Page 3 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Version 2.2 July 2017...
Page 4 The information in this document is subject to change without notice. Chroma ATE INC. makes no warranty of any kind with regard to this manual, including, but not limited to, the implied warranties of merchantability and fitness for a particular purpose.
Page 5 All of Chroma’s instruments are warranted against defects in material and workmanship for a period of one year from date of shipment. Chroma agrees to repair or replace any assembly or component found to be defective, under normal use during this period. Chroma’s obligation under this warranty is limited solely to repairing any such instrument, which in Chroma’s sole opinion proves to be defective within the scope of the warranty when returned...
Page 6 Material Contents Declaration The recycling label shown on the product indicates the Hazardous Substances contained in the product as the table listed below. : See <Table 1>. : See <Table 2>. <Table 1> Hazardous Substances Lead Mercury Cadmium Hexavalent Polybrominated Selected Phthalates Chromium Biphenyls/...
Page 7 “” indicates that the level of the specified chemical substance exceeds the threshold level specified in the standards of SJ/T-11363-2006 and EU Directive 2011/65/EU.. Chroma is not fully transitioned to lead-free solder assembly at this moment; however, most of the components used are RoHS compliant.
Page 10 viii...
Page 11 Warning: This is a class A product. In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures.
Page 12 Failure to comply with these precautions or specific WARNINGS given elsewhere in this manual will violate safety standards of design, manufacture, and intended use of the instrument. Chroma assumes no liability for the customer’s failure to comply with these requirements.
Page 13 Safety Symbols DANGER – High voltage. Explanation: To avoid injury, death of personnel, or damage to the instrument, the operator must refer to the explanation in the instruction manual. High temperature: This symbol indicates the temperature is hazardous to human beings. Do not touch it to avoid any personal injury.
Page 14 − 63610-80-20 & 63640-80-80 outlines. − 63600-1 mainframe outline. − 63600-2 specification. − 63610-80-20, 63630-80-60, 63640-80-80 Constant Impedance Mode specification. Modify the followings: − 63600-1 Input Rating specification. − 63610-80-20, 63630-80-60, 63640-80-80 specification (Power, CR Mode range, Voltage read back accuracy, Others & Note Correct the following errors: −...
Page 15 − Caution for securing binding post. − Caution for Timing Measurement Function. − Definition of minimum drive current for Ext. Wave. − Configuration list on the panel for factory default. − “Verification” and “Appendix A” new chapters. Modify the following: −...
Page 17: Table Of Contents
Programmable DC Electronic Load 63600 Series Operation & Programming Manual Table of Contents General Information ....................1-1 Introduction ......................1-1 Description ......................1-1 Key Features Overview ..................1-5 1.3.1 Mainframe ....................1-5 1.3.2 Load ......................1-5 Specifications ...................... 1-6 Dimension Outline of 63600 Series ..............1-15 Installation ........................
Page 18 Programmable DC Electronic Load 63600 Series Operation & Programming Manual 3.20 Voltage & Current Monitor ................. 3-24 Local Operation ......................4-1 Introduction ......................4-1 Front Panel Keys & Indicators ................4-2 4.2.1 Front Panel Keys & Indicators of the Mainframe .......... 4-2 4.2.2 Front Panel Keys and Indicators of the Load Module ........
Page 19 Programmable DC Electronic Load 63600 Series Operation & Programming Manual 5.1.4.4 Communicating with Instruments ............5-11 Introduction to Programming ................5-16 5.2.1 Basic Definition ..................5-16 5.2.2 Numerical Data Formats................5-17 5.2.3 Character Data Formats ................5-18 5.2.4 Arbitrary Block Data Format ..............5-18 5.2.5 Separators and Terminators ..............
Page 20 Programmable DC Electronic Load 63600 Series Operation & Programming Manual 7.3.3 CV Mode Verification ................... 7-7 7.3.3.1 Checking High Voltage Range ............. 7-7 7.3.3.2 Checking Medium Voltage Range ............7-8 7.3.3.3 Checking Low Voltage Range .............. 7-9 7.3.4 CP Mode Verification ................... 7-9 7.3.4.1 Checking High Power Range .............
Page 21: General Information
Electronic Load. The Chroma 63600-5 Mainframe with 5 Load Modules is shown in Figure 1-1 and the Chroma 63601-5 Mainframe with 5 Load Modules is shown in Figure 1-3. The Chroma 63600-2 Mainframe with 2 Load Modules is shown in Figure 1-3 while the Chroma 63600-1 Mainframe with single Load Module is shown in Figure 1-4.
Page 22 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Figure 1-1 63600-5 Mainframe (Mounted with 5 Load Modules)
Page 23 General Information Figure 1-2 63601-5 Mainframe (Mounted with 5 Load Modules) Figure 1-3 63600-2 Mainframe (Mounted with 2 Load Modules) Figure 1-4 63600-1 Mainframe (Mounted with 1 Load Module)
Page 24 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Figure 1-5 63610-80-20 Load Module Figure 1-6 63630-80-60 Load Module Figure 1-7 63640-80-80 Load Module Figure 1-8 63630-600-15 Load Module...
Page 25: Key Features Overview
General Information Figure 1-9 63630-600-15 Load Module 1.3 Key Features Overview 1.3.1 Mainframe ■ Flexible configuration using plug-in electronic load modules to mainframes. ■ Local operation from front panel keypad. ■ Computer control via GPIB or Ethernet or USB and Remote controller via System Bus interface.
Page 26: Specifications
Programmable DC Electronic Load 63600 Series Operation & Programming Manual (0.8 V). ■ Selective voltage and current ranges. ■ Remote sensing capability. ■ 100 sets of memories to save/recall user-definable setups. ■ 10 sets of programs to link files for automatic test. ■...
Page 27 General Information environment, the hardware device should be standby for half an hour to exhaust the humidity before loading the current. The specifications of DC current accuracy are tested after the input is applied for 30 seconds. The pollution degree of the equipment is 2. The power of the 63600 series load module is supplied by the mainframe.
Page 28 Programmable DC Electronic Load 63600 Series Operation & Programming Manual SPECIFICATIONS-1 Model 63610-80-20 63630-80-60 Configuration 100Wx2 300Wx1 Voltage * 0~80V 0~80V Current 0~0.2A 0~2A 0~20A 0~0.6A 0~6A 0~60A Power * 0~16W 0~30W 0~100W 0~30W 300W Static Mode Typical min. operating 0.5V@0.2A...
Page 29 General Information Accuracy * 0.1%+0.1%F.S. 0.1%+0.1%F.S. Voltage Monitor Bandwidth 20 kHz 20 kHz Range 0~6V 0~16V 0~80V 0~6V 0~16V 0~80V Output 0~10V 0~10V Accuracy 0.5%F.S. 0.5%F.S. Current Monitor Bandwidth 20 kHz 20 kHz Range 0~0.2A 0~2A 0~20A 0~0.1A 0~1A 0~10A Output 0~10V 0~10V...
Page 30 Programmable DC Electronic Load 63600 Series Operation & Programming Manual SPECIFICATIONS-2 Model 63630-600-15 63640-80-80 Configuration 300Wx1 400Wx1 Voltage * 0~600V 0~80V Current 0~0.15A 0~1.5A 0~15A 0~0.8A 0~8A 0~80A Power * 300W 300W 400W Static Mode Typical min. operating 2V@0.15A 2V@1.5A 2V@15A 0.4V@0.8A 0.4V@8A...
Page 31 General Information Accuracy * 0.1%+0.1%F.S. 0.1%+0.1%F.S. Voltage Monitor Bandwidth 20 kHz 20 kHz Range 0~80V 0~150V 0~600V 0~6V 0~16V 0~80V Output 0~10V 0~10V Accuracy 0.5%F.S. 0.5%F.S. Current Monitor Bandwidth 20 kHz 20 kHz Range 0~0.15A 0~1.5A 0~15A 0~0.8A 0~8A 0~80A Output 0~10V 0~10V...
Page 32 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Model 63640-150-60 Configuration 400Wx1 Voltage * 0~150V Current 0~1A 0~6A 0~60A Power 400W 400W Static Mode Typical min. operating voltage (DC) 0.3V@1A 0.3V@6A 1.8V@60A*15 Constant Current Mode Range 0~1A 0~6A 0~60A Resolution 0.02mA...
Page 33 General Information Range 0~16V 0~80V 0~150V Output 0~10V Accuracy 0.5%F.S. Current Monitor Bandwidth 20 kHz Range 0~1A 0~6A 0~60A Output 0~10V Accuracy 0.5%F.S. Protection Over Power Over Current Over Voltage Alarm * Over Temperature Reverse Interface Standard Remote controller Optional Ethernet Optional GPIB...
Page 34 NOTE*16: The test conditions are 0.5µH under for line sense, CCDH loading 0~60A, SR: 0.4A/μs and Overshoot <5%. If the SR is 6A/µs, the Overshoot should be smaller than 5% and the minimum working voltage must be above 2.5V. NOTE*17: CCM: When the loading current is <10mA: 0.04%+0.12% F.S Table 1 63610-80-20 63630-80-60 63640-80-80 63630-600-15...
Page 35: Dimension Outline Of 63600 Series
General Information 1.5 Dimension Outline of 63600 Series ● 63600-5 Mainframe outline with 5 Load Modules (Unit: mm) 1-15...
Page 36 Programmable DC Electronic Load 63600 Series Operation & Programming Manual ● 63601-5 Mainframe outline with 5 Load Modules (Unit: mm) 1-16...
Page 37 General Information ● 63600-2 Mainframe outline with 2 Load Modules (Unit: mm) 177.00 16.10 210.00 63600-2 UNIT : mm 1-17...
Page 38 Programmable DC Electronic Load 63600 Series Operation & Programming Manual ● 63600-1 Mainframe outline with single Load Module (Unit: mm) 1-18...
Page 39 General Information ● Module outline (Unit: mm) 63610-80-60 63610-80-80 85.62 UNIT : mm 1-19...
Page 41: Installation
As soon as the instrument is unpacked, inspect any damage that might have occurred in shipping. Keep all packing materials in case that the instrument has to be returned. If any damage is found, please file a claim to the carrier immediately. Do not return the instrument to Chroma without prior approval.
Page 42: Explanation Of Taking Apart
User’s Manual CD 1 piece Binding post fixer 1 piece White load wire (W33 00035), 75cm 2 pieces 63610-80-20 Test wire red & black 2 pieces each Y-type bare terminal, exradius ψ10.8mm 4 pieces White load wire (W33 00033), 75cm...
Page 43: Installing The Modules
Use standard anti-static work practices when you handle and install modules. Avoid touching the connector and the circuit board. Chroma 63600-5, 63601-5 Mainframe has room for five single-width Loads (63610-80-20, 63630-80-60, 63630-600-15, 63640-80-80, 63640-150-60); Loads can be combined in the Mainframe in any order.
Page 44 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Figure 2-2 Installing Modules in the Electronic Load WARNING If the Mainframe is not installed with all modules, the empty slot must be covered with the panel cover for safety and airflow. To unplug it, lift up the switch between the load connectors, using load connectors to help you draw the module out of the mainframe.
Page 45: Channel Number
The channel number of the Load is determined by the module location in the Mainframe starting from the farthest left slot. As some Load (63610-80-20) has two channels in one module, channel 1 and 2 are always on the farthest left slot of the Mainframe, and channel 9 and 10 on the farthest right.
Page 46: Turn-On Self-Test
Mainframe connection when an error occurs. When the self-test completes, the VFD will display measurement V & I. The dual channel module goes to L channel. In case of failure, return the Mainframe or Load module to Chroma sales or service office for repair.
Page 47: Application Connection
When using Y-type (U-type) terminal to connect the load terminal, do not WARNING overlap 2 (or more) terminals at the same time and the torque cannot exceed 30kgf-cm when securing it using Chroma terminal fixture.
Page 48 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Figure 2-4 Load & Remote Sensing Connection...
Page 49: Remote Sensing Connections
Connect the negative ends is suggested to avoid any possible loop current that may affect the measurement result. Contact Chroma technical service center if there is a need to use the UUT voltage measurement function as a power meter.
Page 50: Parallel Connections
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 2.6.3 Parallel Connections Figure 2-6 illustrates how modules can be paralleled to increase power dissipation. Modules can be directly paralleled in CC, CR or CP mode. Modules cannot be paralleled in CV mode. Each module will dissipate the power it has been programmed.
Page 51: Remote Control Connection
Installation Figure 2-7 Multi-Mainframe Connections Modes 2.7 Remote Control Connection The remote operation of Load can be done through GPIB, Ethernet, or USB interface. These connectors on the rear panel connect the Load to the controller or computer. The GPIB and Ethernet interface of the electronic load is optional.
Page 52: Ethernet Card Setup
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 2.9 Ethernet Card Setup The mainframe 63600-2, 63600-5 and 63601-5 facilitate remote operation via Ethernet bus as an option. Setting up Ethernet card, and its operation are described in Chapter 5. 2-12...
Page 53: Operation Overview
Operation Overview 3.1 Introduction Chroma 63600-5, 63601-5 multiple electronic load mainframes are suitable for design, manufacturing, testing and quality assurance for electronic products. The Mainframe contains five slots of load modules. Each Load module occupies one slot depending on the power rating of the module.
Page 54: Front Panel Description
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 3.2 Front Panel Description The Mainframe front panel includes a 2 characters 7-segment LED display, and keypads. The front panels of Mainframe 63600-5, 63601-5, 63600-2, 63600-1 are shown in Figure 3-1, Figure 3-2, Figure 3-3 and Figure 3-4.
Page 55: Rear Panel Description
Operation Overview Display Keypads Power key Figure 3-3 Front Panel of 63600-2 Power key Figure 3-4 Front Panel of 63600-1 3.3 Rear Panel Description The Mainframe rear panel includes two System Bus ports, a USB port, an optional GPIB connector, an optional Ethernet connector, a System I/O port, an AC LINE socket, a fuse holder, and five air holes of the fan cooling.
Page 56 Programmable DC Electronic Load 63600 Series Operation & Programming Manual SYSTEM ETHERNET SYSTEM GPIB FUSE Socket COOLING AIR HOLE Figure 3-5 Rear Panel of 63600-5 GPIB/ SYSTEM ETHERNET SYSTEM AC Socket COOLING & FUSE AIR HOLE Figure 3-6 Rear Panel of 63601-5...
Page 57: Local/Remote Control
Operation Overview COOLING AIR HOLE GPIB SWITCH SYSTEM Socket ETHERNET SYSTEM FUSE SYSTEM FUSE Figure 3-7 Rear Panel of 63600-2 Figure 3-8 Rear Panel of 63600-1 Table 3-1 Definition for Rear Panel Connectors on the Mainframe Item Description GPIB Interface: A GPIB interface for connecting remote controller using a computer. Ethernet Interface: An Ethernet interface for connecting remote controller using a computer.
Page 58: Modes Of Operation
Programmable DC Electronic Load 63600 Series Operation & Programming Manual Most of the functions that perform remotely can be done locally too at the Load Module front panel. The keypads on the Mainframe can perform simple functions like specific setting, data lock operation, save/recall setting.
Page 59 Operation Overview In CC mode, the Load will sink a current in accordance with the programmed value MODE regardless of the input voltage. To enter into the CC mode, press the key a few times until the VFD displays CC mode. Current Ranges (Low, Middle, High) Current can be programmed in any of the three ranges, low range, middle range and high range.
Page 60 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Dynamic Load Mode There are two Operation Modes for dynamic load: Dynamic load mode and Dynamic load DYNA frequency sweep mode. Press to select Dynamic load or Dynamic load frequency sweep mode.
Page 61 Operation Overview Dynamic Load Frequency Sweep Mode Figure 3-12 CC dynamic Frequency Sweep Current Waveform The Load offers a unique CC dynamic frequency sweep with variable frequency to find the worst case UUT voltage. Frequency Sweep Function operation enables you to program two load levels (Load1 and Load2), Start frequency, End frequency, Step frequency, Dwell time, duty, slew rate (Rise and Fall).
Page 62: Constant Resistance Mode
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 3.5.2 Constant Resistance Mode Figure 3-13 Constant Resistance Mode In CR mode, the Load will sink a current linearly proportional to the input voltage in accordance with the programmed resistance. This mode is operated under the F/W calculation.
Page 63: Constant Voltage Mode
Operation Overview 3.5.3 Constant Voltage Mode Figure 3-14 Constant Voltage Mode In CV mode the Load will sink current to control the voltage source in programmed value. This mode is operated under the F/W calculation. That is, take the voltage setting, divide the measured output current of UUT’s CC mode and get the suitable resistance as the equivalent resistance of the Cells.
Page 64: Constant Power Mode
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 3.5.4 Constant Power Mode Figure 3-15 Constant Power Mode In CP mode, the Load will sink a current according to the programmed power. This mode is operated under the F/W calculation. That is to divide the power setting by the measured V data and get the I setting value.
Page 65: Constant Impedance Mode
(low setting resistance) is programmed. 3.6 Load ALL RUN Chroma 63600-5 multiple electronic load mainframes can have at most up to ten channels. The method each channel loads On/Off can be controlled by the ALL RUN setting. The loading of channels with the ALL RUN function turned on, can be controlled via other channels with ALL RUN settings turned on.
Page 66: Slew Rate & Minimum Transient Time
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 3.8 Slew Rate & Minimum Transient Time Slew rate is defined by the change in current over time. A programmable slew rate allows a controlled transition from one load setting to another to minimize the induced voltage drops on inductive power wiring, or control the induced transients on a test device.
Page 67 Operation Overview Figure 3-17 Start Sinking Current (Von Non-Latch) Figure 3-18 Stop Sinking Current (Von Non-Latch) In the battery discharge timing measuring mode, you may set the conducting voltage Voff to avoid repeatedly start sinking and stop sinking current when the UUT output voltage is repeatedly up and down near the Von voltage.
Page 68: Short On/Off
Programmable DC Electronic Load 63600 Series Operation & Programming Manual The delay time spec for Von is 300µs. 3.10 Short On/Off Load module can simulate a short circuit at input by setting the load on with full-scale current. The short circuit can be on/off from the front panel or via remote control. There are two SHORT operations for key on the front panel.
Page 69: Timing Measurement Function
Operation Overview Set the Trigger Source. Set the Trigger Source of Digitizing Function. Load ON, Load OFF, TTL (External trigger, TRIG_DIGI signal), BUS trigger, and Manual trigger could be chosen to be the Trigger Source. The default setting of Trigger Source is Load ON. TRIG_SOURCE : LOAD ON Set the Trigger point.
Page 70: Sine Wave Dynamic
Programmable DC Electronic Load 63600 Series Operation & Programming Manual Load will automatically stop sink current and finish the operation after the timing LOAD measurement is taken without pressing the key. For battery discharge test, to protect the Electronic Load from damage, CAUTION please refer to Appendix A Precautions for Loading Battery.
Page 71: Ocp Test Function
Operation Overview Figure 3-21 Load of A Brand Figure 3-22 Load of B Brand 3.14 OCP Test Function The Load provides ramped up current for the load to test the UUT voltage whether has reaches trigger voltage level to judge the OCP protection movement normally or not. This test checks the response of one UUT output under overloaded condition.
Page 72 Programmable DC Electronic Load 63600 Series Operation & Programming Manual The appropriate bits in the Mainframe’s status registers are set when any of the protection features listed above is active. The Load’s buzzer will beep to inform you till the protection status is reset.
Page 73 Operation Overview ● The design of LVP is mainly to prevent the UUT from sudden voltage drop to 0V and rise again when the Von point is set to 0V or in current loading state at “LOAD ON” as it could cause the voltage or current to overshoot.
Page 74 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Output Load Sink Current Settin Figure 3-24 When Von Point sets to 0V without Protection (2) When the Von Point is set to 0V and protection is selected for LVP during “LOAD ON”, the Electronic Load starts current loading when the SW is off and the external voltage is over the protection voltage.
Page 75: Save/Recall Setting
Operation Overview Output Load Sink Current Setting Figure 3-26 When Von Point is not set to 0V with Protection (4) When the Von Point is not set to 0V and the LVP sets no protection during “LOAD ON”, turn off the SW after it is turned off a period of time and then turn the SW off again. Current loading continues when there is no power as shown in Figure 3-27.
Page 76: External Waveform Control
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 00~99) set by the 7-segament digit display on the Mainframe panel and then press RECALL to recall the saved settings. 3.19 External Waveform Control The external dynamic test, operated in the CC mode, is similar to that under the Dynamic test, but the load level switching is controlled by the duty cycle of an External signal.
Page 77: Local Operation
Local Operation Local Operation Introduction This chapter describes how to operate the electronic load from the local panel in details. The descriptions include: Mainframe panel control, Module panel control and indicators. In order to use the front panel keys to control the electronic load, local operation must be in effect.
Page 78: Front Panel Keys & Indicators
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 4.2 Front Panel Keys & Indicators 4.2.1 Front Panel Keys & Indicators of the Mainframe Figure 4-1 Front Panel of the 63600-5 Mainframe Figure 4-2 Front Panel Keys and Indicators of the 63600-5 Mainframe ...
Page 79: Front Panel Keys And Indicators Of The Load Module
Local Operation Memory channel A total of 100 sets of memory are built in the Load module for indicator storage of programmed setup. The user can save into (or recall from) any memory channel from 00 to 99, a pre-programmed loading setup.
Page 80 Programmable DC Electronic Load 63600 Series Operation & Programming Manual  VFD Display Symbols Figure 4-4 VFD Display Figure 4-5 Symbols of VFD Display Table 4-2 Definition for VFD Display Symbols on the Module Zone Symbol Description Indicates acting mode is at one of the followings: constant current (CC), constant resistance (CR), constant voltage (CV), or constant power (CP).
Page 81 Local Operation  Front Panel Keys (Load module) There are twelve keys for each of the module panel. Only one key is different from the keypads, which is key in the single channel module panel and key in the dual channel module panel. Figure 4-6 shows the front panel Keys of the Module. A.
Page 82 Programmable DC Electronic Load 63600 Series Operation & Programming Manual This key is used to select the left channel or right channel only directly for the dual channel module. exists in dual channel module EDIT This key is used to select the system operation mode for EDIT or changed the next parameter when press EDIT key again.
Page 83: Selecting The Channel For A Dual Channel Module
Module key is used to select one of the channels for a dual channel module, like the model Chroma 63610-80-20. To edit the channel settings, you must select a channel first. Press the key to select left channel or right channel for the dual channel module, then the LED “L”...
Page 84: Setting The Operation Mode
The load levels and slew rate are common to CC, CR and CP modes. CV mode sets voltage level and current limit. There are two level settings in CC, CR, CV and CP modes for single channel module, like the model Chroma 63630-80-60. They can be switched by the key.
Page 85 Local Operation High range  Middle range Low range goes back to High range Select state A/B for single channel module For single channel module, press the key to select state A or state B, then the LED “A” or LED “B” above the key lights up.
Page 86: Setting Cr Values
Programmable DC Electronic Load 63600 Series Operation & Programming Manual set new value in their setting pages. ENTER After completion of the data edit, key must be pressed. Otherwise, pressing the DATA key, new data will not be written into the internal memory, the previous value for the parameter is kept.
Page 87 Local Operation EDIT otherwise, the new data won’t be written into the internal memory. At last, press to exit the editing mode and complete the current range setting. Select state A/B for single channel module For single channel module, press the key to select state A or state B, then the LED “A”...
Page 88: Setting Cv Values
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 4.4.4 Setting CV Values When operate in CV mode, the VFD displays CV mode. 0 . 0 0 0 0 0 . 0 0 0 0 0 . 0 0 0 0 There are three voltage ranges for CV operation: high voltage range, middle voltage range, and low voltage range.
Page 89 Local Operation ENTER Turn the Rotary knob to change the display value to 6V, then press key to confirm. 6.0000 Set Current Limit This function will limit the current sinking of Load to protect the UUT in CV mode. There are two CV modes: VOLT_PSU and CURR_PSU.
Page 90: Setting Cp Values
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 4.4.5 Setting CP Values When operate in CP mode, the VFD displays CP mode. 0 . 0 0 0 0 mV 0 . 0 0 0 0 mA 0 . 0 0 0 0 mW There are three power ranges for CP operation: high power range, middle power range, and low power range.
Page 91 Local Operation Set Slew Rate DATA There are 500 discrete steps in each range. Press the key to set slew rate of rise. Turn the Rotary knob to change the display value to 0.03A/μs, and the VFD displays: : 00.030 A/μs ENTER Then press key to confirm the setting, and the slew rate settings change to fall...
Page 92: Setting Cz Values
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 4.4.6 Setting CZ Values When operate in CZ mode, the VFD displays CZ mode. There is only one impedance range for CZ operation. The current is always in high range. ALL resistance levels are programmed in Ω.
Page 93: Setting Operation Mode Of Dynamic Load
Local Operation Set the Level of the equivalent series resistance Rs The setting range is from 30mΩ to 20Ω. There are 15,000 discrete steps in the range. EDIT Press the key to enter into the editing mode. Turn the Rotary knob to change ENTER the display value to 0.15Ω, then press key to confirm.
Page 94: Select The Operation Mode Of Dynamic Load
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 4.5.2 Select the Operation Mode of Dynamic Load There are two Operation Modes for dynamic load: Dynamic load mode and Dynamic load DYNA frequency sweep mode. Press to select dynamic load, then the LED above the key DYNA lights up, and the VFD displays: 0 .
Page 95 Local Operation Set Current Level EDIT There are 15000 discrete steps from 0 to full scale in each range. Press the to enter into the editing mode, and the VFD displays: ENTER Turn the Rotary knob to change the display value to 30A for Load1, then press key to confirm.
Page 96: Setting Dynamic Load Frequency Sweep Values
Programmable DC Electronic Load 63600 Series Operation & Programming Manual Set Slew Rate The VFD displays: ENTER Turn the Rotary knob to change the display value to 1.000A/μs, then press to confirm. The slew rate settings change to fall at the same time. The VFD displays: ENTER Turn the Rotary knob to change the display value to 1.000A/μs, then press...
Page 97 Local Operation DATA Press key to switch the measurement page as shown below. The F_R means the executing frequency at present, the Vp+ and Vp- are the voltage positive/negative peaks measured and the F/P is the frequency under voltage positive/negative peak. F_R: 0 .
Page 98 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Turn the Rotary knob to change the display value to 1kHz for End Frequency, then ENTER press key to confirm. At the same time it changes to setting Step Frequency. Turn the Rotary knob to change the display value to 100Hz for Step frequency.
Page 99: Setting The Advance Function
Local Operation Full scale range of slew rate switches automatically among low, middle and high. Review and update the values of the setting parameters DATA Review the values of the setting parameters by pressing key. Update them by set new value in their setting pages. ENTER After completion of the data edit, key must be pressed.
Page 100 Programmable DC Electronic Load 63600 Series Operation & Programming Manual MODE: CC Set Load Level. There are 15,000 discrete steps from 0 to full scale in each range and each mode. Turn the Rotary knob to change the display value to 10.000A, then press ENTER key to confirm.
Page 101: Setup Of Sine Wave Dynamic Function
Local Operation Then the display will go to the first editing page again. 4.6.2 Setup of Sine Wave Dynamic Function In the page of Advance function, turn the Rotary knob to change the display value to 2, then ENTER press key into the page of Sine Wave Dynamic Function.
Page 102 Programmable DC Electronic Load 63600 Series Operation & Programming Manual [ O C P T E S T ] 0 . 0 0 0 0 0 . 0 0 0 0 DATA Press key to switch the measurement page. [ O C P T E S T ] 0 .
Page 103: Setup Of Program Sequences Function
Local Operation TRG_V : 05.000 V Set OCP Current specification. There are two levels for OCP Current specification: LOW and HIGH. The LOW and HIGH levels can be set by the value. Turn the Rotary ENTER knob to change the display value, then press key to confirm the setting.
Page 104 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Set Program Number LIST STEP Program Type? Set Program Set Program Chain Chain Set Program Set Program Repeat Repeat Clear Clear All? All? Set Total Set Total seq. num (N) seq.
Page 105 Local Operation In the page of Advance function, turn the Rotary knob to change the display value to 4, then ENTER press key into the page of Program Sequences Function, the VFD displays Program Sequences Function. [ AUTO SEQUENCES ] 0 .
Page 106 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Clear the Setting Sequenc Clear the setting Sequences by turn the Rotary knob to change the display value to YES, ENTER then press key to confirm. Set the Amount of the Total Setting Sequenc Set the Amount of the Total Setting Sequence by turn the Rotary knob to change the ENTER display value, then press...
Page 107 Local Operation Select Range Select proper range, by turn the Rotary knob to change the mode until the desired range is displayed. RANGE : HIGH Setting the Sequence Dwell Time The sequence Dwell time controls the Load input Dwell when the program sequence is executed.
Page 108 Programmable DC Electronic Load 63600 Series Operation & Programming Manual P/F_VH : 5.500 P/F_VL : 4.500 P/F_IH : ------ mA P/F_IL : ------ mA P/F_PH : ------ mA P/F_PL : ------ mA Setting the Sequence P/F Delay Time The sequence Pass/Failure delay time let you set the delay time for P/F checking when load condition changes.
Page 109: Running The Program Sequences Function
Local Operation 4.6.5 Running the Program Sequences Function LOAD Press the key ON to run program when program sequences function is selected. The VFD display goes to the voltage and current measurement, and program sequences run display mode. The display shows as follows. [ 01-004 CCM RUN ] 4.9963V 1.3686A...
Page 110 Programmable DC Electronic Load 63600 Series Operation & Programming Manual 4-34...
Page 111: User Defined Waveform
Local Operation 4.6.7 User Defined Waveform [ ADVANCE ] 1.TIMING 2.SINE WAVE DYNA 3.OCP TEST 4.AUTO SEQUENCES [ ADVANCE ] 5. MPP TRACKER 6. USER DEF. WAVE 4.7 Setting the Configuration The Electronic Load provides useful features such as Von point, Current limit, All run, etc. To use these powerful features, you must set relevant parameters in accordance with application needs for configuration setup.
Page 112: Setup Of System Configuration
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 4.7.1 Setup of System Configuration ENTER Turn the Rotary knob to change the display value to 1, then press key into Setup page of system configuration. Set the voltage range of CC mode. There are three voltage ranges for CC mode. High range is for high voltage, middle range is for middle voltage, and low range for low voltage so as to get better voltage resolution.
Page 113 Local Operation Figure 4-8 Von LATCH ON Current Waveform Figure 4-9 Von LATCH OFF Current Waveform Set Voff point. Voff is the conduction voltage level, and it is only available in Timing mode. The Electronic Load stops sinking current when the UUT output down to reach the Voff voltage.
Page 114 Programmable DC Electronic Load 63600 Series Operation & Programming Manual CV_TYPE:VOLT_PSU LOAD Set All Run mode. When All Run is set to ON, the Load on/off is controlled by on the any module of the Mainframe. Under other circumstances the Load on/off is LOAD individually and simply controlled by key on the module.
Page 115: Setup Of Specification
Local Operation Select Load module input status when it is powered ON. When ON is selected, the Load module will be active using the last setting before turned OFF last time. The default setting of AUTO_ON is OFF. AUTO_ON : ON Select LVP on/off.
Page 116: Setup Of Remote
Programmable DC Electronic Load 63600 Series Operation & Programming Manual ENTRY MODE. The HIGH/LOW percentage range is from 0 to 100%. And also may choose OFF to close Voltage specification judgment. The default setting of HIGH and LOW is 100%. The CENTER value is half of the range.
Page 117 Local Operation [REMOTE] 1. GPIB 2. SYSTEM BUS 3. NETWORK 4. DIGITAL I/O Setting the GPIB Address. Please refer to Chapter 5 for GPIB address in the system. You can use this feature to check the GPIB address. [GPIB ] ADDRESS Setting the System Bus address.
Page 118: Setup Of Parallel
Programmable DC Electronic Load 63600 Series Operation & Programming Manual [ DIGITAL I / O ] DOUT1 : NONE DOUT2 : NONE [ DIGITAL I / O ] DIN1 : NONE DIN2 : NONE [ DIGITAL I / O ] DOUT_VOLT : NONE ADVA To leave out of the REMOTE edit page of system configuration, you need to press...
Page 119: Setup Of Synchronous Dynamic Mode
Local Operation Select None / Master / Slave for parallel mode. Set the specified module to none, master or slave for parallel run. NONE: Disable the MASTER/SLAVE control function. MASTER: Used as the master for the parallel group and this is the only one controlled by front panel or PC in this group.
Page 120: Recall Factory Default
Normally, we recommend that normal users don’t enter into this page and edit the data. This is for Chroma instruments factory or service center or standard instruments calibration center to calibrate the programming and measurement values that are out of accuracy of specifications.
Page 121 Local Operation 80.000V 80.000V 80.000V 600.00V 150.00V 16.000V 16.000V 16.000V 150.00V 80.000V 6.0000V 6.0000V 6.0000V 80.000V 16.000V 0000.4W 000.32W 0000.1W 000.00W 000.00W 000.04W 00.032W 000.01W 00.000W 00.000W 00.004W 0.0032W 00.001W 0.0000W 0.0000W 2900.0Ω 3000.0Ω 12000Ω 200.00kΩ 1500.0Ω 720.00Ω 600.00Ω 2900.0Ω 4000.0Ω...
Page 122: Display Model Information
TRIG_POINT: 2000 DIGI: INITIATE Note: FW: Firmware version, PCB: PCB version; HDL: CPLD & FPGA version; G, A, C1, C2 (63610-80-20) represents the PCB name in the module respectively. 4.7.7 Display Model Information In the page of system configuration, turn the Rotary knob to change the display value to 8,...
Page 123: Setup Of Digitizing Function
Local Operation 4.7.8 Setup of Digitizing Function To record the transient voltage and current waveforms, the 63600 series offer a digitizing function for recording the transient waveforms. It is very convenient to record the information via this function. In the page of system configuration, turn the Rotary knob to change the display value to 9, ENTER then press key into Digitizing Function edit page of system configuration.
Page 124 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Local operation: SAMPLING_TIME:00.100ms SAMPLING_POINT:3596 TRIG_SOURCE:LOAD_ON TRIG_POINT:0500 Remote operation: DIGitizing:SAMPling:TIME 100μs DIGitizing:SAMPling:POINt 3596 DIGitizing:TRIGger:POINt 500 DIGitizing:TRIGger:SOURce 0 STEP 2: Initializing the function of Digitizing It is necessary to do initialization before capturing a new waveform. The initialization action will restart the Digitizing function and capture all Trigger Points to wait for the Trigger source.
Page 125: Recalling Files
Local Operation 4.8 Recalling Files Press RECALL key on the mainframe to recall files from 00 to 99. Files 00 to 99 are user data. The memory channel indicated on the LED. After a file is recalled, the display will go to mode editor for you to edit or view the file.
Page 126: Universal Serial Bus (Usb) Port
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 4.11 Universal Serial Bus (USB) Port The Universal Serial Bus (USB) Port on the Mainframe rear panel is a 4-pin USB connector. It is available for USB connecting to a remote controller or a personal computer for remote control.
Page 127 Local Operation TRIG_SEQ DGNDC VMON4 AGNDC TRIG_DIGI DGNDC IMON4 VMON3 LOAD_ON DGNDC AGNDC IMON3 VMON6 AGNDC IMON6 VMON5 AGNDC AGNDC AGNDC IMON5 EXT_WAVE2 AGNDC VMON8 AGNDC EXT_WAVE1 EXT_WAVE4 IMON8 VMON7 AGNDC EXT_WAVE3 AGNDC IMON7 EXT_WAVE6 AGNDC VMON10 AGNDC EXT_WAVE5 EXT_WAVE8 IMON10 VMON9 AGNDC...
Page 128 Programmable DC Electronic Load 63600 Series Operation & Programming Manual d. 5.0V: It sets the Dout High level to 5.0V. 8. DGNDC: Digital signal reference ground. 9. EXT_WAVE [1:10]: External wave input signals from the first channel to the tenth channel, the input range is from 0 to 10V. 10.
Page 129 Local Operation and DI2 are set to External Load ON/OFF, the two signals need to be HIGH to become Load OFF and vice versa both of the signals need to be LOW to become Load ON. When DI1 (or DI2) is set to Remote Inhibit and is Low, all channels in FRAME are Load off and a REMOTE INHIBIT protection message will appear.
Page 130: Using The Synchronous Cable
Programmable DC Electronic Load 63600 Series Operation & Programming Manual Figure 4-12 63600-1 System I/O Port Connector Table 4-10 63600-1 Pin Assignments of the System I/O Port Connector Pin No. Signal Pin No. Signal Pin No. Signal DGNDC DGNDC AGNDC EXT_WAVE1 EXT_WAVE2 VMON1...
Page 131 Local Operation [ SYSTEM BUS ] ADDRESS TERMINATOR :ON When more than two mainframes are doing synchronous cable connection, it is necessary to turn on the terminal resistor of the first and the last mainframe (the terminal resistors of the ENTER ADVA rest mainframes need to be turned off.) Press...
Page 133: Remote Operation
Such address allows the system controller to communicate with individual devices. To set the GPIB address of an individual mainframe, Chroma 63600 series, it is done by the “REMOTE” setting in the “CONFIG” functional list menu only at each Modules.
Page 134: Usb In Remote Control
Ethernet interface has a unique IP address assigned to it. Such address allows the system controller to communicate with individual devices. To set the IP address of an individual mainframe, Chroma 63600 series, it is done by the “REMOTE” setting in the “CONFIG” functional list menu only at each Modules .
Page 135: Selecting The Lan Type To Be Connected
Remote Operation 5.1.4.1 Selecting the LAN Type to be Connected LAN is divided into Site LAN and Private LAN. Site LAN usually refers to large local area network (such as enterprise network also called as Intranet) including network server (DHCP, WINS, DNS…etc.) and terminal device (Terminator) that are connected via Router, Firewall and Internet as shown below.
Page 136 Programmable DC Electronic Load 63600 Series Operation & Programming Manual When selecting Site LAN, users can use the following two ways to connect to computer. Private LAN is a smaller local area network composed of two or more terminal devices and Hub or two terminal devices via Crossover Cable connection.
Page 137: Setting Network Parameter (Ip, Subnet Mask, Gateway)
When in Site LAN: Only network setting is required on 63600 by setting DHCP to ON (Server specifies the IP automatically) or OFF (specifies IP manually.) Steps to set 63600 DHCP = ON for Chroma DC Load: STEP 1: ENTER...
Page 138 Save the settings and exit the CONFIGURE page completely for 63600 to save them correctly. Steps to set DHCP = OFF for Chroma DC Load 63600: STEP 1: When DHCP=OFF, it also needs to set IP, GATEWAY and SUBNET MASK parameters.
Page 139 Remote Operation STEP 1: Click “Control Panel” on the PC and double-click “Network Connections” to enter it. STEP 2: Select “Local Area Connection” and click right mouse button to select “Properties.”...
Page 140 Programmable DC Electronic Load 63600 Series Operation & Programming Manual STEP 3: Select “Internet Protocol (TCP/IP)” and click “Properties.” STEP 4: Select “Use the following IP address:” (that is to set the IP manually) to enter the desired local area network IP address.
Page 141 Once the setting is done, click OK to return to previous level and click OK again to exit and finish the setting procedure. Steps to set DHCP = OFF for Chroma DC Load 63600: STEP 1: When DHCP=OFF, it also needs to set IP, GATEWAY and SUBNET MASK parameters. If the network parameters are already set on user’s computer or other devices in the network,...
Page 142: Confirming Network Connection Is Successful
When the above actions are done, it indicates the local area network is set including the Chroma DC Load 63600 network card. Now, users need to confirm the set local area network is correct. Follow the steps below for verification.
Page 143: Communicating With Instruments
Remote Operation STEP 2: Input cmd and click OK to run the cmd program. STEP 3: A window of MS-DOS operation environment will open. Input “ping IP address” such as ping 10.1.9.20. If there is a response, it means the setting of local area network is done successfully.
Page 144 Programmable DC Electronic Load 63600 Series Operation & Programming Manual STEP 1: Open NI-MAX (version 4.3.0F0) and select “Devices and Interface” then click the right mouse button to choose “Create New. . .”. STEP 2: Select “VISA TCP/IP Resource” and click Next >. 5-12...
Page 145 Remote Operation STEP 3: Select “Raw Socket” and click Next >. STEP 4: Input the “IP Address” and “Port Number” (TCP/IP Port used by Chroma DC Load 63600 is 2101) and click Test. STEP 5: 5-13...
Page 146 Programmable DC Electronic Load 63600 Series Operation & Programming Manual The following screen will prompt if it is connected successfully. Click OK to close the message dialog and click Finish to end it. STEP 6: VISA TCP/IP Resource will add to Devices and Interfaces. Select it and click Open VISA Session (NI VISA Ver.3.0).
Page 147 Remote Operation STEP 7: Select “Termination Char Enable” for “Attribute Name” in the sub-tab “Property Node (Write)” under “Template” tab. If “Current Value” is “VI_FALSE”, set “VI_TRUE” for New Value and then click Execute. STEP 8: Select “Basic I/O” tab to use the “Write” sub-tab to give commands to 63600 (using *IDN? as the example) and then click Execute.
Page 148: Introduction To Programming
Programmable DC Electronic Load 63600 Series Operation & Programming Manual STEP 9: Select “Basic I/O” tab to use the “Read” sub-tab to read back the status of 63600 and then click Execute. 5.2 Introduction to Programming 5.2.1 Basic Definition GPIB statement includes instrument control and query commands. A command statement sends an instruction to the electronic load, and a query command to request information from the electronic load.
Page 149: Numerical Data Formats
Chroma 63600 Electronic Load accepts the numerical data type listed in Table 5-1. Numeric data may be followed by a suffix to specify the dimension of the data. A suffix may be preceded by a multiplier. Chroma 63600 makes use of the suffixes listed in Table 5-2 and multipliers listed in Table 5-3.
Page 150: Character Data Formats
Programmable DC Electronic Load 63600 Series Operation & Programming Manual Table 5-3 Suffix Multipliers Multiplier Mnemonic Definition mega kilo 1E-3 milli 1E-6 micro 1E-9 nano 5.2.3 Character Data Formats For command statements, the <NRf+> data format permits entry of required characters. For query statements, character strings may be returned in either of the forms shown in the following table.
Page 151: Separators And Terminators
Remote Operation 5.2.5 Separators and Terminators In addition to keywords and parameters, GPIB program statements require the following: Data Separators: Data must be separated from the previous command keyword by a space. This is shown in examples as a space (CURR 3) and on diagrams by the letters SP inside a circle. Keyword Separators: Keywords (or headers) are separated by a colon (:), a semicolon (;), or both.
Page 152: Language Dictionary
Programmable DC Electronic Load 63600 Series Operation & Programming Manual Please refer to the following figure. (root):VOLT:L1: 30<nl> Starting a New Line to return to the Root. (root):SPEC:VOLT:H 30; :L 5;: (root):RES:L1 400; :RISE 1000;: 5.3 Language Dictionary Commands for operating the 63600 Electronic Load remotely are grouped into subsystems. Each command that belongs to the same subsystem is arranged in alphabetic order.
Page 153 Remote Operation *CLS *ESE <NR1> *ESE? *ESR? *IDN? *OPC *OPC? *RCL <NR1> *RDT? *RST *SAV <NR1> *SRE <NR1> *SRE? *STB? *CLS Clear Status Command Type: Device Status Description: The *CLS command executes the following actions: 1. Clear these registers <1> Channel Status Event registers for all channels <2>...
Page 154 System Interface Description: This query requests the Electronic Frame (63600) to identify itself. Query Syntax *IDN? Return Parameters:<aard> Query Example: *IDN? String Information CHROMA Manufacture 63600-5 Model 636000000001 Serial number 1.00 Revision level of the primary interference firmware Return Example: CHROMA,63600-5,636000000001,1.00...
Page 155 Type: System Interface Description: This command returns the types of Electronic Frame (63600). If channel does not exist, it returns 0. If channel exists, it returns the types like 63610-80-20, 63630-80-60, 63630-80-60, 63640-80-80... Query Syntax: *RDT? Return Parameters:<aard> Query Example: 63640-80-80,63630-80-60,63630-80-60,0,63610-80-20L, 63610-80- 20R,0,0.
Page 156: Specific Commands
Programmable DC Electronic Load 63600 Series Operation & Programming Manual Query Example: *SRE? Return current setting for "Service Request Enable". *STB? Read Status Byte Query Type: Device Status Description: This query reads the Status Byte register. Note that the MSS (Master Summary Status) bit instead of RQS bit is returned in Bit 6.
Page 157: Advance Subsystem
Remote Operation 5.3.2.2 ADVANCE Subsystem :ADVance :SINE :FREQuency <NRf+> :IDC <NRf+> :IAC <NRf+> 5-25...
Page 158 Programmable DC Electronic Load 63600 Series Operation & Programming Manual :ADVance :OCP :ISTArt <NRf+> Suffix <NR2> :IEND <NR2> <NR2> :STEP <NRf> <NR1> <NR1> <NR1> :DWELl <NRf+> Suffix <NR2> <NR2> <NR2> :SPECification <NRf+> Suffix <NR2> <NR2> <NR2> :TRIGger :VOLTage <NRf+> Suffix <NR1>...
Page 159 Remote Operation :ADVance :TIMing :MODE CC / 0 CR / 1 CP / 2 <CRD> :VALue <NRf+> Suffix <NR2> <NR2> <NR2> :RISE <NRf+> Suffix <NR2> :FALL <NR2> <NR2> :TRIGger :MODE FALL / 0 RISE / 1 HOLDUP / 2 <CRD> :VSTArt <NRf+>...
Page 160 Programmable DC Electronic Load 63600 Series Operation & Programming Manual :ADVance :USER :WAVeform :NSELect <NRf+> Suffix <NR1> <NR1> <NR1> :DATA <arg1>,<arg2>,<arg3>,<arg4>,<arg5> <AARD> <NR1> <AARD> <AARD> :POINt <DLABRD> <NR1> <NR1> <NR1> :STATus <NR1> :REMain <NR1> <NR1> <NR1> :EXEcute :STATus <NR1> :SAVe <NR1>...
Page 161 Remote Operation ADV:SINE:IAC? MAX ADV:SINE:IAC? MIN ADVance:SINE:IDC Type: Channel-Specific Description: Set DC current for sine wave dynamic mode. Setting Syntax: ADVance:SINE:IDC<space><NRf+>[suffix] Setting Parameters:Refer to respective specification for valid value range. Setting Example: ADV:SINE:IDC 0.5 Set DC current = 0.5A. ADV:SINE:IDC 500mA Set DC current = 0.5A. ADV:SINE:IDC MAX Set DC current = maximum value.
Page 162 Programmable DC Electronic Load 63600 Series Operation & Programming Manual ADVance:OCP:IEND Type: Channel-Specific Description: Set end current for OCP test mode. Setting Syntax: ADVance:OCP:IEND<space><NRf+>[suffix] Setting Parameters:Refer to respective specification for valid value range. Setting Example: ADV:OCP:IEND 0.5 Set end current = 0.5A. ADV:OCP:IEND 500mA Set end current = 0.5A.
Page 163 Remote Operation ADV:OCP:SPEC:L 500mA Set low level current = 0.5A. ADV:OCP:SPEC:L MAX Set low level current = maximum value. ADV:OCP:SPEC:L MIN Set low level current = minimum value. Query Syntax: ADVance:OCP:SPECification:L?[<space><MAX | MIN>] Return Parameters:<NR2>, [Unit = Ampere] Query Example: ADV:OCP:SPEC:L? ADV:OCP:SPEC:L? MAX ADV:OCP:SPEC:L? MIN...
Page 164 Programmable DC Electronic Load 63600 Series Operation & Programming Manual ADVance:TIMing:ENDVoltage Type: Channel-Specific Description: Set end voltage when trigger mode set to HOLD_UP for Timing mode. Setting Syntax: ADVance:TIMing:ENDVoltage<space><NRf+>[suffix] Setting Parameters:Refer to respective specification for valid value range. Setting Example: ADV:TIM:ENDV 0.5 Set end voltage = 0.5V ADV:TIM:ENDV 500mV...
Page 165 Remote Operation Query Example: ADV:TIM:RISE? ADV:TIM:RISE? MAX ADV:TIM:RISE? MIN ADVance:TIMing:TOUT Type: Channel-Specific Description: Set timeout for Timing mode. Setting Syntax: ADVance:TIMing:TOUT<space><NRf+>[suffix] Setting Parameters:<NRf+>, 0s~100000s, Resolution = 1s, Unit = Second Setting Example: ADV:TIM:TOUT 100 Set timeout = 100s ADV:TIM:TOUT MAX Set timeout = maximum value.
Page 166 Programmable DC Electronic Load 63600 Series Operation & Programming Manual ADV:TIM:TRIG:VSTA 500mV Set start voltage = 0.5V ADV:TIM:TRIG:VSTA MAX Set start voltage = maximum value. ADV:TIM:TRIG:VSTA MIN Set start voltage = minimum value. Query Syntax: ADVance:TIMing:TRIG:VSTArt?[<space><MAX | MIN>] Return Parameters:<NR2>, [Unit = Volt] Query Example: ADV:TIM:TRIG:VSTA? ADV:TIM:TRIG:VSTA? MAX...
Page 167 Remote Operation ADV:USER:WAV:NSEL? MAX ADV:USER:WAV:NSEL? MIN [ADVance:]USER:WAVeform:DATA Type: Channel-Specific Description: Set the user-define waveform parameters. (Note: All setting parameters in this command can’t use suffix.) Setting Syntax: [ADVance:]USER:WAVeform:DATA<space><Arg1>,<Arg2>,<Arg3>,<Arg4>,<Arg5> Setting Parameters: Selects a waveform to be configured: Arg1: <NR1>, 1 ~ 10, Resolution = 1, Unit = None. Set the interval of waveform: Arg2: <NRf>, 0.00001s ~ 20s, Resolution = 0.00001s, Unit = Second...
Page 168 Programmable DC Electronic Load 63600 Series Operation & Programming Manual For example, if <yy…y> = 20002 and <ww> = 01, then <x> = 7 and <byte1><byte2><byte3>…<byte20000><Chksum Low byte><Chksum High byte> Setting Example:ADV:USER:WAV:DATA:POIN “#70120002xxxxxxxxxxxxxx…….xxxcc” Query Syntax: [ADVance:]USER:WAVeform:DATA:POINt?<space><NR1> Return Parameters: <NR1>, 0 ~ 120000 Query Example: USER:WAV:DATA:POIN? [ADVance:]USER:WAVeform:DATA:STATus?
Page 169: Channel Subsystem
Remote Operation [ADVance:]USER:WAVeform:CLEar? Type: Channel-Specific Description: Clear the waveform specified. Setting Syntax: [ADVance:]USER:WAVeform:CLEar?<space><NR1> Setting Parameters:<NR1>, 1 ~ 10, Resolution = 1, Unit = None, 1~10:Waveform 1~10 Setting Example: ADV:USER:WAV:CLE? 3 Query Syntax: None Return Parameters:<NR1>, 0:ok 1:error Query Example: None 5.3.2.3 CHANNEL Subsystem :CHANnel...
Page 170 This query requests the module to identify itself. Setting Syntax: None Setting Parameters:None Setting Example: None Query Syntax: CHANnel:ID? Return Parameters:<aard>,[Unit = None] Query Example: CHAN:ID? CHROMA,63630-80-60,636308000066,1.00,1.00 String Description CHROMA Manufacturer 63630-80-60 Model name 636308000066 Serial number xx.xxx Version of Panel’s firmware xx.xxx Version of Module’s firmware...
Page 171: Configure Subsystem
Remote Operation 5.3.2.4 CONFIGURE Subsystem :CONFigure :ALLRun OFF / 0 ON / 1 <CRD> :AUTO OFF / 0 ON / 1 <CRD> :WINDow <NRf+> <NR1> <NR1> <NR1> :EXTernal :WAVeform OFF / 0 ON / 1 <CRD> :PARAllel :MODE NONE / 0 MASTER / 1 SLAVE / 2 <CRD>...
Page 172 Programmable DC Electronic Load 63600 Series Operation & Programming Manual :CONFigure :DIO :IN1 <NR1> <NR1> :IN2 <NR1> <NR1> :OUT1 <NR1> <NR1> :OUT2 <NR1> <NR1> :VOLTage <NR1> <NR1> CONFigure:ALLRun Type: Channel-Specific Description: Set the load module all run state. Setting Syntax: CONFigure:ALLRun<space><CRD | NR1>...
Page 173 Remote Operation CONFigure:PARAllel:INITial Type: All Channel Description: Set Load into/exit parallel mode. Setting Syntax: CONFigure:PARAllel:INITial<space><CRD | NR1> Setting Parameters: <CRD | NR1>, OFF(0), ON(1) Setting Example: CONF:PARA:INIT ON Set Load to into parallel mode. CONF:PARA:INIT 0 Set Load to exit parallel mode. Query Syntax: CONFigure:PARAllel:INITial? Return Parameters:<CRD>, OFF, ON...
Page 174 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Query Example: CONF:VOLT:LATC? CONFigure:VOLTage:LATCh:RESet Type: Channel-Specific Description: Resets the Von signal. Setting Syntax: CONFigure:VOLTage:LATCh:RESet Setting Parameters:None. Setting Example: CONF:VOLT:LATC:RES Resets the Von Signal. CONFigure:VOLTage:OFF Type: Channel-Specific Description: Set the voltage of sink current off. Setting Syntax: CONFigure:VOLTage:OFF<space><NRf+>[suffix] Setting Parameters:Refer to respective specification for valid value range.
Page 175 Remote Operation CONFigure:VOLTage:SIGN Type: Channel-Specific Description: Set the sign of voltage measurement to Plus/Minus. Setting Syntax: CONFigure:VOLTage:SIGN<space><CRD | NR1> Setting Parameters:<CRD | NR1>, PLUS(0), MINUS(1) Setting Example: CONF:VOLT:SIGN PLUS Set sign of voltage to Plus. CONF:VOLT:SIGN 1 Set sign of voltage to Minus. Query Syntax: CONFigure:VOLTage:SIGN? Return Parameters:<CRD>, PLUS, MINUS [Unit = None]...
Page 176 Programmable DC Electronic Load 63600 Series Operation & Programming Manual disable. CONF:SHOR:KEY 1 Set SHORT key function to enable. Query Syntax: CONFigure:SHORt:KEY? Return Parameters: <CRD>, DISABLE, ENABLE [Unit = None] Query Example: CONF:SHOR:KEY? CONFigure:DIO:IN1 Type: Frame-Specific Description: Set the DI1 type the pin No.10 in System I/O Port. Setting Syntax: CONFigure:DIO:IN1<space><NR1>...
Page 177 Remote Operation Query Example: CONF:DIO:OUT1? CONFigure:DIO:OUT2 Type: Frame-Specific Description: Set the DO2 type the pin No.43 in System I/O Port. Setting Syntax: CONFigure:DIO:OUT2<space><NR1> Setting Parameters: <NR1>, 0 ~ 7 0：NONE 1：OCP TEST PASS-H 2：OCP TEST FAIL-L 3：GONG TOTAL PASS-H 4：GONG TOTAL FAIL-L 5：OTP OVP OCP OPP REV-H 6：BUS CTRL.
Page 178 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Setting Syntax: DIO:OUT2<space><NR1> Setting Parameters: <CRD | NR1>, OFF(0), ON(1) Setting Example: DIO:OUT2 ON Set DO2 to act. DIO:OUT2 0 Set DO2 not to act. Query Syntax: DIO:OUT2? Return Parameters: <CRD>, OFF, ON [Unit = None] Query Example: DIO:OUT2?
Page 179: Current Subsystem
Remote Operation 5.3.2.5 CURRENT Subsystem :CURRent :DYNamic <NRf+> Suffix <NR2> <NR2> <NR2> :RISE <NRf+> Suffix <NR2> :FALL <NR2> <NR2> <NRf+> Suffix <NR2> <NR2> <NR2> :REPeat <NRf+> <NR1> <NR1> <NR1> :CURRent :STATic <NRf+> Suffix <NR2> <NR2> <NR2> :RISE <NRf+> Suffix <NR2> :FALL <NR2>...
Page 180 Programmable DC Electronic Load 63600 Series Operation & Programming Manual :CURRent :SWEep :IMAXimum <NRf+> Suffix <NR2> :IMINimum <NR2> <NR2> :RISE <NRf+> Suffix <NR2> :FALL <NR2> <NR2> :FSTArt <NRf+> Suffix <NR2> :FEND <NR2> :FSTEp <NR2> :DUTY <NRf> <NR2> <NR2> <NR2> :DWELl <NRf+>...
Page 181 Remote Operation Setting Example: CURR:DYN:L1 20 Set the dynamic load parameter L1 = 20A. CURR:DYN:L1 10A Set the dynamic load parameter L1 = 10A. CURR:DYN:L1 MAX Set the dynamic load parameter L1 = maximum value. CURR:DYN:L1 MIN Set the dynamic load parameter L1 = minimum value.
Page 182 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Setting Example: CURR:DYN:RISE 2.5 Set rising slew rate to 2.5A/μs. CURR:DYN:RISE 1A/μs Set rising slew rate to 1A/μs. CURR:DYN:RISE MAX Set rising slew rate to the maximum value of dynamic load. CURR:DYN:RISE MIN Set rising slew rate to the minimum value of dynamic load.
Page 183 Remote Operation maximum value of static load. CURR:STAT:FALL MIN Set falling slew rate to the minimum value of static load. Query Syntax: CURRent:STATic:FALL?[<space><MAX | MIN>] Return Parameters:<NR2>, [Unit = A/μs] Query Example: CURR:STAT:FALL? CURR:STAT:FALL? MAX CURR:STAT:FALL? MIN CURRent:STATic:L1 Type: Channel-Specific Description: Set the static load current for constant current static mode.
Page 184 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Query Syntax: CURRent:STATic:RISE?[<space><MAX | MIN>] Return Parameters:<NR2>, [Unit = A/μs] Query Example: CURR:STAT:RISE? CURR:STAT:RISE? MAX CURR:STAT:RISE? MIN CURRent:SWEep:DUTY Type: Channel-Specific Description: Set the duty cycle for constant current frequency sweep mode. Setting Syntax: CURRent:SWEep:DUTY<space><NRf+>...
Page 185 Remote Operation Type: Channel-Specific Description: Set the end of frequency for constant current frequency sweep mode. Setting Syntax: CURRent:SWEep:FEND<space><NRf+>[suffix] Setting Parameters:<NRf+>, 0.01Hz ~ 50kHz, Resolution = 0.01Hz, Unit = Hertz Setting Example: CURR:SWE:FEND 1000 Set frequency = 1kHz CURR:SWE:FEND 1kHz Set frequency = 1kHz CURR:SWE:FEND MAX Set frequency = maximum value.
Page 186 Programmable DC Electronic Load 63600 Series Operation & Programming Manual CURR:SWE:IMAX 10A Set max current = 10A. CURR:SWE:IMAX MAX Set max current = maximum value. CURR:SWE:IMAX MIN Set max current = minimum value. Query Syntax: CURRent:SWEep:IMAXimum?[<space><MAX | MIN>] Return Parameters: <NR2>, [Unit = Ampere] Query Example: CURR:SWE:IMAX? CURR:SWE:IMAX? MAX...
Page 187: Digitizing Subsystem
Remote Operation 5.3.2.6 DIGITIZING Subsystem :DIGitizing :ABORt :INITiate :SAMPling :POINt <NRf+> <NR1> <NR1> <NR1> :TIME <NRf+> Suffix <NR2> <NR2> <NR2> :TRIGger :STATe OFF / 0 ON / 1 <CRD> :POINt <NRf+> <NR1> <NR1> <NR1> :SOURCe LOADON / 0 LOADOFF / 1 TTL / 2 BUS / 3 MANUAL / 4...
Page 188 Programmable DC Electronic Load 63600 Series Operation & Programming Manual DIGitizing:INITiate Type: Channel-Specific Description: Start the digitizing function to wait trigger signal. Setting Syntax DIGitizing:INITiate Setting Parameters: None Setting Example: DIG:INIT Initial digitizing function. Query Syntax: None Return Parameters:None Query Example: None DIGitizing:SAMPling:POINt Type:...
Page 189 Remote Operation DIGitizing:TRIGger:POINt Type: Channel-Specific Description: Set the trigger points for digitizing function. Setting Syntax: DIGitizing:TRIGger:POINt<space><NRf+> Setting Parameters:<NRf+>, 1 ~ 15,000, Resolution = 1, Unit = None Setting Example: DIG:TRIG:POIN 500 Set trigger points = 500 DIG:TRIG:POIN MAX Set trigger points = maximum value. DIG:TRIG:POIN MIN Set trigger points = minimum value.
Page 190 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Setting Parameters:None Setting Example: None Query Syntax: DIGitizing:WAVeform:DATA?<space><V | I> Return Parameters:<DLABRD>, [Unit = None] Query Example: DIG:WAV:DATA? V DIG:WAV:DATA? I 5-58...
Page 191: Fetch Subsystem
Remote Operation 5.3.2.7 FETCH Subsystem <NR2> :FETCh :VOLTage :MAX :MIN <NR2> :PEAK+ :FREQuency <NR2> :PEAK- :FREQuency <NR2> :CURRent :PEAK+ <NR2> <NR2> :FREQuency <NR2> :POWer <NR2> :STATus <NR2> :TIME <NR2> <AARD> :ALLVoltage :MAX :MIN <AARD> :ALLCurrent <AARD> :ALLPower FETCh:ALLCurrent? Type: Channel-Independent Description: Returns the current measured at the input of the all load modules.
Page 192 Programmable DC Electronic Load 63600 Series Operation & Programming Manual The return value is 0 when the channel does not exist or no sink current. Query Syntax: FETCh:ALLCurrent? Return Parameters:<aard>, [Unit = Ampere] Query Example: FETC:ALLC? Return Example: 0, 0, 0, 0, 5.12, 0, 12, 0 FETCh:ALLVoltage? Type: Channel-Independent...
Page 193 Remote Operation wave dynamic mode. Query Syntax: FETCh:FREQuency? Return Parameters:<NR2>, [Unit = Hertz] Query Example: FETC:FREQ? Return Example: 100.0 FETCh:POWer? Type: Channel-Specific Description: Returns the power measured at electronic load input. Query Syntax: FETCh:POWer? Return Parameters:<NR2>, [Unit = Watt] Query Example: FETC:POW? Return Example: 3.15...
Page 194 Programmable DC Electronic Load 63600 Series Operation & Programming Manual FETCh:VOLTage:MAX? Type: Channel-Specific Description: Returns the maximum voltage measured at electronic load input in CZ mode. Query Syntax: FETCh:VOLTage:MAX? Return Parameters:<NR2>, [Unit = Voltage] Query Example: FETC:VOLT:MAX? Return Example: 8.12 FETCh:VOLTage:MIN? Type: Channel-Specific...
Page 195: Impedance Subsystem
Remote Operation FETCh:ALLVoltage:MAX? Type: Channel-Independent Description: Returns the maximum voltage measured at the input of all load modules. The return value is 0 when the channel does not exist. Query Syntax: FETCh:ALLVoltage:MAX? Return Parameters:<aard>, [Unit = Voltage] Query Example: FETC:ALLV:MAX? Return Example: 0, 0, 0, 0, 0, 0, 5.12, 0, 12, 0 FETCh:ALLVoltage:MIN?
Page 196 Programmable DC Electronic Load 63600 Series Operation & Programming Manual IMP:STAT:CL MAX Set capacitance = maximum value. IMP:STAT:CL MIN Set capacitance = minimum value. Query Syntax: CURRent:STATic:CL?[<space><MAX | MIN>] Return Parameters:<NR2>, [Unit = Farad] Query Example: CURR:STAT:CL? CURR:STAT:CL? MAX CURR:STAT:CL? MIN IMPedance:STATic:LS Type: Channel-Specific...
Page 197: Load Subsystem
Remote Operation 5.3.2.9 LOAD Subsystem :LOAD :STATe OFF / 0 ON / 1 <CRD> :SHORt :STATe OFF / 0 ON / 1 <CRD> :KEY HOLD / 0 TOGGLE / 1 <CRD> :PROTection :CLEar <NR1> LOAD[:STATe] Type: Channel-Specific Description: The LOAD command makes the electronic load active/on or inactive/off.
Page 198 Programmable DC Electronic Load 63600 Series Operation & Programming Manual LOAD:PROTection:CLEar Type: Channel-Specific Description: This command resets the status of electronic load. Setting Syntax: LOAD:PROTection:CLEar Setting Parameters:None Setting Example: LOAD:PROT:CLE Query Syntax: None LOAD:SHORt[:STATe] Type: Channel-Specific Description: Activate or inactivate short-circuited simulation. Setting Syntax: LOAD:SHORt[:STATe]<space><NRf>...
Page 199: Measure Subsystem
Remote Operation 5.3.2.10 MEASURE Subsystem :MEASure :INPut LOAD / 0 UUT / 1 <CRD> <NR2> :VOLTage <NR2> :CURRent <NR2> :POWer <AARD> :ALLVoltage <AADR> :ALLCurrent <AARD> :ALLPower MEASure:ALLCurrent? Type: Channel-Independent Description: Returns the real time current measured at the input of all load modules.
Page 200 Programmable DC Electronic Load 63600 Series Operation & Programming Manual MEASure:ALLVoltage? Type: All Channel Description: Returns real time voltage measured at the input of the all load channel. The return value is 0 when the channel is not existed. Query Syntax: MEASure:ALLVoltage? Return Parameters:<aard>, [Unit = Volt] Query Example:...
Page 201: Mode Subsystem
Remote Operation 5.3.2.11 MODE Subsystem CCDL CCDM CCDH CCFSL CCFSM CCFSH :MODE TIML TIMM TIMH SWDL SWDM SWDH OCPL OCPM OCPH PROG MPPTL MPPTM MPPTH UDWL UDWM UDWH <CRD> MODE Type: Channel-Specific Description: This command sets the operational mode for the electronic load. Setting Syntax: MODE<space><NRf>...
Page 202: Power Subsystem
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 5.3.2.12 POWER Subsystem :POWer :STATic <NRf+> Suffix <NR2> <NR2> <NR2> :RISE <NRf+> Suffix <NR2> :FALL <NR2> <NR2> POWer:STATic:FALL Type: Channel-Specific Description: Set the falling slew rate of current for constant power mode. Setting Syntax: POWer:STATic:FALL<space><NRf+>[suffix] Setting Parameters:Refer to respective specification for valid value range.
Page 203 Remote Operation Setting Parameters:Refer to respective specification for valid value range. Setting Example: POW:STAT:L2 20 Set the load parameter L2 = 20W. POW:STAT:L2 10W Set the load parameter L2 = 10W. POW:STAT:L2 MAX Set the load parameter L2 = maximum value.
Page 204: Program Subsystem
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 5.3.2.13 PROGRAM Subsystem :PROGram :NSELect <NR1> <NR1> :SAVe :STATe :SEQuence :CLEar <NR1> <NR1> :REMain <AARD> :FAIL <DLABRD> :SPECification <arg1>,<arg2> :DATA <arg1>,<arg2>,<arg3>,<arg4>,<arg5> <AARD> <arg1> <AARD> <AARD> :LIST <arg1>,<arg2>,……,<arg16> <AARD> <arg1>,<arg2> <AARD> <AARD>...
Page 205 Remote Operation Arg5: <NR1>, 0 ~ 100, Resolution = 1, Unit = None. Setting Example: PROG:DATA 1,STEP,2,0,5 Query Syntax: PROGram:DATA?<space><NR1>[<space><MAX | MIN>] Return Parameters: <aard> Query Example: PROG:DATA? 1 PROG:DATA? 1 MAX PROG:DATA? 1 MIN Return Example: 1,LIST,3,1,5 PROGram:DATA:LIST Type: Channel-Specific Description: Set the list parameters in program.
Page 206 Programmable DC Electronic Load 63600 Series Operation & Programming Manual range. Set the low-level of power specific in sequence: Arg15: <NRf>, Refer to respective specification for valid value range. Set the delay time of Pass/Fail in sequence: Arg16: <NRf>, 0s ~ 30s, Resolution = 0.0001s, Unit = Second. Setting Example: PROG:DATA:LIST 1,1,AUTO,CC,2,3.5,0.5,0.5,2,-1,-1,-1,-1,-1,-1,1 Query Syntax 1:...
Page 207 Remote Operation Set the falling of slew rate in sequence: Arg7: <NRf>, Refer to respective specification for valid value range. Set the rising of slew rate in sequence: Arg8: <NRf>, Refer to respective specification for valid value range. Set the dwell time of sequence: Arg9: <NRf>, 0.1ms ~ 30s, Resolution = 0.0001s, Unit = Second.
Page 208 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Setting Parameters:<NR1>, 1 ~ 10, Resolution = 1, Unit = None Setting Example: PROG:NSEL 10 PROG:NSEL MAX PROG:NSEL MIN Query Syntax: PROGram:NSELect?[<space><MAX | MIN>] Return Parameters:<NR1> Query Example: PROG:NSEL? PROG:NSEL? MAX PROG:NSEL? MIN PROGram:SAVe Type:...
Page 209 Remote Operation PROGram:SEQuence:REMain Type: Channel-Specific Description: This command returns the remains sequence of unused. Setting Syntax: None Setting Parameters:None Query Syntax: PROGram:SEQuency:REMain? Return Parameters:<NR1> Query Example: PROG:SEQ:REM? PROGram:SEQuence:SPECification? Type: Channel-Specific Description: This query returns the specification of program sequence from the DC Electronic Load in binary format.
Page 210: Resistance Subsystem
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 5.3.2.14 RESISTANCE Subsystem :RESistance :STATic <NRf+> Suffix <NR2> <NR2> <NR2> :CURRent :RANGe LOW / L / 0 MIDDLE / M / 1 HIGH / H / 2 <CRD> RESistance:STATic:L1 Type: Channel-Specific Description: Set static resistance level for constant resistance mode.
Page 211 Remote Operation RES:STAT:L2? MIN RESistance:STATic:CURRent:RANGe Type: Channel-Specific Description: Set the current loading and measurement range constant resistance mode Setting Syntax: RESistance:STATic:CURRent:RANGe<space><CRD | NR1> Setting Parameters: <CRD | NR1>, LOW | L | 0, MIDDLE | M | 1, HIGH | H | 2 Setting Example: RES:STAT:CURR:RANG HIGH Set current range to High.
Page 212: Run Subsystem
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 5.3.2.15 RUN Subsystem :RUN Type: All Channels Description: Set all electronic loads to “ON”. Setting Syntax: 5.3.2.16 SHOW Subsystem :SHOW :DISPlay SHOW[:DISPlay] Type: Channel-Specific (Dual Channel Module Only) Description: Set the display mode for the electronic load. Setting Syntax: SHOW:DISPlay<space><CRD>...
Page 213: Synchronous Subsystem
Remote Operation 5.3.2.17 SYNCHRONOUS Subsystem :SYNChronous :CHANnel <NRF+> :RUN OFF / 0 ON / 1 :TYPE NONE / 0 MASTER / 1 SLAVE / 2 SYNChronous:CHANnel Type: All Channels Description: Set the specified channel to T1 & T2 in sync dynamic mode for parallel loading.
Page 214: Specification Subsystem
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 5.3.2.18 SPECIFICATION Subsystem :SPECification :TEST OFF / 0 ON / 1 <CRD> <CRD> :PASS :VOLTage :CURRent :POWer :UNIT PERCENT / 0 VALUE / 1 <CRD> :VOLTage <NRf+> Suffix <NR2> <NR2> <NR2>...
Page 215 Remote Operation SPECification[:PASS]:POWer? Type: Channel-Specific Description: Request GO-NG result reference to power specification. Query Syntax: SPECification[:PASS]:POWer? Query Example: SPEC:POW? Return Parameters: <CRD>, IDLE, GO, NG SPECification[:PASS]:VOLTage? Type: Channel-Specific Description: Request GO-NG result reference to voltage specification. Query Syntax: SPECification[:PASS]:VOLTage? Query Example: SPEC:VOLT? Return Parameters:<CRD>, IDLE, GO, NG SPECification:CURRent:C...
Page 216 Programmable DC Electronic Load 63600 Series Operation & Programming Manual SPECification:POWer:C Type: Channel-Specific Description: Set the center-level power specification. The -1 mean don’t care. Setting Syntax: SPECification:POWer:C<space><NRf+>[suffix] Setting Parameters:Refer to respective specification for valid value range. Setting Example: SPEC:POW:C 10 SPEC:POW:C 10mW Query Syntax: SPECification:POWer:C?[<space><MAX | MIN>]...
Page 217 Remote Operation SPECification:UNIT Type: Channel-Specific Description: Set the specific entry mode. Setting Syntax: SPECification:UNIT<space><NRf> Setting Parameters:<NRf>, VALUE(1), PERCENT(0) Setting Example: SPEC:UNIT VALUE SPEC: UNIT 0 Query Syntax: SPECification:UNIT? Return Parameters:<CRD>, VALUE, PERCENT Query Example: SPEC:UNIT? SPECification:VOLTage:C Type: Channel-Specific Description: Set the center-level voltage specification. The -1 mean don’t care. Setting Syntax: SPECification:VOLTage:C<space><NRf+>[suffix] Parameters:...
Page 218: Status Subsystem
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 5.3.2.19 STATUS Subsystem <NR1> :STATus :CHANnel :CONDition :ENABle <NR1> <NR1> <NR1> :EVENt :NTRansition <NR1> <NR1> :PTRansition :CSUMmary :ENABle <NR1> <NR1> <NR1> :EVENt <NR1> :QUEStionable :CONDition :ENABle <NR1> <NR1> <NR1> :EVENt :NTRansition <NR1>...
Page 219 Remote Operation STATus:CHANnel:ENABle Type: Channel-Specific Description: Mask to select which bit in the Event register is allowed to be summed into the corresponding channel bit for the Channel Summary Event register. Setting Syntax: STATus:CHANnel:ENABle<space><NR1> Setting Parameters:<NR1>, 0 ~ 65535, Unit = None Setting Example: STAT:CHAN:ENABl 24 Query Syntax:...
Page 220 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Setting Syntax: STATus:CSUMmary:ENABle<space><NR1> Setting Parameters: <NR1>, 0 ~ 1023, Unit = None Bit Configuration of Channel Summary Register Bit Position Channel Bit Weight 512 256 128 64 32 16 Setting Example: STAT:CSUM:ENAB 3 Query Syntax: STATus:CSUMmary:ENABle?
Page 221 Remote Operation STATus:QUEStionable:EVENt? Type: Channel-Specific Description: Record all Questionable conditions that have occurred since last time the register was read. Query Syntax: STATus:QUEStionable:EVENt? Return Parameters:<NR1> Query Example: STAT:QUES:EVEN? Return the contents of the Questionable Event register. Return Example: STATus:QUEStionable:PTRansition Type: Channel-Specific Description: Programmable filters determine 0-to-1 transition in the Condition...
Page 222: Voltage Subsystem
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 5.3.2.20 VOLTAGE Subsystem :VOLTage :STATic <NRf+> Suffix <NR2> <NR2> <NR2> :ILIMit <NRf+> Suffix <NR2> <NR2> <NR2> :TYPE CURR/PSU / 0 VOLT/PSU / 1 <CRD> :RESponse FAST / 0 NORMAL / 1 SLOW / 2 <CRD>...
Page 223 Remote Operation Setting Parameters:Refer to respective specification for valid value range. Setting Example: VOLT:STAT:L1 8 Set voltage of load L1 as 8V. VOLT:STAT:L1 24V Set voltage of load L1 as 24V. VOLT:STAT:L1 MAX Set voltage of load L1 as the maximum value.
Page 224: System Subsystem
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 5.3.2.21 SYSTEM Subsystem SYSTem:ERRor? Type: All Channels Description: This command queries the error string of the command parser. Setting Syntax: None Setting Parameters: None Query Syntax: SYSTem:ERRor?. Return Parameters: <ACCRD>, 0,"No Error", 1,Data Format Error", 2,Data Range Error",...
Page 225 Remote Operation Setting Syntax: AC<space>“n,n,n,n,n,n,n,n,n,n” Setting Parameters: <NR2>, [Unit=Ampere] Example: AC “1.0,1,2.5,5.0,10.5,4.5,2.0,2.0,0,0” Type: All Channels Description: Set the resistance level 1(L1) of CR mode to the ten channels in one frame. The frame will ignore the setting if the channel does not exist. Setting Syntax: AR<space>“n,n,n,n,n,n,n,n,n,n”...
Page 226 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Description: Set the falling slew rate of CP mode to the ten channels in one frame. The frame will ignore the setting when the channel does not exist. Setting Syntax: CPF<space>“n,n,n,n,n,n,n,n,n,n”...
Page 227 Remote Operation channels in one frame. The frame will ignore the setting if the channel does not exist. Setting Syntax: CCSR<space>“n,n,n,n,n,n,n,n,n,n” Setting Parameters: <NR2>, [Unit=A/μs] Example: CCSR “1.0,2.5,2.5,10,2.0,5.0,5.0,5.0,0,0” CPSR Type: All Channels Description: Set both of the rising and the falling slew rate of CP mode to the ten channels in one frame.
Page 228 Programmable DC Electronic Load 63600 Series Operation & Programming Manual channels in one frame. The frame will ignore the setting if the channel does not exist. Setting Syntax: CDR<space>“n,n,n,n,n,n,n,n,n,n” Setting Parameters: <NR2>, [Unit=A/μs] Example: CDR “1.0,2.5,2.5,10,2.0,5.0,5.0,5.0,0,0” Type: All Channels Description: Set the falling slew rate of CCDL/CCDM/CCDH mode to the ten channels in one frame.
Page 229: Status Reporting
Status Reporting 6.1 Introduction This chapter explains the status data structure of Chroma 63600 Series electronic load as shown in Figure 6-1 (on the next page). The standard registers, such as the Event Status register group, the Output Queue, the Status Byte and Service Request Enable registers, perform the standard GPIB functions and are defined in IEEE-488.2 Standard Digital...
Page 230 Programmable DC Electronic Load 63600 Series Operation & Programming Manual CHANNEL STATUS (ONE CHANNEL) CONDITION PTR/NTR EVENT ENABLE CHANNEL SUMMARY EVENT ENABLE N.U. CHAN 1 SYNC CHAN 2 CHAN 3 CHAN 4 N.U. 8-15 CHAN 5 CHAN 6 CHAN 7 CHAN 8 CHAN 9 CHAN 10...
Page 231: Channel Status
Status Reporting 6.2.1 Channel Status ■ The Channel Status register informs you one or more channel status conditions, which indicate certain errors or faults have occurred to a specific channel. Table 6-1 explains the channel status conditions that are applied to the electronic load. ■...
Page 232: Channel Summary
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 6.2.2 Channel Summary ■ The Channel Summary registers summarize the channel status conditions up to 10 channels. ■ When an enabled bit in the Channel Status Event register is set, it causes the corresponding channel bit in the Channel Summary Event register to be set.
Page 233: Standard Event Status
Status Reporting 6.2.5 Standard Event Status ■ All programming errors that have occurred will set one or more error bits in the Standard Event Status register. Table 6-3 describes the standard events that apply to the electronic load. ■ Reading the Standard Event Status register will reset it to zero. ■...
Page 234: Service Request Enable Register
Programmable DC Electronic Load 63600 Series Operation & Programming Manual 6.2.7 Service Request Enable Register ■ The Service Request Enable register can be programmed to specify the bit in the Status Byte register that will generate the service requests.
Page 235: Verification
Chapter 1, Chapter 1 and Chapter 1. If any of the 63600 Series models requires service, refer to the list of Chroma Sales and Support Offices at the web site http://www.chromaate.com/english/contact/default.asp. The calibration period suggested for this series of models is every 1 year.
Page 236: Checking High Current Range
60.0 A 60.12A 59.88A DMM Ai ±60mA 63630-80-60 0.2A 0.26A 0.14A DMM Ai ±30mA 20.0 A 20.04A 19.96A DMM Ai ±20mA 63610-80-20 0.05A 0.07A 0.03A DMM Ai ±10mA 80.0 A 80.16A 79.84A DMM Ai ±80mA 63640-80-80 0.2A 0.2802 0.1198A DMM Ai ±40mA To set output voltage of DC source and CCH current listed in Table 7-3 for testing model.
Page 237: Checking Medium Current Range
6.012A 5.988A DMM Ai ±6mA 63630-80-60 0.02A 0.026A 0.014A DMM Ai ±3mA 2.0 A 2.004A 1.996A DMM Ai ±2mA 63610-80-20 3mA DMM Ai ±1mA 8.0 A 8.016A 7.984A DMM Ai ±8mA 63640-80-80 0.02A 0.028A 0.012A DMM Ai ±4mA To set output voltage of DC source and CCM current listed in Table 7-5 for testing LOAD model.
Page 238: Checking Low Current Range
0.6 A 0.6012A 0.5988A DMM Ai ±0.6mA 63630-80-60 2.6mA 1.4mA DMM Ai ±0.3mA 0.2 A 0.2004A 0.1996A DMM Ai ±0.2mA 63610-80-20 2.2mA 1.8mA DMM Ai ±0.1mA 0.8 A 0.8016A 0.7984A DMM Ai ±0.8mA 63640-80-80 2.8mA 1.2mA DMM Ai ±0.4mA To set output voltage of DC source and CCL current listed in Table 7-7 for testing LOAD model.
Page 239: Cr Mode Verification
Verification 7.3.2 CR Mode Verification This test verifies if the resistance programming is within specifications when the module is operating in the CR mode. The programmed resistance is calculated from the voltage divided by current. The voltage (DMM (V)) passes through the module’s input terminal or measurement terminal.
Page 240: Checking Medium Ohm Range
1500Ω 150V 0.002667S 63640-150-60 6.25Ω 0.18S 0.14S 3kΩ 0.010334S 63630-80-60 1.5Ω 0.677333S 0.656S 12kΩ 0.003833S 63610-80-20 5.76Ω 0.177535S 0.169688S 2.9kΩ 0.014095S 63640-80-80 1.45Ω 0.704095S 0.675216S 7.3.2.2 Checking Medium ohm Range MODE RANGE Press till VFD shows CR and press to light up the M range LED indicator.
Page 241: Checking Low Ohm Range
63640-150-60 0.2Ω 5.072S 4.928S 30Ω 0.233367S 63630-80-60 0.015Ω 0.8V 66.9333S 66.4S 80Ω 0.087513S 63610-80-20 0.04Ω 0.8V 25.1S 24.9S 20Ω 0.32505S 63640-80-80 0.01Ω 0.8V 100.375S 99.625S 7.3.3 CV Mode Verification This test verifies if the voltage programming and reading value on the front panel display are within specifications when the module is operating in CV mode.
Page 242: Checking Medium Voltage Range
0.96225V DMM (V)±0.01525V 75V/1A 80V/0.5A 75.1175V 74.8825V DMM (V)±0.028V 63630-80-60 1V/1A 80V/0.5A 1.0805V 0.9195V DMM (V)±0.02002V 75V/1A 80V/0.5A 75.1175V 74.8825V DMM (V)±0.028V 63610-80-20 1V/1A 80V/0.5A 1.0805V 0.9195V DMM (V)±0.02002V 75V/1A 80V/0.5A 75.1175V 74.8825V DMM (V)±0.028V 63640-80-80 1V/1A 80V/0.5A 1.0805V 0.9195V DMM (V)±0.02002V *If the voltage is incapable of loading as the value set, it can add load limit current or lower down the limit current of DC Source.
Page 243: Checking Low Voltage Range
DMM (V)±0.00185V 5V/1A 6V/0.5A 5.0085V 4.9915V DMM (V)±0.00185V 63630-80-60 1V/1A 6V/0.5A 1.0065V 0.9935V DMM (V)±0.00085V 5V/1A 6V/0.5A 5.0085V 4.9915V DMM (V)±0.00185V 63610-80-20 1V/1A 6V/0.5A 1.0065V 0.9935V DMM (V)±0.00085V 5V/1A 6V/0.5A 5.0085V 4.9915V DMM (V)±0.00185V 63640-80-80 1V/1A 6V/0.5A 1.0065V 0.9935V DMM (V)±0.00085V *If the voltage is incapable of loading as the value set, it can add load limit current or lower down the limit current of DC Source.
Page 244: Checking High Power Range
6V/60A 309W 271W DMM (W)± 5.1W 63630-80-60 40V/0.5A 16.48W 15.52W DMM (W)± 4.816W 100W 6V/20A 105.1W 94.9W DMM (W)± 1.7W 63610-80-20 40V/0.2A 8.812W 0W DMM (W)± 1.604W 400W 6V/60A 420.4W 379.6W DMM (W)± 6.8W 63640-80-80 40V/0.5A 35.248W 0W DMM (W)± 6.416W 7.3.4.2 Checking Medium Power Range...
Page 245: Checking Low Power Range
0.877W DMM (W)± 0.041W 6V/8A 30.9W 29.1W DMM (W)± 0.51W 63630-80-60 1.6W 40V/0.5A 1.648W 1.552W DMM (W)± 0.4816W 6V/3A 10.51W 9.49W DMM (W)± 0.17W 63610-80-20 0.4W 40V/0.5A 0.8812W 0W DMM (W)± 0.1604W 5V/10A 42.04W 37.96W DMM (W)± 0.68W 63640-80-80 1.6W 40V/0.5A 3.5248W 0W DMM (W)±...
Page 246: Dynamic & Slew Rate Circuit Test
Programmable DC Electronic Load 63600 Series Operation & Programming Manual Figure 7-1 Figure 7-2 7.3.5 Dynamic & Slew Rate Circuit Test This test verifies the slew rate circuit operation and the dynamic current waveform period specifications when the module dynamic is operating in CC mode. Connect the Load module, DC source, oscilloscope, and current shunt as Figure 7-3 shows.
Page 247: Checking Dynamic Constant Current High Range
1.5 A/μs 1.5 A/μs 63640-150-60 10ms 10ms 6 A/μs 6 A/μs 63630-80-60 10ms 10ms 6 A/μs 6 A/μs 63610-80-20 10ms 10ms 2 A/μs 2 A/μs 63640-80-80 10ms 10ms 8 A/μs 8 A/μs 7.3.5.2 Checking Dynamic Constant Current Medium Range MODE...
Page 248: Checking Dynamic Constant Current Low Range
10ms 15m A/μs 15m A/μs 63640-150-60 0.6A 10ms 10ms 0.06 A/μs 0.06 A/μs 63630-80-60 0.6A 10ms 10ms 0.06 A/μs 0.06 A/μs 63610-80-20 0.2A 10ms 10ms 0.02 A/μs 0.02 A/μs 63640-80-80 0.8A 10ms 10ms 0.08 A/μs 0.08 A/μs Figure 7-3 7-14...
Page 249: Appendix A Precautions For Loading Battery
Appendix A Precautions for Loading Battery Appendix A Precautions for Loading Battery In regard of the blooming EV, the test application for high power battery has become more and more. However, since it is to test the battery with high power and voltage, it is necessary to pay more attention to the application safety.
Page 250: Measures For Improvement
Programmable DC Electronic Load 63600 Series Operation & Programming Manual Figure A-2 Simulation of Surge Chart when Switching between Electronic Load & Battery During the test procedure if the entire circuit is shorted due to MOSFET breakdown by high voltage and if the energy source is battery or other source that can provide high power, continuous high current will pass through Electronic Load internal due to short circuit.
Page 251: Operation
Appendix A Precautions for Loading Battery current to facilitate load and it should be able to cutoff in time when the internal is aging short circuited. R: It is suggested to install the resistor of 100kΩ or above to avoid giving Electronic Load huge voltage in a sudden.
Page 253 Appendix B How to Use 63600 UDW to Download Softpanel Appendix B How to Use 63600 UDW to Download Soft Panel Operating Procedure: Step 1: Select the user interface and click Set OK. Step 2: If a device name appears on the Mainframe Info. it indicates the hardware is connected successfully.
Page 254 Programmable DC Electronic Load 63600 Series Operation & Programming Manual Step 3: Click next to Path to select the .CSV or .XLS file for recall. Step 4: Click to select the channel for download. Step 5: Select to set the column or row of read file. Step 6: Select to set the column and row of the first data entry.
Page 255: Appendix B How To Use 63600 Udw To Download Softpanel
Appendix B How to Use 63600 UDW to Download Softpanel Step 13: Click to confirm if doing interpolation. Step 14: Click when the settings are done and the data will be downloaded to 63600. Step 15: A progress bar will appear when downloading the data to 63600. Step 16: Select to set the small current pre-loading value (9mA - 1000mA) before executing UDW.
Page 256 Programmable DC Electronic Load 63600 Series Operation & Programming Manual There is no need to click if not doing small current loading. It is OK to click only.
Page 257 Chroma’s Continuous Quality Process User Manual Customer Feedback Chroma welcomes all comments and recommendations to improve this publication in the future editions. Please scan the QR code below or click the URL http://www.chromaate.com/survey?n=793ce6db-17ef-4cd3-b0de-8bbd09aa38e0 to fill in the customer feedback form. Thank you!
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63600 series 63640-150-60 63600-1 63630-80-60 63600-2 63640-80-80 ... Show all

Chroma 63610-80-20 Operation & Programming Manual

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1 General Information

2 Installation

3 Operation Overview

4 Local Operation

5 Remote Operation

6 Status Reporting

7 Verification

Appendix A Precautions for Loading Battery

Appendix B How to Use 63600 UDW to Download Softpanel

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Summary of Contents for Chroma 63610-80-20

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Table of Contents