 Function 2.1 Basic Measurement Procedure (Common Procedure) Set the slide switch to the[M] or [M/S] position. • Setting [M] is for measurement only. • Setting [M/S] is for measuring and sourcing at the same time.
  • Page 26 2.1 Basic Measurement Procedure (Common Procedure) function selector to the follow- ing position. (ex. Measuring voltage) Measuring voltage V] or [mV]* Measuring current Measuring frequency Voltage: [ V] or [mV] Current: [ Measuring resistance [Ω] Measuring diode Measuring temperature [mV] ] is for 50 mV and 500 mV range measurement.

  • Page 27: Measuring Voltage

    2.2 Measuring Voltage 2.2 Measuring Voltage Procedure Set the slide switch. [M] or [M/S] Set the function selector. V] or [mV] : (+) INPUT ter- Connect the test leads to the minal terminals. Black: (-) INPUT ter- minal Press the [AC/DC] button as needed to select the appropriate voltage measurement function.
  • Page 28 2.2 Measuring Voltage • Press the [DUAL] button to activate the Dual Display mode. • Press the [Hz] button to activate frequency measurement (or duty cycle or pulse width) in the Dual Display mode. ❖ Details→ 3.5 "Dual Display Function" (p.41)

  • Page 29: Measuring Current

    2.3 Measuring Current 2.3 Measuring Current Procedure Set the slide switch. [M] or [M/S] Set the function selector. : (+) INPUT ter- Connect the test leads to the minal terminals. Black: (-) INPUT ter- minal Press the [AC/DC] button as needed to select the appropriate current measurement function.
  • Page 30 2.3 Measuring Current • Press the [DUAL] button to activate the Dual Display mode. • Press the [Hz] button to activate frequency measurement (or duty cycle or pulse width) in the Dual Display mode. ❖ Details→ 3.5 "Dual Display Function" (p.41) "4-20 mA%"...

  • Page 31: Measuring Frequency

    2.4 Measuring Frequency 2.4 Measuring Frequency Procedure 2.2 "Measuring Volt- age" (p.23) Display voltage or current. or procedure 1. to 4. "Measuring Voltage" (p.23). Press the [Hz] button and read the displayed voltage. ÅA Hold the [Hz] button repeatedly toggles through Hz, duty cycle and pulse measurement.

  • Page 32: Measuring The Resistance

    2.5 Measuring the Resistance 2.5 Measuring the Resistance Procedure Set the slide switch. [M] or [M/S] Ω Set the function selector. : (+) INPUT ter- Connect the test leads to the minal terminals. Black: (-) INPUT ter- minal Connect the test leads to the circuit to be measured, and read the displayed value.
  • Page 33 2.5 Measuring the Resistance Pressing the [AC/DC] button toggles continuity test function mark is displayed/not on and off. displayed. this time, auto- ranging is disabled.

  • Page 34: Continuity Test

    2.5 Measuring the Resistance 2.5.1 Continuity Test Procedure When resistance measuring function is active, pressing the [AC/ DC] button enables the mark is displayed. continuity test function using resistance mea- surement. At this point, the 500 Ω range is selected, and if auto- ranging was active, it is disabled and manual ranging is enabled.

  • Page 35: Diode Test

    2.6 Diode Test 2.6 Diode Test Procedure Set the slide switch. [M] or [M/S] Set the function selector. : (+) INPUT ter- Connect the test leads to the minal terminals. Black: (-) INPUT ter- minal Connect the test leads to the circuit to be measured. The display appears as follows: Forward direction 0.3 to 0.8 V forward voltage drop dis-...

  • Page 36: Measuring Temperature

    2.7 Measuring Temperature 2.7 Measuring Temperature Temperature can be measured using an optional temperature probe. Procedure Set the slide switch. [M] or [M/S] Set the function selector. [mV] Connect the temperature probe to (+) INPUT terminal the terminals (-) INPUT terminal Hold the [TEMP] button for one second to start temper- ature measurement.

  • Page 37: Chapter 3 Special Measurement

    Special Measurement Chapter 3 Functions This instrument provides the following special measurement functions: ❖ Recording 3.1 (p.34) ❖ Data Hold and Refresh Hold 3.2 (p.36) ❖ Relative (relative display) 3.3 (p.38) ❖ 1-ms Peak Hold 3.4 (p.39) ❖ Dual Display 3.5 (p.41)

  • Page 38: Recording Function

    3.1 Recording Function 3.1 Recording Function During measurement, maximum (MAX), minimum (MIN) and average (AVG) values can be automati- cally recorded in memory. In what situations For acquiring long-term data and checking for transients. is it used? Procedure indicators appear While measuring, hold the [HOLD/ on the display as...
  • Page 39 3.1 Recording Function Hold the [HOLD/MAX MIN] button again for one second to stop the indicators disap- recording function. pear from the dis- play. • The beeper sounds and the relevant value is refreshed when a new maximum or min- imum value is recorded.

  • Page 40: Data Hold / Refresh Hold Function

    3.2 Data Hold / Refresh Hold Function 3.2 Data Hold / Refresh Hold Function In what situations Use to simplify reading fluctu- ating measurements. is it used? Data Hold Function This function holds measured values on the dis- play. Procedure appears on Press the [HOLD/MAX...
  • Page 41 Data Hold is active. • The Data Hold function can be changed to the Refresh Hold function in the Power-On Options. ❖ 7016 instruction manual 5.4 Power-On Options Procedure Press the [HOLD/MAX MIN] but-...

  • Page 42: Relative (Relative Display) Function

    3.3 Relative (relative display) Function 3.3 Relative (relative display) Function The function applies to all measurement functions, subtracting a reference value from the measured value and displaying the calculated result. In what situations • When you want to zero out the internal resistance of is it used? probes...

  • Page 43: 1-Ms Peak Hold Function

    3.4 1-ms Peak Hold Function 3.4 1-ms Peak Hold Function • Works with voltage and current measurement functions • Shows the peak value of an input signal wave- form In what situations Use to determine the crest fac- tor of a waveform, where is it used? crest factor = waveform peak value / true rms value...
  • Page 44 3.4 1-ms Peak Hold Function • Pressing the [HOLD/MAX MIN] button updates the displayed (held) MAX and MIN values. Measurement Display indication value Maximum value Minimum value • The beeper sounds when a new maximum or minimum value is measured. •...

  • Page 45: Dual Display Function

    3.5 Dual Display Function 3.5 Dual Display Function This function simultaneously monitors two different measurement parameters (voltage, current, fre- quency, duty cycle or pulse width) of one signal. Procedure Press the [DUAL] or [Hz] button to activate dual display. Pressing the [DUAL] button selects the Dual Display mode Pressing it repeatedly changes the display as follows.
  • Page 46 3.5 Dual Display Function Press the [Hz] button to activate frequency measurement (or duty cycle or pulse width) in the Dual Display mode. Pressing it repeatedly changes the display as follows. Function Primary Selector Secondary Display Display Position Frequency Voltage (V) Duty cycle measurement Pulse width...
  • Page 47 3.5 Dual Display Function To cancel the Dual Display mode • When pressed [DUAL] button at procedure 1. : Press [DUAL] button again. • When pressed [Hz] button at procedure 1. : Hold the [Hz] button for one second.
  • Page 48 3.5 Dual Display Function...

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