RIGOL® is the trademark of RIGOL TECHNOLOGIES CO., LTD.
Publication Number
UGH04110-1110
Software Version
00.01.17
Software upgrade might change or add product features. Please acquire the latest
version of the manual from RIGOL website or contact to upgrade the
software.
Notices
RIGOL products are covered by P.R.C. and foreign patents, issued and pending.
RIGOL reserves the right to modify or change parts of or all the specifications
and pricing policies at the company’s sole decision.
Information in this publication replaces all previously released materials.
Information in this publication is subject to change without notice.
RIGOL shall not be liable for either incidental or consequential losses in
connection with the furnishing, use, or performance of this manual, as well as
any information contained.
Any part of this document is forbidden to be copied, photocopied, or rearranged
RIGOL guarantees that this product conforms to the national and industrial
standards in China as well as the ISO9001:2015 standard and the ISO14001:2015
standard. Other international standard conformance certifications are in progress.
DP800 User Guide I
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Page 3
RIGOL
Safety Requirement
General Safety Summary
Please review the following safety precautions carefully before putting the
instrument into operation so as to avoid any personal injury or damage to the
instrument and any product connected to it. To prevent potential hazards, please
follow the instructions specified in this manual to use the instrument properly.
Use Proper Power Cord.
Only the exclusive power cord designed for the instrument and authorized for use
within the local country could be used.
Ground the Instrument.
The instrument is grounded through the Protective Earth lead of the power cord. To
avoid electric shock, connect the earth terminal of the power cord to the Protective
Earth terminal before connecting any input or output terminals.
Connect the Probe Correctly.
If a probe is used, the probe ground lead must be connected to earth ground. Do not
connect the ground lead to high voltage. Improper way of connection could result in
dangerous voltages being present on the connectors, controls or other surfaces of
the oscilloscope and probes, which will cause potential hazards for operators.
Observe All Terminal Ratings.
To avoid fire or shock hazard, observe all ratings and markers on the instrument and
check your manual for more information about ratings before connecting the
instrument.
Use Proper Overvoltage Protection.
Ensure that no overvoltage (such as that caused by a bolt of lightning) can reach the
product. Otherwise, the operator might be exposed to the danger of an electric
shock.
Do Not Operate Without Covers.
Do not operate the instrument with covers or panels removed.
Do Not Insert Anything into the Air Outlet.
Do not insert anything into the air outlet to avoid damage to the instrument.
Do not touch exposed junctions and components when the unit is powered on.
Do Not Operate with Suspected Failures.
If you suspect that any damage may occur to the instrument, have it inspected by
RIGOL authorized personnel before further operations. Any maintenance,
adjustment or replacement especially to circuits or accessories must be performed by
RIGOL authorized personnel.
Provide Adequate Ventilation.
Inadequate ventilation may cause an increase of temperature in the instrument,
which would cause damage to the instrument. So please keep the instrument well
ventilated and inspect the air outlet and the fan regularly.
Do Not Operate in Wet Conditions.
To avoid short circuit inside the instrument or electric shock, never operate the
instrument in a humid environment.
Do Not Operate in an Explosive Atmosphere.
To avoid personal injuries or damage to the instrument, never operate the
instrument in an explosive atmosphere.
Keep Instrument Surfaces Clean and Dry.
To avoid dust or moisture from affecting the performance of the instrument, keep the
surfaces of the instrument clean and dry.
Prevent Electrostatic Impact.
Operate the instrument in an electrostatic discharge protective environment to avoid
damage induced by static discharges. Always ground both the internal and external
conductors of cables to release static before making connections.
Use the Battery Properly.
Do not expose the battery (if available) to high temperature or fire. Keep it out of the
reach of children. Improper change of a battery (lithium battery) may cause an
explosion. Use the RIGOL specified battery only.
Handle with Caution.
Please handle with care during transportation to avoid damage to keys, knobs,
interfaces, and other parts on the panels.
Do Not Provide Power for the Active Load.
To avoid the anti-irrigation current which leads to the power control loop out of
control and damages the powered device, this power supply can only provide power
for the pure load without the current output function.
To avoid damage to the instrument, do not expose it to caustic liquids.
WARNING
supply.
Care and Cleaning
Care
Do not store or leave the instrument where it may be exposed to direct sunlight for
long periods of time.
Cleaning
Clean the instrument regularly according to its operating conditions.
1. Disconnect the instrument from all power sources.
2. Clean the external surfaces of the instrument with a soft cloth dampened with
mild detergent or w a t e r. Avoid having any water or other objects into the
chassis via the heat dissipation hole. When cleaning the LCD, take care to avoid
scarifying it.
To avo id short-circuit resulting from moisture or personal injuries, ensure
that the instrument is completely dry before connecting it to the power
The following symbol indicates that this product complies with the requirements in
WEEE Directive 2002/96/EC.
Product End-of-Life Handling
The equipment may contain substances that could be harmful to the environment or
human health. To avoid the release of such substances into the environment and
avoid harm to human health, we recommend you to recycle this product
appropriately to ensure that most materials are reused or recycled properly. Please
contact your local authorities for disposal or recycling information.
DP800 series is high-performance programmable linear DC power supply. DP800
series which provides clear user interface, superb performance specifications,
various analysis functions as well as various communication interfaces can fulfill
versatile test requirements.
Main Features:
User-friendly Design:
3.5-inch TFT display, displaying multiple parameters and states at the same time
Support Chinese/English interface and input method
Novel and exquisite industrial design and easy operation
Provide waveform display function to provide real-time and dynamic display of
the output voltage/current waveform, clearly showing the output state and
tendency of the instrument in together with the digital display of the voltage,
current and power values
Provide dial display function, indicating the current output state using the dial
pointer by simulating the traditional power display mode
Provide on-line help system for easy acquisition of help information
Multiple Safety Protection:
Provide overvoltage/overcurrent protection function; users can set the
overvoltage and overcurrent parameters to realize effective protection of the
load
Provide secondary over-temperature protection function to realize double
over-temperature protection of the software and hardware
Provide intelligent fan speed control function; judge and control the fan speed
automatically according to the working condition to effectively reduce the fan
noise
Provide fan failure check and alarm function
Provide keyboard lock function to avoid misoperation
Various Functions and Superb Performance:
Multi-channel output; up to 200W total output power; the output of each
channel can be controlled independently
Superb load regulation rate and linear regulation rate
Provide ultra-low output ripples and noise
Provide timing output function and support infinite and specified number of
cycles of output
Provide track function to track the channel voltage setting value and output
on/off status
Provide Sense function to automatically compensate for the voltage drop caused
by the load lead in high current output.
Provide delay on/off output function and support infinite or specified number of
Support digital trigger (option) to realize digital trigger input and trigger output
functions
Support on-line analyzer (option) to perform on-line analysis of various statistic
parameters
Support monitor (option) to monitor the output according to the user-defined
monitor condition
Provide built-in recorder to perform background recording of the output state
after power-on according to certain record period
Provide dedicated preset key to perform one-key reset and one-key recall of the
commonly used output voltage and current configurations
Support serial and parallel output functions
Support on-line self-test and manual calibration functions
Provide store and recall function
Support voltage and current linear programmable functions
Complete Interface Configurations and Flexible Control Method:
Standard configuration interfaces: USB HOST, USB DEVICE, LAN (option), RS232
(option), Digital I/O (option), rear panel output interface (DP813/DP811)
Support to extend a GPIB interface via the USB-GPIB interface converter
(option)
Support USB storage device (FAT32 format, flash memory) storage
Support SCPI remote command control
Conform to LXI Core 2011 Device instrument standard
Provide standard 9 pin RS232 interface with flow control function
Provide 4-wire digital I/O interface which supports the trigger input/output
Introduce the appearance and dimensions, front panel, rear panel as well as user
interface of DP800. In addition, it provides the detailed procedures of power
connection, power-on inspection, and fuse replacement.
Chapter 2 Front Panel Operations
Introduce the function and operation method of each key on the front panel of
DP800 in detail.
Chapter 3 Remote Control
Introduce how to realize the remote control of the instrument.
Chapter 4 Troubleshooting
Introduce the possible failures and their solutions when using DP800.
Chapter 5 Specifications
List the specifications of DP800.
Chapter 6 Appendix
Provide the accessory and option list as well as the warranty information of DP800.
Index
Provide keyword search to quickly locate the desired information.
The function key on the front panel is denoted by the format of "Key Name (Bold)
+ Text B o x" in the manual. For example, Utility denotes the "Utility" ke y.
2. Menu
The menu item is denoted in the following two modes in this manual.
(1) The menu item can be denoted by the format of "Menu Word (Bold) +
Character Shading". For example, System denotes the "System" item under
Utility.
(2) The menu item can be denoted by the screenshot of the menu key. For
example,
3. Operation Step
The next step of the operation is denoted by an arrow "" in the manual. For
example, UtilitySystem denotes that first press Utility on the front panel
and then press System.
.
Content Conventions in this Manual
DP800 series programmable linear DC power supply includes the following models.
Unless otherwise noted, this manual illustrates the functions and operation methods
of DP800 series by taking DP832 as an example.
General Inspection
Appearance and Dimensions
Front Panel
Rear Panel
To Connect to Power
Power-on Inspection
To Replace the Fuse
User Interface
To Use the Built-in Help System
If the packaging has been damaged, do not dispose the damaged packaging or
cushioning materials until the shipment has been checked for completeness and
has passed both electrical and mechanical tests.
The consigner or carrier shall be liable for the damage to the instrument
resulting from shipment. RIGOL would not be responsible for free
maintenance/rework or replacement of the instrument.
2. Inspect the instrument
In case of any mechanical damage, missing parts, or failure in passing the
electrical and mechanical tests, contact
3. Check the accessories
Please check the accessories according to the packing lists. If the accessories
are damaged or incomplete, please contact
This section introduces the front panel of DP800 series by taking DP832 (as shown in
the figure below) as an example. The differences of different models are introduced
separately.
Press this key to select CH1 as the current channel and you can set
Press this key to select CH2 as the current channel and you can set
Press this key to select CH3 as the current channel and you can set
Press this key to enable or disable the output of the corresponding
Press this key and the prompt message asking whether to enable
the outputs of all the channels.
1. LCD
3.5-inch TFT display. It is used to display the system parameter setting, system
output state, menu items, prompt messages, etc.
2. Channel (Range) Selection and Output Switch
For the multi-channel model, the function of this part is channel selection and
output switch. For the single-channel model, the function of this part is range
selection and output switch.
Multi-channel models (take DP832 as an example):
the parameters of this channel, such as voltage, current and
overvoltage/overcurrent protection.
the parameters of this channel, such as voltage, current and
overvoltage/overcurrent protection.
the parameters of this channel, such as voltage, current and
overvoltage/overcurrent protection.
channel.
the outputs of all the channels will be displayed. Press OK to enable
the outputs of all the channels. Pressing this key again will disable
Restore all the settings of the instrument to default values or
Confirm the parameter setting.
(2012) to unlock the front panel keys.
the keys are used to enter the voltage units (V and mV) or the current units
(A and mA).
(2) Numeric Keyboard
Ring-type numeric keyboard: include numbers 0-9 and the decimal point.
Press the corresponding key to directly input the number or decimal point.
(3) Knob
When setting parameters, rotate the knob to increase or reduce the value
at the cursor.
When browsing the setting objects (timer parameters, delay parameters,
filename input, etc.), rotate the knob to quickly move the cursor.
4. Preset
recall the user-defined channel voltage/current configuration.
5. OK
Press and hold this key to lock the front panel keys; at this point,
6. Back
the front panel keys (except the output on/off key
channel and the power switch key
) are not available. When
of each
the keyboard lock password is disabled, press and hold this key
again to unlock the front panel keys. When the keyboard lock
password is enabled, you need to input the correct password
Delete the character currently before the cursor.
When the instrument is in remote mode, press this key to return
to local mode.
Press this key to enter the display parameter setting interface.
interface.
Press this key to enter the file store and recall interface. You can
and recall.
A
B
Connection methods of the output terminal:
Method 1:
Connect the test lead to A of the output terminal.
Method 2:
Rotate the outer nut of the output terminal counterclockwise and connect the
test lead to B of the output terminal; then, rotate the outer nut of the output
terminal clockwise. This connection method can eliminate the error caused by
the resistance of the output terminal.
Note: Connect the positive terminal of the test lead with the (+) terminal of the
channel output and connect the negative terminal of the test lead with the (-)
terminal of the channel output.
8. Function Menu Area
Users can set the brightness, contrast, RGB luminance, display
mode and display theme.
Besides, you can also define the start-up
save, read, delete, copy and paste files. The file types available for
storage include state file, record file, timer file, delay file and
bitmap file. The instrument supports internal and external storage
Press this key to enter the system utility function setting interface.
configuration of Preset and install options.
Press this key to enter the advanced function setting interface.
trigger (option) parameters.
Press this key to enter the timer and delayer setting interface.
Press this key to open the built-in help system and press the
introductions, refer to "To Use the Built-in Help System".
interface.
The menu keys correspond to the menus above them
menu.
Users can set the remote interface parameters, system parameters
and print parameters. Besides, users can also calibrate the
instrument, view system information, define the recall
Users can set the recorder, analyzer (option), monitor (option) and
Users can set the timer and delayer parameters as well as enable
and disable the timer and delayer functions.
desired key to get the corresponding help information. For detailed
9. Display Mode Switch/Return to the Main Interface
Switch between the current display mode and dial display mode.
Besides, when the instrument is in a function interface (any
interface under Timer,
press this key to exit the function interface and return to the main
10. Menu Keys
respectively. Press any menu key to select the corresponding
This section introduces the rear panel of DP800 series by taking DP832 and DP811
(as shown in the figures below) as examples. The introduction of each part is as
shown in Tab l e 1-1.
The instrument is connected to the local network via
RJ45 interface
Connect the instrument (as "slave" device) to
external USB device (such as PC)
Connect the instrument (as "host" device) to external
USB-GPIB interface converter (option)
4
Digital I/O (option)
Digital I/O interface
RS232 Interface
(option)
Select the specification of the input voltage (100, 115
or 230; please refer to Tab l e 1-2)
7
Power Socket
AC power input interface.
The specification of the fuse is related to the
panel of the instrument or refer to Tab l e 1-3).
9
Fan
Input Power
Requirement
Corresponding relations of the AC input power
frequency, voltage and the specification of the fuse.
Only DP813 and DP811 provide this interface. The
"Output Terminals" on the front panel.
Tab l e 1-1 DP800 rear panel explanation
1
2 USB DEVICE
3 USB HOST
5
USB device (such as USB storage device);
extend a GPIB interface for the power supply using
Serial communication interface
6 Voltage Selector
8 Fuse
instrument model and actual input voltage (please
refer to the "Input Power Requirements" on the rear
10
11 Output Interface
function of this interface is the same as that of the
Note: The "Output Terminals" on the front panel and "Output Interface" on the rear
panel cannot be used for output at the same time. You can only select one of them
for output at each time (wherein, the output terminals on the front panel provide
higher output accuracy).
DP800 series power supply supports various AC power supply inputs. The voltage
selector setting on the rear panel differs when the input power connected is different,
as shown in the table below.
Tab l e 1-2 AC input power specifications (including voltage selector settings)
Please connect the power following the steps below.
1. Check the input power
Make sure that the AC power to be connected to the instrument fulfills the
requirements in Tab l e 1-2.
2. Check the voltage selector on the rear panel
Make sure that the voltage selector setting (110, 115 or 230) on the rear panel
of the instrument matches the actual input voltage (for the matching relations
refer to Tab l e 1-2).
3. Check the fuse
When the instrument leaves factory, the specified fuse is installed. Please check
whether the fuse matches the actual input voltage according to the "Input
Power Requirements" on the rear panel of the instrument or Table 1-3.
4. Connect the AC power
Connect the instrument to AC power supply using the power cord provided in
the accessories.
To avoid electric shock, make sure that the instrument is correctly
interval between the two operations is greater than 5s.
Input Voltage
Fuse Specification
DP832/DP822/DP813/DP811
100Vac/115Vac
T6.3A
230Vac
T3.15A
DP831/DP821
100Vac/115Vac
T5A
230Vac
T2.5A
Fuse Seat
Fuse
Power-on Inspection
Press the power switch on the front panel, the instrument starts and executes
self-test. If the instrument passes the self-test, the welcome interface will be
displayed; otherwise, the corresponding self-test failure information (including the
top board, bottom board, fan, and temperature) will be displayed.
When powering on the instrument after powering it off, make sure that the time
To Replace the Fuse
The fuse specification is related to the instrument model and actual input voltage, as
shown in the table below. You can also refer to the "Input Power Requirements" on
the rear panel of the instrument.
Tab l e 1-3 Fuse specifications
To replace the fuse, follow the steps below.
1. Turn off the instrument and remove the power cord.
2. Insert a small straight screwdriver into the slot at the power socket and pry out
the fuse seat gently.
3. If needed, adjust the power voltage selector manually to select the voltage scale
(please refer to Ta b l e 1-4) that matches the actual input voltage.
4. Take out the fuse and replace it with a specified one (please refer to the "Input
Power Requirements" on the rear panel of the instrument or Tab l e 1-3).
5. Re-insert the fuse seat into the power socket (pay attention to the direction).
To avoid personal injuries, cut off the power supply before replacing the
fuse; to avoid electric shock or fire, select the power supply specification
that matches the actual input voltage and replace a fuse corresponding
DP800 series power supply provides three kinds of display modes (normal, waveform
and dial). The default is normal. You can press Display Disp Mode to select
different display mode. This section introduces the user interface layout under the
normal display mode (as shown in the figure below and
The built-in help system provides help information for any front panel key (except the
parameter input area) and menu keys for users to quickly obtain the function
prompts of the function keys or menus.
Obtain the help information of any key or menu key
Press Help to illuminate it and press the desired key or menu key to get the
corresponding help information; at the same time, the backlight of Help goes off.
Press to exit the help system.
Built-in help interface
Press Help to illuminate it and press Help again to open the built-in help interface.
Use the up/down arrow key or knob to select the desired help topic and press View
to view the corresponding help information.
Constant Voltage Output
Constant Current Output
Power Supply Series and Parallel Connections
Track Fun ction
Sense Working Mode
Timer and Delayer
Advanced Functions
Display Setting
Store and Recall
Utility
Key Locking
the instrument and the devices connected to the instrument.
Constant Voltage Output
DP800 series power supply provides three output modes: constant voltage output
(CV), constant current output (CC) and critical mode (UR). In CV mode, the output
voltage equals the voltage setting value and the output current is determined by the
load; in CC mode, the output current equals the current setting value and the output
voltage is determined by the load; UR is the critical mode between CV and CC. This
section introduces the operation method in constant voltage output mode.
Operation Method:
1. Connect the channel output terminals
As shown in the figure below, connect the load with the channel output
terminals of the corresponding channel on the front panel.
Pay attention to the polarity when connecting them to avoid damaging
2. Turn on the power switch to start the instrument.
3. Select the channel
Select the proper output channel according to the desired output voltage. Press
the corresponding channel selection key; at this point, this channel, its channel
number, output state and output mode are high-lighted on the screen.
4. Set the voltage
Method 1
Press Voltage and use the left/right arrow key to move the cursor; then, rotate
the knob to quickly set the voltage and the default unit is V.
digit to be set, you can also use the up/down arrow key to modify the value of
the corresponding digit. The default unit is V.
Method 2
Press Voltage, use the numeric keyboard to directly input the desired voltage
value and press V or mV or press the unit selection key ( or ) to
select the desired unit. Besides, you can also press OK to select the default unit
(V). During the input, you can press Back to delete the character currently
before the cursor or press Cancel to cancel the input.
Method 3
If Current is currently selected, you can also use the numeric keyboard to
directly input the desired voltage value; and then press the unit selection key
or ) to select the desired voltage unit. During the input, you can
(
press Back to delete the character currently before the cursor or press Cancel
to cancel the input.
5. Set the current
Method 1
Press Current and use the left/right arrow key to move the cursor; then, rotate
the knob to quickly set the current and the default unit is A.
After selecting the
digit to be set, you can also use the up/down arrow key to modify the value of
the corresponding digit. The default unit is A.
Method 2
Press Current, use the numeric keyboard to directly input the desired current
value and press A or mA or press the unit selection key ( or ) to select the
desired unit. Besides, you can also press OK to select the default unit (A).
During the input, you can press Back to delete the character currently before
the cursor or press Cancel to cancel the input.
Method 3
If Voltage is currently selected, you can also use the numeric keyboard to
directly input the desired current value; and then press the unit selection key
(
or ) to select the desired current unit. During the input, you can
press Back to delete the character currently before the cursor or press Cancel
to cancel the input.
6. Set the overcurrent protection
Press OCP to set a proper overcurrent protection value (for the setting method,
refer to "Set the current
"). Then, enable the overcurrent protection function
(you can enable or disable the OCP function by pressing OCP) and the output
will be turned off automatically when the actual output current is greater than
the overcurrent protection value.
7. Turn on the output
Turn on the output of the corresponding channel and the actual output voltage,
output current, output power as well as the output mode (CV) are high-lighted
in the user interface.
otherwise, "The fan stops, stop the output!" will be displayed.
Ouput Interface on
the rear panel
Connecting
Te r m i na l
To avoid electric shock, please turn on the output switch after the
When the fan stops, the channel switch can not be turned on;
8. Check the output mode
In constant voltage output mode, the output mode displayed should be "CV"; if
"CC" is displayed, you can increase the current setting value properly and the
power supply will switch to CV mode automatically.
In addition, DP813/DP811 provides an output interface on the rear panel for
constant voltage output. As shown in the figure below, connect the load and the
output interface on the rear panel via the connecting terminal.
Connecting Procedures:
1. Connect the load to the corresponding positions on the connecting terminal
correctly. Pay attention to the polarity when making connections.
2. Insert the connecting terminal into the output interface on the rear panel of the
instrument. Pay attention to the corresponding relations of the connecting
terminal and the output interface.
Note: The output terminals on the front panel and the output interface on the rear
panel cannot be used for output at the same time. You can only select one of them
for output at each time (wherein, the output terminals on the front panel provide
In CV output mode, when the load current is greater than the current setting
value, the power supply will switch to CC output mode automatically. At this point,
the output current equals the current setting value and the output voltage reduces
In constant current output mode, the output current equals the current setting value
and the output voltage is determined by the load. This section introduces the
operation method in constant current output mode.
Operation Method:
1. Connect the channel output terminals
Connect the load with the channel output terminals of the corresponding
channel on the front panel by referring to "Connect the channel output terminals" in "Constant Voltage Output".
2. Turn on the power switch to start the instrument.
3. Select the channel
Select the proper output channel according to the desired output current. Press
the corresponding channel selection key; at this point, this channel, its channel
number, output state and output mode are high-lighted on the screen.
4. Set the voltage
Press Voltage to set the desired voltage according to "Set the voltage" in
"Constant Voltage Output".
5. Set the current
Press Current to set the desired current according to "Set the current" in
"Constant Voltage Output".
6. Set the overvoltage protection
Press OVP to set a proper overvoltage protection value (for the setting method,
refer to "Set the voltage
overvoltage protection function (you can enable or disable the OVP function by
pressing OVP) and the output will be turned off automatically when the actual
output voltage is greater than the overvoltage protection value.
7. Turn on the output
Turn on the output of the corresponding channel and the actual output voltage,
output current, output power as well as the output mode (CC) are high-lighted
in the user interface.
" in "Constant Voltage Output"). Then, enable the
To avoid electric shock, please turn on the output switch after the output
"The fan stops, stop the output!" will be displayed.
Tip
proportionally.
When the fan stops, the channel switch cannot be turned on; otherwise,
8. Check the output mode
In constant current output mode, the output mode displayed should be "CC"; if
"CV" is displayed, you can increase the voltage setting value properly and the
power supply will switch to CC mode automatically.
In addition, DP813/DP811 provides an output interface on the rear panel for
constant current output. For the connecting method, please refer to the related
introduction in "Constant Voltage Output".
Note: The output terminals on the front panel and the output interface on the rear
panel cannot be used for output at the same time. You can only select one of them
for output at each time (wherein, the output terminals on the front panel provide
higher output accuracy).
In CC output mode, when the load voltage is greater than the voltage setting
value, the power supply will switch to CV output mode automatically. At this point,
the output voltage equals the voltage setting value and the output current reduces
Higher voltages can be provided when two or more insulated channels (the channels
can be from a single power supply or multiple power supplies) are connected in
series. Higher currents can be provided when two or more insulated channels (the
channels can be from a single power supply or multiple power supplies) are
connected in parallel.
Note:
1. Only insulated channels can be connected in series or in parallel. For a single power supply, CH1 and CH2/CH3 of DP832 can be connected in
series or in parallel, but CH2 and CH3 cannot be connected in series or
parallel; any two of the three channels of DP831 can be connected in series,
CH1 and CH2/CH3 can be connected in parallel, but CH2 and CH3 cannot be
connected in parallel; the two channels of DP822/DP821 can be connected
in series or in parallel.
Channels (insulated channels) of different power supplies can be connected
in series or parallel.
2. In power series and parallel connections, the settings of the corresponding
parameters must comply with the safety requirements.
Power Supply Series Connection
Higher voltages can be provided by connecting power supplies in series. In this case,
the output voltage is the sum of the output voltages of all the channels. In power
supply series connection, you need to set the same current setting value and
overcurrent protection value for all the channels. Take the series connection of two
channels as an example; the connection method is as shown in the figure below.
Operation Procedures:
1. Connect the power supply and load as shown in the figure above. Pay attention
to the polarity when making connections.
2. Set proper voltage, current and overcurrent protection value for each channel
(all the channels in series connection should be working in constant voltage
mode; you should set the same current setting values and the same overcurrent
protection values for all the channels) by referring to "Constant Voltage
Output". Turn on the output of each channel.
Note: Make sure that all the channels in series connection are working in constant
voltage mode. If one of the channels is working in constant current mode, the other
channels will enter critical state in which their outputs are unpredictable.
Power Supply Parallel Connection
High currents can be provided by connecting power supplies in parallel. In this case,
the output current is the sum of the output currents of all the channels. In power
supply parallel connection, you can set the parameters of each power supply. Ta k e
the parallel connection of two channels as an example; the connection method is as
shown in the figure below.
Operation Procedures:
1. Connect the power supply and load as shown in the figure above. Pay attention
to the polarity when making connections.
2. Set proper parameters for each channel (all the channels can work in constant
voltage or constant current mode) by referring to "Constant Voltage Output"
and "Constant Current Output". Turn on the output of each channel.
Note: All the channels can work in constant voltage or constant current mode
according to the actual need of the load.
The track function is usually used to provide symmetric voltage for the operation
amplifier or other circuit. For DP800 series power supply, the specified channels of
the following models support the track function.
DP832: CH1, CH2
DP831: CH2, CH3
For channels that support the track function, you can set the tracking states of the
voltage setting value and output on/off state respectively according to your need.
To Enable the Track Function
Press UtilitySystemTrack SetTrack to switch between "Synchronous"
and "Independent".
Independent: for two channels (the channels should be of the same
instrument) that support the track function, the status of the track function of
the other channel will not be affected when the track function of a channel is
enabled or disabled.
Synchronous: for two channels (the channels should be of the same
instrument) that support the track function, the track function of the other
channel will be enabled or disabled at the same time when the track function of
a channel is enabled or disabled.
When "Independent" is selected, users can enable or disable the track
function of a single channel freely.
When "Synchronous" is selected, users can quickly enable or disable the track
For channels (the channels should be of the same instrument) that support the track
function, the tracking status of the channel voltage setting values is related to the
number of channels of which the track functions are enabled.
If only the track function of a single channel is enabled, the voltage setting value
of the other channel will change accordingly when the voltage setting value of
this channel is modified. At this point, the voltage setting value of the channel of
which the track function is not enabled cannot be set and can only change with
that of the channel of which the track function is enabled.
If the track functions of the two channels are both enabled, the voltage setting
value of the other channel will change accordingly when the voltage setting
value of a channel is modified. At this point, the voltage setting values of both of
the two channels can be set.
The track function only tracks the voltage setting value and the actual output
You can perform the following operations according to your need.
1. Only enable the track function of a single channel and track the
voltage setting value
The operation procedures are as follows (in this example, only the track function
of CH1 of DP832 is enabled).
Select the "Independent" tracking mode
Press UtilitySystemTrack SetTrack to select "Independent".
Enable the track function of CH1
Select CH1 and press Track to select "On". At this point, the track function
of CH1 is enabled and the tracking status icon
is displayed between
the CH1 and CH2 areas in the user interface.
Disable the track function of CH2 (ignore this step if the track function of
CH2 is currently disabled)
Select CH2 and press Track to select "Off". At this point, the track function
of CH2 is disabled.
Track the voltage setting value
Select CH1, press Voltage and set the desired voltage. At this point, the
voltage of CH2 changes accordingly. For example, set the voltage of CH1 to
+5V; the voltage of CH2 will change to +5V automatically.
Note: At this point, the voltage setting value of CH2 cannot be set and can
only change with that of CH1.
2. Enable the track functions of both of the two channels and track the
voltage setting value
First, you can enable the track functions of the two channels using any of the
following methods (take DP832 as an example).
Method 1Select the "Synchronous" tracking mode
Press UtilitySystemTrack SetTrack to select "Synchronous".
Enable the track functions of CH1 and CH2 at the same time
Select CH1 or CH2, press Track and select "On". At this point, the track
functions of CH1 and CH2 are both enabled. The tracking status icon
displayed between the CH1 and CH2 areas in the user interface.
Method 2Select the "Independent" tracking mode
Press Utility System Track Set Track to select "Independent".
Enable the track functions of CH1 and CH2
Select CH1 and press Track to select "On". At this point, the track function
of CH1 is enabled and the tracking status icon
the CH1 and CH2 areas in the user interface. Use the same method to
enable the track function of CH2.
Then, select CH1 or CH2 and press Voltage and set the desired voltage. At this
point, the voltage setting value of the other channel changes accordingly. For
example, set the voltage of CH1 to +5V; the voltage of CH2 will change to +5V
automatically.
Note: At this point, both of the voltage setting values of CH1 and CH2 can be
set.
is displayed between
To Track the On/Off Status of the Channel Output
Press Utility System Track Set On/Off to select "Enable" or "Disable".
Disable: the output status of the other channel will not be affected when the
output of a channel is turned on or off.
Enable: for channels (the channels should be of the same instrument) that
support the track function, the tracking status of the on/off status of the channel
output is related to the number of channels of which the track functions are
enabled.
If only the track function of a single channel is enabled (please refer to "To
Enable the Track Function"), the output of the other channel will be
turned on or off at the same time when the output of this channel is turned
on or off. At this point, the output status of the channel of which the track
function is not enabled cannot be set and can only change with that of the
channel of which the track function is enabled.
If the track functions of the two channels are both enabled (please refer to
"To Enable the Track Function"), the output of the other channel will be
turned on or off at the same time when the output of a channel is turned on
or off. At this point, the output status of both of the two channels can be
set.
When the output current of the power supply is high, the voltage drop on the load
lead cannot be ignored. To ensure that the load can acquire the correct voltage drop,
CH2 of DP822/DP821 and DP813/DP811 (both provide 10A output current) provide
the Sense (remote sense) working mode. In this mode, the instrument detects the
voltage at the load terminal instead of the voltage at the output terminal of the
power supply; in this way, the instrument can automatically compensate for the
voltage drop caused by the load lead to ensure that the power supply output value
set by users is consistent with the voltage acquired by the load.
The Sense connecting method on the front panel is as shown in the figure below.
Sense Lead
Resistance
Operation Procedures:
1. Connect the channel output terminals and Sense terminals on the front panel of
the instrument to the two ends of the load respectively, as shown in the figure
above. Pay attention to the polarity when making connections.
2. For DP822/DP821: after you select CH2 (5V/16A for DP822; 8V/10A for DP821),
press Sense to turn on the Sense function.
For DP813/DP811: after you select the desired range, press Sense turn on the
Sense function.
When the output current is high, to acquire the best output characteristics,
the load leads should be as short as possible and it is recommended that you
twist the load leads together.
Twisted pairs are recommended for the Sense leads and do not twist the
In addition, the output interface on the rear panel of DP813/DP811 can also be used
for the Sense working mode. The Sense connecting method on the rear panel is as
shown in the figure below.
Operation Procedures:
1. Connect the load to the corresponding position on the connecting terminal
correctly as shown in the figure above. Pay attention to the polarity when
making connections.
2. Insert the connecting terminal into the output interface on the rear panel of the
instrument correctly. Pay attention to the corresponding relations of the
connecting terminal and the output interface.
3. After selecting the desired range, press Sense to turn on the Sense function.
Note: The output terminals on the front panel and the output interface on the rear
panel cannot be used for the Sense mode at the same time. You can only select one
of them for the Sense function at each time (wherein, the output terminals on the
front panel provide higher output accuracy).
When the timer is enabled, the instrument outputs the preset voltage and current
values (at most 2048 groups). Users can set the number of output groups of the
timer as well as the voltage, current and timing time of each group. Besides, the
instrument provides various built-in output templets and users can select and edit
the templet as well as create timer parameters based on the templet. The instrument
will output according to the parameters currently created.
When the delayer is enabled, the instrument enables or disables the output
according to the preset state and delay time (at most 2048 groups). Users can set
the number of output groups of the delayer as well as the state and delay time of
each group.
Users can store the edited timer parameters (timer file, with the suffix "*.RTF") and
delayer parameters (delay file, with the suffix "*.RDF") in internal or external
memory and recall them when required.
Press Timer (the backlight turns on) to open the timer and delayer interface (as
shown in Figure 2-1). The function of each menu key is as follows.
1.Timer Set: open the timer parameter setting interface and set the timer
parameters;
2. Timer: turn on or off the timer;
3. Delay Set: open the delayer parameter setting interface and set the delayer parameters;
Timer Parameter Preview Channel Currently Selected Timer Parameter List
The timer function and delayer function are mutually exclusive. When the timer is
enabled, Delayer is grayed out and disabled; when the delayer is enabled, Timer
To Set the Timer Parameters
Press TimerTimer Set to enter the timer parameter setting interface as shown
in the figure below. The channel currently selected is displayed in the status bar. You
can press the channel selection keys on the front panel to switch the channel
currently selected. This interface provides timer parameter preview; users can view
the values on the current page of the timer parameter list (the horizontal axis
denotes time and the vertical axis denotes voltage and current).
Figure 2-2 Timer Parameter Setting Interface
You can set the timer parameters in the timer parameter setting interface following
the steps below.
The number of output groups is defined as the number of groups of preset voltage
and current values that the power supply outputs in each cycle. Press Groups and
use the numeric keyboard or the left/right arrow key and knob to input the desired
value. The range is from 1 to 2048.
To Set the Number of Cycles
The number of cycles is defined as the number of times that the instrument performs
timing output according to the preset voltage and current. Press Cycles to set the
number of cycles to "Infinite" or use the numeric keyboard or the left/right arrow key
and knob to input the desired value. The range is from 1 to 99999.
The total number of groups in timing output = the number of output groups*
the number of cycles
The power supply will terminate the timer function when the total number of
groups of outputs is finished. At this point, the state of the power supply
To Set the End State
The end state refers to the state of the instrument after it finishes outputting the
total number of groups of voltage and current values when the number of cycles is a
specified value. Press End State to select "Outp Off" or "Last".
Outp Off: the instrument turns off the output automatically after finishing the
output.
Last: the instrument stops at the output state of the last group after finishing
the output.
Note: When the number of cycles is set to "Infinite", the end state is invalid.
To Edit the Timer Parameters
You can edit the timer parameters manually or using the built-in templet.
You need to set P groups (No.0 to No.(P-1)) of timer parameters; wherein, P is the
number of output groups currently set. Only 6 groups of parameters can be
displayed on each page of the timer parameter list and you can press
view and set the parameters of the other groups. This interface provides timer
parameter preview; users can view the values on the current page of the timer
parameter list (the horizontal axis represents time and the vertical axis represents
voltage and current).
1. Press Parameter and use the numeric keyboard, the left/right arrow key or the
knob to select the specified number (No.) in the timer parameter list.
2. Use the up/down arrow key to select the voltage (V), current (C) and time (s) of
the current group respectively and use the numeric keyboard or the left/right
arrow key and knob to input the desired value.
3. Use the same method to set the parameters of the other groups.
or to
To Edit the Timer Parameters using Templet
The instrument provides various built-in output templets. Users can select the
desired templet, edit the timer parameters using the templet and create waveform.
The instrument will output according to the waveform currently created.
Press Templet to open the templet editing menu. You can edit the timer parameters
according to the steps below.
1. Select the editing object
2. Select the templet
3. Edit the timer parameters
4. Construct the output waveform
1. Select the editing object
Press Edit Obj to select "Voltage" or "Current".
Voltage: when it is selected, the interface displays the voltage preview and
you can set all the groups to output a fixed current. Press Current and use
the numeric keyboard or the left/right arrow key and knob to set the current
value.
Current: when it is selected, the interface displays the current preview and
you can set all the groups to output a fixed voltage. Press Voltage and use
the numeric keyboard or the left/right arrow key and knob to set the
voltage value.
2. Select the templet
Press Type to select the desired templet, including Sine, Pulse, Ramp, Stair Up,
Stair Dn, StairUpDn, Exp Rise and Exp Fall.
templet repeatedly by increasing the number of cycles.
Sine
The Sine waveform is as shown in the figure below. The instrument
determines the Sine amplitude according to the maximum and minimum
currently set and determines the Sine period according to the total number
of points (denoted by P) and the time interval currently set, thus
determining the Sine waveform. When creating parameters, the instrument
draws P values from the preset Sine waveform according to the current
time interval.
T
Pulse
The Pulse waveform is as shown in the figure below. The timer parameters
created from Pulse waveform only contain two groups of data.
The first group: the amplitude (voltage or current) is determined by the
high level set; the time equals the pulse width (t) currently set.
The second group: the amplitude (voltage or current) is determined by the
low level set; the time equals the period currently set minus the pulse width
currently set (T-t).
When Pulse is selected, if you want to output more than 2 groups of timer
parameters, you can output the timer parameters created from the Pulse
The Ramp waveform is as shown in the figure below. The instrument
determines the amplitude of the Ramp according to the maximum and
minimum currently set, determines the period according to the total
number of points (denoted by P) and the time interval currently set and
determines the Ramp waveform according to the symmetry (denoted by
Sym) currently set. When creating parameters, the instrument draws
[1]
int(P*Sym)
values from the rising edge of the preset Ramp waveform at
the same time interval and draws P-int(P*Sym) values from the falling
edge of the preset Ramp waveform at the same time interval. The timing
time is determined by the time interval currently set.
[1]
Note
: int(P*Sym) refers to rounding P*Sym (discard the decimal part).
Stair Up
The Stair Up waveform is as shown in the figure below. The instrument
determines the Stair Up waveform according to the maximum (denoted by
MAX), minimum (denoted by MIN), total number of points (denoted by P,
P≥10) and time interval currently set and creates P parameters from MIN
to MAX at the step of (MAX-MIN)/(P-1). The timing time is determined
by the time interval currently set.
Stair Up
Stair Dn
The Stair Dn waveform is as shown in the figure below. The instrument
determines the Stair Dn waveform according to the maximum (denoted by
MAX), minimum (denoted by MIN), total number of points (denoted by P)
and time interval currently set and creates P parameters from MIN to MAX
at the step of (MAX-MIN)/(P-1). The timing time is determined by the
time interval currently set.
The StairUpDn waveform is as shown in the figure below. The instrument
determines the StairUpDn waveform according to the maximum (denoted
by MAX), minimum (denoted by MIN), total number of points (denoted by
P) and time interval currently set and creates P parameters. When P is an
odd number, the value increase from MIN to MAX at the step of
[1]
(MAX-MIN)/int(P/2)
and then reduces to MIN at the same step.
When P is an even number, the value increases from MIN to MAX at the
step of (MAX-MIN)/{int(P/2)-1} and then reduces to MIN at the step
of (MAX-MIN)/int(P/2). The timing time is determined by the time
interval currently set.
StairUpDn
[1]
Note
: int(P/2) indicates rounding P/2 (discard the decimal part).
Exp Rise
The Exp Rise waveform is as shown in the figure below. The instrument
determines the Exp Rise waveform according to the maximum (denoted by
MAX), minimum (denoted by MIN), total number of points (denoted by P),
time interval and rise index (denoted by RiseIndex) currently set. The
waveform function is (MAX-MIN)*(1-e
-i*RiseIndex/P
); wherein, i is
independent variable and creates P groups of parameters from 0 to (P-1).
The timing time is determined by the time interval currently set.
The Exp Fall waveform is as shown in the figure below. The instrument
determines the Exp Fall waveform according to the maximum (denoted by
MAX), minimum (denoted by MIN), total number of points (denoted by P),
time interval and fall index (denoted by FallIndex) currently set. The
waveform function is (MAX-MIN)*e
-i*FallIndex/P
; wherein, i is independent
variable and creates P groups of parameters from 0 to (P-1). The timing
time is determined by the time interval currently set.
Exp Fall
When the templet currently selected is Exp Rise or Exp Fall, the timer parameters
created cannot reach the maximum or minimum due to the characteristic of the
exponential function. The range of the timer parameters created is related to the
rise index or fall index currently set. The larger the rise index or fall index is, the
larger the range of the timer parameters will be, as shown in the figures below
(maximum=8, minimum=0, total number of points=100, rise indexes/fall indexes
are 1, 4, 7 and 10 respectively).
Max Value, Min Value, Points, Interval, Symmetry, Inverted
Stair Up
Max Value, Min Value, Points, Interval
Stair Dn
Max Value, Min Value, Points, Interval
StairUpDn
Max Value, Min Value, Points, Interval
Exp Rise
Max Value, Min Value, Points, Interval, Rise Index
Exp Fall
Max Value, Min Value, Points, Interval, Fall Index
3. Edit the timer parameters
For different templets, the timer parameters to be set are different as shown in
Table 2-1.
Tab l e 2-1 Timer parameters (templet)
Max Value
Set the maximum voltage or current of the templet currently selected. The
range is related to the channel currently selected. It should be greater than
or equal to the minimum value currently set.
Min Value
Set the minimum voltage or current of the templet currently selected. The
range is related to the channel currently selected. It should be lower than or
equal to the maximum value currently set.
Points
Set the total number of points (namely the number of output groups in the
timer parameters) of the templet currently selected. The range is from 10 to
2048.
When the total number of points (denoted by P) and the current number of
output groups (denoted by G) are different, the number of output groups
will change to P automatically after output waveform is created using the
templet.
Interval
Set the time interval between the points (the time required for the
instrument to output each group of timer parameters) of the templet
currently selected. The range is from 1s to 99999s.
Inverted
When the templet currently selected is Sine, Pulse or Ramp, if invert is
enabled, the instrument will first turn the preset waveform upside down
and then create the output waveform.
currently set. The actual range is from 1s to (Period-1s).
Tip
99999s.
Hi Level
When the templet currently selected is Pulse, set the high level of the Pulse
and the range is related to the channel currently selected. It should be
greater than or equal to the low level currently set.
Lo Level
When the templet currently selected is Pulse, set the low level of the Pulse
and the range is related to the channel currently selected. The low level
should be lower than or equal to the high level currently set.
Width
When the templet currently selected is Pulse, set the positive pulse width of
the Pulse (namely the duration of high level within a period). The range is
from 1s to 99998s.
The actual range of the positive pulse width is related to the period
Period
When the templet currently selected is Pulse, set the period of the Pulse
and the range is from 2s to 99999s.
The actual range of the period is related to the positive pulse width
currently set. The actual range is from (Positive Pulse Width+1s) to
Symmetry
When the templet currently selected is Ramp, set the symmetry of the
Ramp (namely the ratio of the duration of the rising edge within a period to
the whole period) and the range is from 0% to 100%.
Rise Index
When the templet currently selected is Exp Rise, set the rise index of the
Exp Rise and the range is from 0 to 10.
Fall Index
When the templet currently selected is Exp Fall, set the fall index of the Exp
Fall and the range is from 0 to 10.
4. Construct the output waveform
After editing the timer parameters (templet), press Construct to construct the
output waveform. The timer parameters corresponding to the output waveform
constructed are displayed in the timer parameter list as shown in
You can store the timer parameters edited manually or using the templet in internal
or external memory and recall them when required.
1. Save
After editing the timer parameters, press Save to enter the store and recall
interface. The file type is fixed at "*.rtf" and please save the timer file according
to the introduction in "
2. Read
Press Read to enter the store and recall interface. The file type is fixed at "*.rtf"
and please read the desired file according to the introduction in "
can edit the timer file read.
Save".
Read". Users
To Enable the Timer
After setting the timer parameters, return to the timer and delayer interface (as
shown in Figure 2-1). Press Timer to enable the timing output. The timing output
interface is as shown in the figure below.
Figure 2-3 Timing Output Interface
Enabling the timer will change the output value of the channel; make sure
that the change in the output value will not affect the device connected to
the power supply before enabling the timer.
The timing output is valid only when both the timer and the channel output
are turned on.
When the timer is enabled, the timer parameters cannot be modified and
Delay Parameter Preview Channel Currently Selected Delay Parameter List
To Set the Delay Parameters
Press TimerDelay Set to enter the delay parameter setting interface as shown
in the figure below. The channel currently selected is displayed in the status bar.
Press the channel selection keys on the front panel to switch the channel currently
selected. This interface provides delay parameter preview. Users can view the values
on the current page of the delay parameter list (high level indicates turning on the
output and low level indicates turning off the output).
Figure 2-4 Delay Parameter Setting Interface
You can set the delay parameters in the delay parameter setting interface following
the steps below.
1. To Set the Number of Output Groups
2. To Set the Number of Cycles
3. To Set the End State
4. To Edit the Delay Parameters
5. To Set the Stop Condition
6. To Save and Read the Delay File
To Set the Number of Output Groups
The number of output groups refers to the number of times that the instrument turns
on or off the output according to the preset state. Press Groups; use the numeric
keyboard or the left/right arrow key and knob to input the desired value. The range is
from 1 to 2048.
The number of cycles refers to the number of times that the instrument performs
delay output according to the preset state. Press Cycles to set the number of cycles
to "Infinite" or use the numeric keyboard or the left/right arrow key and knob to
input the desired value. The range is from 1 to 99999.
The total number of groups in delay output = the number of output
groups*the number of cycles
The power supply will terminate the delay function when the instrument
detects the state that meets the condition set in "To Set the Stop Condition" or when the total number of groups of delay outputs is finished.
At this point, the state of the power supply depends on the setting in "
To Set
To Set the End State
The end state refers to the state of the instrument when the delay function is
terminated. Press End State to select "Outp On", "Outp Off" or "Last".
Outp On: the instrument turns on the output automatically.
Outp Off: the instrument turns off the output automatically.
Last: the instrument stops at the output state of the last group.
To Edit the Delay Parameters
You can edit the delay parameters manually or generate the delay parameters
automatically using the built-in pattern and built-in method.
To Edit the Delay Parameters Manually
You need to set P groups (No.0 to No.(P-1)) of delay parameters; wherein, P is the
number of output groups currently set. Only 6 groups of parameters can be
displayed on each page of the delayer parameter list and you can press
to view and set the parameters of the other groups. This interface provides delay
parameter preview and users can view the values on the current page of the delay
parameter list (high level indicates turning on the output and low level indicates
turning off the output).
1. Press Parameter and use the numeric keyboard or the left/right arrow key or
the knob to select the specified number (No.) in the delay parameter list.
2. Use the up/down arrow key to select the state (State) and time (Delay) of the
current group respectively.
When state (State) is selected, press OK to switch to the desired state; when
time (Delay) is selected, use the numeric keyboard or the left/right arrow key
and knob to input the desired value.
3. Use the same method to set the parameters of the other groups.
To Generate the Delay Parameters Automatically
The instrument provides various kinds of built-in patterns and built-in time sequence
generation algorithms used to automatically generate delay on/off state and time
sequence respectively. Users can select the state generation mode and time
sequence generation mode and the instrument will generate the delay parameters
automatically according to the current settings.
1. Select the state generation mode
Press State Gen 0 1 Patt (1 0Patt) to select "0 1 Patt" ("1 0 Patt").
0 1 Patt: the state is set to "Off" and "On" alternately.
1 0 Patt: the state is set to "On" and "Off" alternately.
The instrument will generate the on/off state automatically according to the
current setting and the length is the number of output groups currently set.
2.Select the time generation mode
1) Select the generation method
Press Time Gen Method to select "FixTime", "Increase" or "Decline".
FixTime
Users set the output on delay time (on delay, namely the duration
when the output status is "On") and the output off delay time (off del ay,
namely the duration when the output status is "Off").
Increase
Generate the on/off delay time by increasing from the time base value
at the specified step. Users can set the time base value and step.
Decline
Generate the on/off delay time by declining from the time base value at
the specified step. Users can set the time base value and step.
2) Set the on delay/off delay
When the time generation method is "FixTime", users need to set the
output on delay time and output off delay time.
Press Time GenOn Delay (Off Delay); use the numeric keyboard or
the left/right arrow key and knob to input the desired value. The ranges of
on delay and off delay are both from 1s to 99999s.
3) Set the time base value and step
When the time generation method is "Increase" or "Decline", users need to
set the time base value and step.
Press Time GenBase Val (Step); use the numeric keyboard or the
left/right arrow key and knob to input the desired value. The minimum time
base value and step are both 1s and the two fulfills the relation: time base
value + number of output groups*step ≤99999s.
To Set the Stop Condition
The instrument monitors the output voltage, current and power during delay output.
You can set a stop condition and the instrument terminates the delay function (no
matter whether the total number of groups of delay outputs are finished) when state
that fulfills this condition is detected. At this point, the state of the instrument is
determined by the setting in "To Set the End State".
Press Stop Con to set the stop condition to "None", "< Voltage", "> Voltage", "<
Current", "> Current", "< Power" or "> Power". After selecting the desired condition,
use the numeric keyboard or the left/right arrow key and knob to input the desired
value (you do not need to set this parameter when the stop condition is set to
"None").
To Save and Read the Delay File
You can save the delay parameters edited manually or generated automatically in
internal or external memory and recall them when required.
1. Save
After finishing editing the delay parameters, press Save to enter the store and
recall interface. The file type is fixed at "*.rdf" and please save the file according
to the introduction in "
2. Read
Press Read to enter the store and recall interface. The file type is fixed at "*.rdf"
and please read the desired file according to the introduction in "
can edit the delay file read.
After setting the delay parameters, return to the timer and delayer interface (as
shown in Figure 2-1). Press Delayer to enable the delay output. The delay output
interface is as shown in the figure below.
Figure 2-5 Delay Output Interface
Enabling the delayer will change the output state of the channel. Please
make sure that the change of the output state will not affect the devices
connected to the power supply before enabling the delayer.
When the delayer is enabled, the delayer parameters cannot be modified
DP800 provides various advanced functions, including the recorder, analyzer
[1]
(option
function setting interface.
1. Recorder: record the output state of each channel and store the record file.
2. Analyzer: analyze the record file saved.
3. Monitor: monitor the output of each channel and turn off the output, display
4. Trigger: the rear panel provides a digital I/O interface which supports trigger
Note
to the order number provided in "Appendix A: Accessories and Options" in this manual and
install the option correctly (refer to "Options") before using the function.
.
), monitor (option) and trigger (option). Press to open the advanced
the corresponding prompt message or sound the beeper when the monitor
condition is met.
input and trigger output.
Trigger Input: the data lines of the digital I/O interface receive external
trigger signal. The source under control (namely the output channel) turns
on the output, turns off the output or inverts the output state when the
preset trigger condition is met.
Trigger Output: the data lines of the digital I/O interface output the level or
square signal when the output of the control source (namely the output
channel) meets the preset trigger condition.
[1]
: For function marked with "option", you need to order the corresponding option according
When the recorder is enabled, users can record the current state of the instrument
and if an analyzer is installed, users can also analyze the file recorded.
Press Recorder to open the recorder setting interface. You can turn on or
off the recorder function, set the record period and select the store destination.
Note: When the recorder is turned on, the record period and storage destination
cannot be set. Therefore, please set the record period and storage destination before
turning on the recorder.
You can record and save the record file following the steps below.
1. Set the record period
The record period is the time interval at which the instrument samples and
records the output of each channel when the recorder is turned on. Press
Period and use the numeric keyboard or the left/right arrow key and knob to
set the desired value. The range is from 1s to 99999s and the default is 1s.
2. Set the storage destination
Press Dest to enter the store and recall interface and the file type is fixed at
"*.rof". After selecting the desired destination, press Save and input the desired
filename (for the detailed operations, refer to the introduction in "
press OK.
Note:You can store the record file in the internal or external memory. In one
record operation, the recorder can record up to 2048 points when the
internal memory is selected or 614400 points when the external memory is
selected.
When the recorder is turned off, the instrument will store the record file
with the specified filename to the specified destination according to the
settings in this step.
3. Turn on or off the recorder
Press Switch to turn on the recorder. The instrument samples and records
the output of each channel by using the current record period as the time
interval.
Press Switch to turn off the recorder. When the recorder is turned off, the
current record is finished; press OK and the instrument will store the
recorded file to the specified destination according to the settings in step 2.
Note:
During the record, make sure that the output of each channel is enabled;
otherwise, the record data will be 0.
You can only store the record file when at least a single point is recorded.
The analyzer can analyze the file recorded and provides the analysis results of the
channel voltage, current and power, such as the average, VAR and range.
Press Analyzer to open the analyzer setting interface. You can open the
record file stored, set the analyzer parameters, execute analysis and view the
analysis results.
You can analyze the stored record file and view the analysis results following the
steps below.
1. Open the record file
Press Open File to enter the store and recall interface and the file type is fixed
at "*.rof". Select the desired record file and press Read.
At this point, the current time and start time are both the record period of the
file opened. When the number of groups of the file opened is less than or
equal to 2048, the end time is the maximum record time (the number of groups*the record period of the record file opened) of the record file opened;
when the number of groups of the file opened is greater than 2048, the end
time is the record period of the file opened*2048.
Note: The following operations are valid only when valid record file is opened.
2. Set the analysis parameters
Start Time
Press Start Time and use the numeric keyboard or the left/right arrow key
and knob to set the start time of the record file analysis. The range is from
the record period of the file opened to the current end time.
End Time
Press End Time and use the numeric keyboard or the left/right arrow key
and knob to set the end time of the record file analysis. When the number of groups of the file opened is less than or equal to 2048, the range is from
the start time to the maximum record time (the number of groups*the record period) of the file opened; when the number of groups of the
file opened is greater than 2048, the range is from the start time to the
record period of the file opened*2048.
3. Execute the analysis
Press Analyze and the instrument will start to analyze the record file opened
according to the current setting. The analysis results include various statistic
parameters of the channel voltage, current and power, such as the average, VAR
and range.
After the analysis is finished, you can view the analysis results according to your
need.
Analysis object
Press Object to select "Voltage", "Current", "Power" or "ALL" and the
corresponding analysis results will be displayed at the bottom of the screen.
Note: When "ALL" is selected, you can press the up/down arrow key to
switch the current analysis object and view the corresponding analysis
results.
Display type
The data between the start time and end time in the record file currently
opened will be displayed in figure or table form at the upper side of the
screen.
Press Disp Type continuously to select figure or table display form.
Figure
Display the voltage, current or power (depend on the analysis object
currently selected) corresponding to the current channel of the record file
opened in figure form. Each group of measurement values of each object
are connected in linear interpolation mode, clearly showing the variation
tendency. At the same time, the data corresponding to the "Current Time" is
displayed above the figure.
You can view the analysis results of the specified channel by
switching the current channel.
You can set the analysis object to display the specified type of data
(voltage, current or power) at the upper side of the screen.
You can view the specified group of data by setting the "
Display each group of voltage, current and power of the current channel in
the record file opened in table form.
You can view the analysis results of the specified channel by
switching the current channel.
You can view the specified group of data by setting the "
Current
Current Time
You can quickly locate each group of data of the record file opened between
the start time and end time by setting the current time. If the current
display mode is figure, the interface will locate the current data (the voltage,
current or power corresponding to the "Current Time" is displayed above
the figure) using a cursor line in the color corresponding to the current
channel.
Press Cur Time and use the numeric keyboard or the left/right arrow key
and knob to set the desired value. The range is from the start time to the
end time.
The monitor can monitor the current output state of the instrument. When the
user-defined monitor condition is met, the instrument executes the corresponding
operation according to the setting in "Stop Mode".
Press Monitor to open the monitor setting interface. The status bar shows
the channel currently selected. Press the channel selection keys on the front panel to
switch the channel.
Note: The instrument can monitor the output states of multiple channels
simultaneously.
You can set the monitor condition and turn on or off the monitor function following
the steps below.
1. Monitor Condition
The monitor condition can be any logic combination of voltage, current and
power and users can also set the voltage, current and power values.
Press Condition and use the arrow keys and OK to set the desired monitor
condition.
2. Voltage
Press Voltage and use the numeric keyboard or the left/right arrow key and
knob to set the voltage in the monitor condition.
3. Current
Press Current and use the numeric keyboard or the left/right arrow key and
knob to set the current in the monitor condition.
4. Power
Press Power and use the numeric keyboard or the left/right arrow key and knob
to set the power in the monitor condition.
5. Stop Mode
When the channel output state meets the monitor condition set, the instrument
will turn off the output, display the corresponding prompt message or sound the
beeper according to the stop mode selected. The stop mode can be one or more
of "Output Off", "Warning" and "Beeper".
Press Stop Mode and use the arrow keys to select the specified stop mode
("Output Off", "Warning" and "Beeper"); then, press OK to enable or disable the
stop mode selected.
6. Switch
Press Switch to turn on or off the monitor function.
Digital I/O Interface on the rear panel Connecting Terminal
Trigger (option)
The rear panel of DP800 provides a digital I/O interface which supports trigger input
and trigger output.
Trigger Input:
The data lines of the digital I/O interface receive external trigger signal. The
source under control (namely the output channel) turns on the output, turns off
the output or inverts the output state when the preset trigger condition is met.
Trigger Output:
The data lines of the digital I/O interface output level or square signal when the
output of the control source (namely the output channel) meets the preset
trigger condition.
The 4 data lines of the digital I/O interface are mutually independent and can be
used as trigger input or trigger output separately.
The trigger connections are as shown in the figure below.
Operation Procedures:
1. Connect the cables to the connecting terminals according to the figure above
(pay attention to the corresponding relations).
2. Insert the connecting terminals into the digital I/O interface on the rear panel
(pay attention to the corresponding relations).
Press Trigger to open the trigger setting interface as shown in the figure
below. Press Trig to select trigger input or trigger output and the corresponding
setting interface is opened. The default is trigger input.
When signal that meets the current trigger type is input on the specified data line,
the specified source under control will turn on the output, turn off the output or
toggle the output state according to the setting in output response.
Press Trigger Trig to select "In" and the trigger input setting interface is
opened, as shown in Figure 2-6.
1. Data Line
Press Data Line to select D0, D1, D2 or D3 and the data line currently selected
will be highlighted on the screen. Users can set the trigger conditions of the four
data lines respectively.
2. Source under Control
Press Ctrled Src to select one or more of CH1, CH2 and CH3 as the source
under control.
3. Trigger Type
Press Trig Type to select to trigger on the rising edge, falling edge, high level or
low level of the input signal.
For the input signal, high level is from 2.5V to 3.3V, low level is from 0V to 0.8V
4. Output Response
Press Outp Resp to set the output response type to "Output On", "Output Off"
or "Output Toggle".
Output On: when the trigger condition is met, turn on the output of the
channel currently selected as the source under control.
Output Off: when the trigger condition is met, turn off the output of the
channel currently selected as the source under control.
Output Toggle: when the trigger condition is met, turn the waveform of the
channel currently selected as the source under control upside down and
then output the waveform.
5. Sensitivity
Press Sensitivity to set the sensitivity to high, middle or low. Selecting
relatively lower trigger sensitivity can avoid mis-trigger at the noise.
6. Enable
Press Enable to enable or disable the trigger input function of the
corresponding data line.
Trigger Output
When the output of the specified control source meets the trigger condition, the
specified data line outputs level or square waveform according to the setting of the
output signal.
Press TriggerTrig to select "Out" and the trigger output setting
interface is opened, as shown in the figure below.
Figure 2-7 Trigger Output Setting Interface
1. Data Line
Press Data Line to select D0, D1, D2 or D3 and the data line currently selected
will be highlighted on the screen. Users can set the trigger conditions of the four
data lines respectively.
2. Control Source
Press Ctrl Src to select any of CH1, CH2 and CH3 as the control source.
Press Condition to open the trigger condition setting interface and users can
set the trigger condition of trigger output.
Outp Trig: the instrument triggers when the output of the control source is
turned on or off.
Press Outp Trig and use the up/down arrow key to select "Output Off" or
"Output On".
Volt Trig: the instrument triggers when the output voltage of the control
source meets the voltage condition set.
Press Volt Trig and use the up/down arrow key to select ">", "<" or "=";
use the numeric keyboard or the left/right arrow key and knob to set the
voltage value.
Curr Trig: the instrument triggers when the output current of the control
source meets the current condition set.
Press Curr Trig and use the up/down arrow key to select ">", "<" or "=";
use the numeric keyboard or the left/right arrow key and knob to set the
current value.
PowerTrig: the instrument triggers when the output power of the control
source meets the power condition set.
Press PowerTrig and use the up/down arrow key to select ">", "<" or "=";
use the numeric keyboard or the left/right arrow key and knob to set the
power value.
Auto Trig: when the trigger output is enabled, the instrument triggers
automatically.
4. Output Signal Press Signal to set the signal type of the trigger output to "Level" or "Square".
Level: the output high level is from 2.6V to 3.5V and the output low level is
from 0V to 0.4V.
Square: press Periodto set the square period and the range is from 100μs
to 2.5s; press Duty to set the duty cycle of the square waveform and the
range is from 10% to 90%.
5. Polarity
Press Polarity to set the polarity of the trigger output signal to "Positive" or
"Negative".
Positive: output the signal selected in Signal when the trigger condition is
met.
Negative: turn the signal selected in Signal upside down and then output
the signal when the trigger condition is met.
6. Enable
Press Enable to enable or disable the trigger output function of the
corresponding data line.
Press Display on the front panel to enter the interface as shown in the figure below.
You can set the screen brightness, contrast, RGB luminance, display mode and
display theme. Besides, you can also define the start-up interface.
Figure 2-8 Display Setting Interface
Brightness
Press DisplayBrightness and use the knob, left/right arrow key or numeric
keyboard to set the brightness of the screen. The range is from 1% to 100% and the
default is 50%. This setting is stored in the non-volatile memory and will not be
affected by factory reset.
Contrast
Press DisplayContrast and use the knob, left/right arrow key or numeric
keyboard to set the contrast of the screen. The range is from 1% to 100% and the
default is 25%. This setting is stored in the non-volatile memory and will not be
affected by factory reset.
RGB Luminance
Press DisplayRGB Lum and use the knob, left/right arrow key or numeric
keyboard to set the RGB luminance of the screen. The range is from 1% to 100%
and the default is 50%. This setting is stored in the non-volatile memory and will not
be affected by factory reset.
Press DisplayDisp Mode to set the display mode to "Normal", "Waveform" or
"Dial". The default is normal display mode. This setting is stored in the non-volatile
memory and will not be affected by factory reset.
Normal: display the voltage, current and power values of all the channels in
number form.
Waveform: display the voltage, current and power values of the channel
currently selected in waveform and number forms.
Dial: display the voltage, current and power value of the channel currently
selected in dial and number forms.
When the current display mode is "Normal" or "Waveform", press on the
front panel to quickly switch between the current display mode and dial display
Display Theme
Press Display Theme and use the left/right arrow key to set the display theme to
orange, green, blue or white. The default is green. This setting is stored in the
non-volatile memory and will not be affected by factory reset.
DP800 allows users to define the start-up interface. First, store the content to be
displayed in a USB storage device in BMP format (the picture cannot exceed 320×56
pixels). Then, read the picture file via the instrument and make the corresponding
settings.
Note: DP800 only supports the flash memory USB storage device of FAT32 format.
Press DisplayCustomGUI to enter the interface as shown in the figure below.
Figure 2-9 User-defined Start-up Interface
You can define the start-up interface by performing the following operations in the
user-defined start-up interface.
1. Open the picture file
Press Open File, the instrument enters the store and recall interface and please
select the desired picture file (only BMP format is supported).
2. Set the coordinate
You can set the display position of the picture selected by setting the coordinate
of the upper-left corner of the picture in the interface. The picture can be
displayed in Area 1 or Area 2 in Figure 2-9. Wherein, the coordinate range of
Area 1 is from (0,0) to (320,55) and the coordinate range of Area 2 is from
(0,145) to (320,220).
Press Coordinate and use the numeric keyboard and the left/right arrow key or
the knob and left/right arrow key to set the coordinate. The range is related to
the pixels of the picture.
3. Preview the user-defined start-up interface
Press Preview to preview the user-defined start-up interface. Press any key to
exit the preview interface.
DP800 allows users to store various kinds of files in internal or external memory and
recall the files stored when required.
DP800 provides an internal non-volatile memory (C disk) and an external memory (D
disk, only available when a USB storage device is detected at the USB HOST interface
on the rear panel).
Note: DP800 only supports the flash memory USB storage device of FAT32 format.
1. C Disk
Provide 10 state file storage locations (STATE 1 to STATE 10), 10 record file
storage locations (REC 1 to REC 10), 10 timer file storage locations (TIMER 1 to
TIMER 10) and 10 delay file storage locations (DELAY 1 and DELAY 10). Users
can store the state file, record file, timer file and delay file in C disk.
2. D Disk
Only available when a USB storage device is detected at the USB HOST interface
on the rear panel. Users can store state file, record file, timer file and delay file in
the USB storage device and copy the files in C disk to the USB storage device.
The number of files can be stored depends on the storage space of the USB
storage device.
Besides, you can store the specified BMP file in a USB storage device and define
the start-up interface according to the introduction in "User-defined Start-up Interface".
Press Store on the front panel to enter the interface as shown in the figure below.
Press Store Browser to move the cursor to the directory or file area and then
use the knob or the up/down arrow key to select the desired directory or file.
File Type
Press Store Type to select the desired file type (including state file, record file,
timer file, delay file, bitmap file and all files).
1. State File
Store the current instrument state (such as the parameter setting and system
state) in "*.RSF" format in internal or external memory. At most 10 instrument
states can be stored in the internal memory.
2. Record File
When the recorder is turned on, the instrument records the current output state
of each channel (such as the output voltage, current and power as well as
sample interval) and store them in "*.ROF" format in internal or external
memory when the recorder is turned off. At most 10 record files can be stored in
the internal memory.
3. Timer File
Store the edited timer parameters (the voltage, current and time values) in
"*.RTF" format in internal or external memory. At most 10 timer files can be
stored in the internal memory.
4. Delay File
Store the edited delay parameters (the states and time values) in "*.RDF"
format in internal or external memory. At most 10 delay files can be stored in the
internal memory.
5. Bitmap File
You can browse the "*.BMP" format bitmap files under the current directory. As
"*.BMP" format bitmap files cannot be stored in C disk, the right side of the store
and recall interface is blank when the file type is set to "*.bmp" and the current
directory is C disk.
6. All File
Display all the files and folders under the directory currently selected. When this
menu is selected, the save operation is not available.
1. Press Store Type to select the desired file type.
Note: The save operation is available only when the file type is "*.rsf". The
timer file and the delay file can be saved separately by pressing Timer
Timer Set Save and Timer Delay Set Save and the record file is
saved automatically in the specified path when you turn off the recorder.
2. Press Browser to switch the cursor to the directory area to select the desired
directory. Press Browser again to switch the cursor to the file area and select
the desired storage directory. Press Save to open the filename input interface
Figure 2-11 or Figure 2-12).
(
3. Input the filename.
Press IME to select "CH" or "EN" in the filename input interface (Figure 2-11 or
Figure 2-12
uppercase and lowercase.
English Input (include number input)
In English input method, use the knob to select the desired character in the
"Virtual Keyboard" and press Select to select this character; the character
selected is displayed in the "Filename Input Area". Use the same method to
input all the characters in the filename (you can press . to switch
between uppercase and lowercase if needed).
The length of the filename cannot exceed 9 characters. During the input,
you can press Delete to delete the character currently at the left of the
cursor in the "Filename Input Area".
). Press . on the numeric keyboard to switch between English
In Chinese input method, use the knob to select the desired Pinyin
character in the "Virtual Keyboard" and press Select to select this character;
the character selected is displayed in the "Pinyin Input Area" (at this point,
you can press 0 on the numeric keyboard to directly input the English
characters in the "Pinyin Input Area"). After inputting the pinyin of a
Chinese character, select the number of the desired Chinese character using
the numeric keyboard in the "Chinese Character Selection Area" (if the
or/and
icon at the right side of the "Chinese Character Selection Area"
is illuminated, you can use the up/down arrow key to turn to the previous or
next page) and the Chinese character selected is displayed in the "Filename
Input Area". Use the same method to input all the Chinese characters in the
filename.
The length of the filename cannot exceed 9 characters (a Chinese character
occupies 2 characters). During the input, you can press Delete
continuously to delete the characters in the "Pinyin Input Area" from right
to left if there are characters in the "Pinyin Input Area" or you can press
Delete to delete the Chinese character currently at the left of the cursor in
the "Filename Input Area" if there is not character in the "Pinyin Input
Area".
Note:
Chinese input is not supported in uppercase state. To use the Chinese
input method, press . to select lowercase state.
In Chinese input method, after a number in the "Virtual Keyboard" is
selected using the knob, press Select to select this number and the
number will be directly displayed in the "Filename Input Area".
Filename Input Area Chinese Character Selection Area
4. After inputting the filename in the filename input interface, press OK and the
instrument stores the file with the specified filename in the specified file type
under the storage directory currently selected. If the storage location selected
already contains a valid file, the instrument will prompt whether to overwrite the
original file and press OK to finish the save operation.
Read
You can read the specified type of file following the steps below.
1. Press Store Type to select the desired file type.
Note: The read operation is available only when the file type is "*.rsf" or "All
File". The timer file and delay file can be read separately by pressing Timer
Timer Set Read and TimerDelay Set Read and the record file can
be read by pressing Analyzer Open File.
2. Press Browser to switch the cursor to the directory area and select the
directory of the file to be read; press Browser again to switch to the file area
and select the file to be read.
3. Press Read and the instrument read the file currently selected. If the current
location does not contain a valid file, the corresponding prompt message will be
displayed. For a state file, the instrument enters the main interface after the file
is successfully read; for other types of files, the instrument enters the
corresponding function interface after the file is successfully read.
Delete
You can delete the files under C disk and D disk as well as the empty folders under D
disk.
1. Press Store Browser to move the cursor to the directory area and select the
directory of the file to be deleted; press Browser again to switch to the file area
and select the file or empty folder to be deleted.
2. Press Delete and the prompt message asking whether to delete the file or
empty folder currently selected is displayed. Press OK to finish the delete
operation.
You can only copy the files in C disk and paste the files to D disk.
1. Press StoreBrowser to move the cursor to the directory area and select C
disk; press Browser again to switch to the file area and select the file to be
copied.
2. Press Copy and the instrument copies the file currently selected.
3. Press Browser to switch to the directory area and select D disk.
4. Press Paste, the instrument pastes the file copied to the D disk and the
corresponding prompt message is displayed when the file is successfully pasted.
DP800 supports USB, LAN (option), RS232 (option) and GPIB (option, extended
using the USB to GPIB interface converter) interfaces, via which you can control
DP800 remotely. When the LAN, RS232 or GPIB interface is selected, please first set
the interface parameters.
Press Utility I/O Config to open the interface setting menu to set the LAN,
RS232 and GPIB interface parameters.
To Set the LAN Parameters
Before using the LAN interface, use the network cable to connect the instrument to
the PC or to the network of the PC.
Press UtilityI/O Config LAN to open the LAN parameter setting interface as
shown in the figure below. You can view the network status and configure the
network parameters.
Figure 2-14 LAN Parameter Setting Interface
1. LAN Status
Configured: the network is successfully connected.
Disconnect: the network is not connected or the network connection fails.
2. IP Configuration Mode
There are three IP configuration modes: DHCP, Auto IP and Manual IP. If the
current LAN status is "Disconnect", nothing is displayed behind "IP Configure:".
In different IP configuration mode, the configuration mode of the network
parameters (such as the IP address) is different.
DHCP: in this mode, the DHCP server in the current network assigns
network parameters (such as the IP address) for the instrument. Press
DHCP to enable or disable the DHCP configuration mode. By default, the
DHCP configuration mode is "On".
Auto IP: in this mode, the instrument acquires the IP address from
169.254.0.1 to 169.254.255.254 and subnet mask 255.255.0.0 according to
the current network configuration automatically. Press Auto IP to enable or
disable the auto IP configuration mode. By default, the auto IP
configuration mode is "On".
Note: When the DHCP and auto IP configuration modes are enabled at the
same time, the instrument uses the DHCP configuration mode. Therefore,
to use the auto IP configuration mode, DHCP should be set to "Off".
Manual IP: in this mode, users define the network parameters (such as
the IP address). Press Manual IP to enable or disable the manual IP
configuration mode. By default, the manual IP configuration mode is "Off".
Note: When all the three configuration modes are set to "On", the priority
order of parameter configuration is "DHCP", "Auto IP" and "Manual IP".
Therefore, to use the manual IP configuration mode, DHCP and Auto IP
should be set to "Off".
When all the three configuration modes are set to "On", the priority order
of parameter configuration is "DHCP", "Auto IP" and "Manual IP".
The three IP configuration modes cannot all be set to "Off" at the same
3.MAC Address
The MAC (Media Access Control) address is also called hardware address and is
used to define the location of the network device. For a power supply, the MAC
address is unique and is usually used to recognize the instrument when
assigning IP address for the instrument. The MAC address (48 bits, namely 6
bytes) is usually expressed in hexadecimal form, for example,
00-2A-A0-AA-E0-56.
4. VISA Descriptor
VISA (Virtual Instrument Software Architecture) is an advanced application
programming interface developed by NI (National Instrument) and is used to
communicate with various instrument buses. It uses the same method to
communicate with the instrument regardless of the type of the instrument
interface (GPIB, USB, LAN/Ethernet or RS232). The instrument communicating
with it via the GPIB, USB, LAN/Ethernet or RS232 interface is called "Resource".
VISA descriptor is the resource name and describes the accurate name and
location of the VISA resource. If the LAN interface is currently used to
communicate with the instrument, the VISA descriptor is
TCPIP::172.16.3.100::INSTR.
5. Set the IP Address
Please acquire a valid IP address from your network administrator firstly and set
the IP address manually in manual IP configuration mode. The format of the IP
address is nnn.nnn.nnn.nnn; wherein, the first nnn ranges from 1 to 223 (except
127) and the other three range from 0 to 255.
Press IP Addr and use the numeric keyboard and left/right arrow key or the
knob and left/right arrow key to input the desired IP address. This setting is
stored in the non-volatile memory and the instrument will load the IP address
set automatically at the next power-on if DHCP and Auto IP are set to "Off".
6. Set the Subnet Mask
Please acquire a valid subnet mask from your network administrator firstly and
set the subnet mask manually in manual IP configuration mode. The format of
the subnet mask is nnn.nnn.nnn.nnn; wherein, the range of nnn is from 0 to
255.
Press Sub Mask and use the numeric keyboard and left/right arrow key or the
knob and left/right arrow key to input the desired subnet mask. This setting is
stored in the non-volatile memory and the instrument will load the subnet mask
set automatically at the next power-on if DHCP and Auto IP are set to "Off".
7. Set the Gateway
Please acquire a valid gateway address from your network administrator firstly
and set the gateway manually in manual IP configuration mode. The format of
the gateway is nnn.nnn.nnn.nnn; wherein, the first nnn ranges from 1 to 223
(except 127) and the other three range from 0 to 255.
Press Gateway and use the numeric keyboard and left/right arrow key or the
knob and left/right arrow key to input the desired gateway address. This setting
is stored in the non-volatile memory and the instrument will load the gateway
address set automatically at the next power-on if DHCP and Auto IP are set to
"Off".
8. Set the DNS Server
Please acquire a valid DNS server address from your network administrator
firstly and set the DNS (Domain Name Service) address manually in manual IP
configuration mode. The format of the DNS address is nnn.nnn.nnn.nnn;
wherein, the first nnn ranges from 1 to 223 (except 127) and the other three
range from 0 to 255.
Press DNS Serv and use the numeric keyboard and left/right arrow key or the
knob and left/right arrow key to input the desired address. This setting is stored
in the non-volatile memory and the instrument will load the server address set
automatically at the next power-on if DHCP and Auto IP are set to "Off".
9. Default
Press Def Cfg and the prompt message "Restore LAN to default?" will be
displayed; press OK to restore the network parameters to default values. At this
point, the DHCP and auto IP configuration modes are enabled and the manual IP
configuration mode is disabled.
10. Current Setting
Press Cur Cfg to view the MAC address, current network parameters and
network status information of the instrument.
11. Apply the Setting Press Apply to apply the network parameters currently set.
Note: After setting the network parameters, you need to press Apply to apply the
network parameters currently set; at this point, the new settings take effect.
Connect the RS232 interface to the PC or data terminal equipment (DTE) using
RS232 cable and set the interface parameters (baud rate, parity bit, etc.) that match
the PC or terminal equipment. At this point, you can control the instrument remotely.
RS232 Interface
Press Utility I/O Config RS232 to open the RS232 parameter setting
interface.
1. Baud Rate
Press Baudrate to select the desired baud rate (4800, 7200, 9600, 14400,
19200, 38400, 57600, 115200 or 128000, the unit is Baud).
2. Data Bit
Press Data Bit to select the desired data bit (5, 6, 7 or 8).
3. Stop Bit
Press Stop Bit to select the desired stop bit (1 or 2).
4. Parity Bit Press Parity Bit to select the desired parity mode ("None", "Odd" or "Even").
5. Hardware Flow Control
Press Flow Ctrl to enable or disable the hardware flow control.
This power supply uses RTS/CTS hardware flow control mode. The instrument
monitors the status of the CTS pin. When the status is "True ", the instrument
sends data; when the status is "False", the instrument stops sending data. The
instrument sets the CTS pin to "False" when the input buffer area is almost full
and sets the CTS pin to "True " when the input buffer area is available again.
Before using the GPIB interface, use the USB to GPIB interface converter (option) to
extend a GPIB interface and then use a GPIB cable to connect the instrument and
PC.
Press Utility I/O Config GPIB and use the numeric keyboard or the left/right
arrow key and knob to set the desired GPIB address. It can be any integer from 0 to
30. The default is 2. This setting is stored in the non-volatile memory and will not be
affected by factory reset.
System Setting
Power-on Setting
Select the instrument configuration ("Default" or "Last") the instrument uses at
power-on and the default is "Default".
Last: use the system configuration before the last power-off.
Default: use the factory setting (except those parameters that are not affected
by factory reset). For the details, refer to
Tab l e 2-2.
Press UtilitySystem Power On to select the desired configuration type. This
setting is stored in the non-volatile memory and will not be affected by factory reset.
Over-temperature Protection
Press UtilitySystemOTP to enable or disable the over-temperature
protection (OTP) function. When the OTP function is enabled, the instrument turns
off the output automatically when the temperature inside the instrument reaches the
limit.
Beeper
Press UtilitySystemBeeper to enable or disable the beeper. When the
beeper is enabled, the instrument generates prompt sound during front panel
operation or when error occurs during remote operation.
Press UtilitySystem Scrn Svr to enable or disable the screen saver function.
When the screen saver function is enabled, the instrument will enter the screen saver
mode automatically after standing by for 25 minutes and will enter the black screen
state after another 12.5 minutes.
Keyboard Lock
DP800 allows users to lock the front panel keys to avoid the danger caused by
misoperation. You can press and hold OK to lock the front panel keys; at this point,
all the front panel keys (except the output on/off key of each channel and the
power switch key
disabled, you can press and hold this key again to unlock the front panel keys. When
the keyboard lock password is enabled, you need to input the correct password
(2012) to unlock the front panel keys.
Press UtilitySystemKey Lock to enable or disable the keyboard lock
password.
Tip: You can also use the "Key Locking" function to lock or unlock the specified
keys on the front panel.
) are not available. When the keyboard lock password is
Track Setting
The specified channels of DP832 and DP831 support the track function. You can
select the desired tracking mode and on/off sync mode (for the details, refer to "To
Enable the Track Function" and "To Track the On/Off Status of the Channel
Output") according to your need.
1. Press UtilitySystemTrack SetTrack to select "Synchronous" or
"Independent".
Synchronous: for two channels (the channels should be of the same
instrument) that support the track function, the track function of the other
channel will be enabled or disabled at the same time when the track
function of a channel is enabled or disabled.
Independent: for two channels (the channels should be of the same
instrument) that support the track function, the status of the track function
of the other channel will not be affected when the track function of a
channel is enabled or disabled.
2. Press UtilitySystemTrack SetOn/Off to select "Enable" or
"Disable".
Disable: do not track the output status of the channel.
Enable: track the output status of the channel.
System Information
Press UtilitySys Info to view the system information of the instrument,
including the model, serial number, and digital board version.
System Language
DP800 supports menus in various languages and provides Chinese/English help
information, prompt messages and interface display. Press Utility Language to
select the desired language.
Test/Calibration
You can view the calibration information of the instrument and calibrate the
instrument.
1. Press UtilityTest/Cal to view the calibration state, calibration time and test
information (include the top board, bottom board, fan, and temperature) of the
instrument.
2. Press UtilityTest/CalManualCal and input the correct password to
enter the manual calibration interface. At this point, you can perform calibration
on the instrument.
A default password is assigned to the instrument when it left factory. To acquire
the password, please contact . If you already know the password, you
can modify the password (press Utility Test/Cal Password and modify
the password according to the interface prompts).
The recommended calibration interval is 1 year. The instrument is calibrated before
leaving factory. Calibration by users themselves is not recommended and if
You can store the screen content as a picture file in the USB storage device.
Note: DP800 only supports the flash memory USB storage device of FAT32 format.
1. Insert a USB storage device into the USB HOST interface on the rear panel of the
instrument. When the USB storage device is detected,
status bar on the screen and the corresponding prompt message is displayed.
2. Press Utility Print Set Print and the countdown label (5s) is displayed at
the left of the status bar. Switch the instrument to the desired interface within 5s
and the instrument stores the screen content in "*.BMP" format in the USB
storage device 5s later after you press Print. After that, the corresponding
prompt message is displayed.
When no USB storage device is currently detected, press Print and the prompt
message "USB storage device does not exist." will be displayed.
Press Utility Preset to define the setting recalled by Preset on the front panel.
Pressing Preset can restore the instrument to factory setting or recall the
user-defined settings.
To Restore to Factory Setting
Press Utility Preset to enter the interface as shown in the figure below. Press
Preset Key to select "Default" or any of the 4 groups of user-defined settings and by
default, "Default" is selected. When "Default" is selected, pressing Preset on the
front panel will restore the instrument to factory setting as shown in Ta b l e 2-2 on the
next page.
Half of the rated value of CH1 (for DP813/DP811, it is half of the
rated value of Range1)
Current
Half of the rated value of CH1 (for DP813/DP811, it is half of the
rated value of Range1)
Power
The product of the two values above
Stop Mode
Output Off, Warning, Beeper
Trigger
Trig
In
Trigger Input
Data Line
D0
Source under Control
CH1
Trigger Type
Rise Edge
Output Response
Output Off
Sensitivity
Low
Enable
No
Trigger Output
Data Line
D0
Control Source
CH1
Trigger Condition
Output Off
Output Signal
Level
Square
Period: 1s; Duty Cycle: 50%
Polarity
Positive
Enable
No Store
Browser
Directory
Directory
C:\
File
The first file
File Type
*.rsf
Note*: These parameters are not affected by factory reset (when "Default" is selected in Utility
System Power On, restarting the power supply will restore it to the factory setting).
In the interface as shown in Figure 2-15, press Preset Key to select the specified
user-defined setting (take user-defined setting 1 as an example) to enter the
user-defined setting interface (the current user-defined setting is displayed in the
interface) as shown in Figure 2-16
will recall the corresponding user-defined setting.
. At this point, pressing Preset on the front panel
Figure 2-16 User-defined Setting Interface
You can set the user-defined setting currently selected according to the steps below
in the interface as shown in Figure 2-16.
1. Use the left/right arrow key and knob to edit the name of the current
user-defined setting (the default names of the 4 user-defined settings are user1,
user2, user3 and user4 respectively).
2. Press the channel selection keys on the front panel to select the desired channel
(the channel currently selected is highlighted).
3. Press Voltage (Current) and use the numeric keyboard or the left/right arrow
key and knob to set the voltage (current) of the channel currently selected.
4. Press OVP (OCP) and use the numeric keyboard or the left/right arrow key and
knob to set the OVP (OCP) value of the channel currently selected. Press OVP
(OCP) repeatedly to enable or disable the OVP (OCP) function of the channel
currently selected.
5. Press Track repeatedly to enable or disable the track function of the channel
currently selected.
6. Press OTP repeatedly to enable or disable the over-temperature function of the
Press Utility Option to enter the option interface and you can view the current
option installation information. To install the desired option, please order the
corresponding option according to the order number provided in "
Accessories and Options" in this manual.
To install an option, the option license is required (each instrument corresponds to a
license). The option license is a 28-character string consisting of uppercase English
letters and numbers. When the desired option is purchased, you can obtain the
corresponding key (the key is used to acquire the option license). You can install the
option following the steps below.
1.Acquire the option license
1) Log in the RIGOL official website (
Activation to enter the "Registered product license code" interface.
2) In the software license registration interface, input the correct key, serial
number (press Utility Sys Info to acquire the serial number of the
instrument) and the verification code. click Generate to obtain the
download link of the option license file. If you need to use the option license
file, please click the link to download the file to the root directory of the USB
storage device.
2.Install the option
DP800 series power supply supports the following three option installation
modes.
1) Front panel operation
Press Utility Option Install to enter the filename input
interface and the input method is fixed at "EN".
Input the correct option license and click OK (for the inputting method,
refer to "
Note: The hyphens are not included in the option license.
2) Read the option installation file in the USB storage device
The content and format requirements of the option installation file are as
follows.
The filename suffix must be ".lic".
The file content requirements:
The first line: instrument serial number (press UtilitySys Info to
acquire the serial number of the instrument);
The second line: the option license;
The third line: a blank line (cannot be omitted).
Note: The hyphens are not included in the option license.
The option installation procedures:
Edit the option installation file according to the above requirements
and store it into a USB storage device.
Turn on the instrument and insert the USB storage device. Press Store
to enter the store and recall interface.
Read the option installation file following the steps below in the store
and recall interface (refer to "Store and Recall").
Select "D:" set the file type to "All File" select the installation file
mentioned above press Read.
3) Send SCPI command
Open the remote control window and send the option installation command
(:LIC:SET <license>) by referring to "Remote Control".
Wherein, <license> is the option license (note that the hyphens should be
omitted).
For example, :LIC:SET UVF2L3N3XXKYTB73PPRSA4XDMSRT.
If the option is successfully installed, the prompt message informing you that
the option installation succeeds will be displayed; otherwise, the corresponding
error message will be displayed.