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General| Category | Power Supply |
|---|---|
| Operating Temperature | 0°C to 50°C |
| Storage Temperature | -20°C to 70°C |
| Model | IT6000B Series |
| Power Factor Correction | >0.99 |
| Communication Interfaces | LAN, USB, RS232 |
| Protection | OVP, OCP, OPP, OTP |
| Cooling | Forced air cooling |
| Voltage Resolution | 1 mV |
| Current Resolution | 0.1mA |
| Programming Speed | <10 ms |
| Relative Humidity | 5% to 95% RH |
| Weight | Varies by model |
Covers warranty terms, limitations, and technology licenses.
Explains hazard symbols like CAUTION and WARNING.
Details EMC and safety standards, including reference standards.
Introduces the IT6000B series and its capabilities.
Describes the layout and components of the instrument's front and rear panels.
Explains the functions of the front panel keys and the push-on knob.
Explains the meaning of the VFD indicator lamps on the front panel.
Provides an overview of the instrument's configuration and system menus.
Lists optional accessories and interface cards available for the instrument.
Provides instructions for safely unpacking and transporting the instrument.
Details how to check the package contents and identify any discrepancies.
Provides dimensional drawings and installation space recommendations.
Explains USB connection and configuration for PC communication.
Covers connecting and configuring the instrument via LAN for network access.
Describes CAN communication setup and troubleshooting.
Instructions for setting up the optional GPIB interface for PC communication.
Details the setup for the optional RS-232 serial communication interface.
Explains the self-test procedure performed upon instrument power-on.
Describes how to switch between power supply and electronic load modes.
Details how to program voltage, current, and power output/input values.
Explains navigation and usage of the instrument's front panel menu system.
Describes how to control the instrument's output/input on and off status.
Explains how to set the output voltage value in Source mode.
Details how to set the output current value in Source mode.
Guides on setting the output power value for the power supply.
Outlines the various configuration settings available for the power supply.
Describes how to set the internal resistance parameter in CV priority mode.
Explains the usage of the Constant Resistance function in sink mode.
Explains how to set delay times for output turn-on and turn-off.
Explains how to set and configure over-voltage protection parameters.
Covers setting and configuring over-current protection parameters.
Details how to set and configure over-power protection parameters.
Explains setting and configuring under-current protection parameters.
Guides on setting and configuring under-voltage protection parameters.
Describes setting delay times for protection and how protection status is indicated.
Provides detailed steps for configuring the over-voltage protection.
Details the procedure for setting over-current protection parameters.
Explains how to configure the over-power protection settings.
Guides on setting the under-current protection parameters.
Details the steps for configuring under-voltage protection.
Explains the automatic over-temperature protection mechanism.
Describes the protection against reversed sense connections.
Covers editing, importing, exporting, and running list programs.
Describes generating arbitrary voltage or current waveforms via USB.
Details the function for testing battery charge/discharge cycles.
Explains the use of predefined waveforms for testing.
Details the built-in waveform for simulating automotive starting conditions.
Covers waveforms for testing automotive electronics' anti-interference capabilities.
Explains the test for verifying DUT reset behavior under voltage drops.
Describes the simulation of load dump transients in vehicle systems.
Covers testing automotive electrical components for 42V systems per ISO21848.
Details the SAEJ1113-11 waveform protocol for automotive testing.
Explains the LV123 standard for new energy vehicle electrical characteristics.
Covers LV124 standard for vehicle component testing up to 3.5t.
Details LV148 standard for 48V automotive electrical systems.
Outlines tests for automotive electrical components at 48V DC per ISO21780.
Covers input configuration and mode selection for the load.
Explains how to select basic and complex operation modes.
Details CC, CV, CW, and CR operating modes for the load.
Explains CVCC, CVCR, CRCC, and AUTO complex modes.
Describes setting delay times for input on and off.
Explains setting current rise and fall slopes for dynamic changes.
Details setting voltage rise and fall slopes for dynamic changes.
Covers setting power rise and fall slopes for dynamic changes.
Explains the analog function to simulate short-circuit conditions.
Describes setting voltage level to control load on/off status.
Details list programming for waveform sequence execution.
Explains the function for battery discharging tests with cutoff conditions.
Covers setting and configuring over-current protection parameters.
Explains how to set and configure over-power protection.
Details setting and configuring under-voltage protection parameters.
Describes setting delay times for protection and how protection status is indicated.
Provides steps to configure OCP, including level and delay.
Details the procedure for setting OPP parameters.
Guides on configuring UVP settings.
Explains the automatic OTP mechanism and its settings.
Describes the protection against reversed sense connections.
Explains how to switch between local panel control and remote PC control.
Describes how to lock/unlock front panel keys to prevent accidental operation.
Details saving and recalling instrument parameters and settings.
Explains how to record and save test data from the instrument.
Covers setting trigger methods and starting the data logging process.
Describes how to turn the instrument's beeper sound on or off.
Explains how to configure the instrument's state upon power-on.
Guides on enabling local or remote sensing for accurate measurements.
Explains trigger methods for List and data logging functions.
Covers configuring communication interfaces like USB, LAN, CAN, GPIB, RS-232.
Details how to configure instruments for parallel operation (master/slave).
Describes parameter settings for pin 1, including protection clearing and pulse/level signals.
Explains parameter settings for pin 2, related to instrument protection status indication.
Details parameter settings for pin 3, controlling output based on instrument On/Off state.
Describes pin 4 settings for external trigger control of instrument functions.
Explains pin 5 settings for controlling instrument output based on external living/latch signals.
Details pin 6 settings for bi-directional synchronous control over instrument turn-on.
Explains pin 7 settings for bi-directional synchronous control over instrument turn-off.
Provides detailed technical specifications for various models in Source mode.
Explains how to perform and interpret the instrument's self-test.
Provides instructions for cleaning and maintaining the instrument for safety and performance.
Lists checks to perform for troubleshooting instrument failures before contacting support.
Explains how to find and record the instrument's serial number for service.
Outlines the process for returning the instrument for warranty or paid repair services.
Lists specifications for optional red and black test cables.
Provides instructions for replacing fuses in the instrument.
