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Details maximum input voltage, current, power, and ratings.
Describes modes like Constant Current, Resistance, Conductance, Voltage, and Power.
Covers transient generator, slew rate, and level selection.
Details meter specifications, monitor outputs, and remote control.
Provides essential safety warnings and handling guidelines for instrument use.
Instructions for mains voltage configuration, lead connection, and unit mounting.
Guidance on ensuring adequate airflow and cooling for the instrument.
Details connection methods for load input terminals on front and rear panels.
Explains current monitor output, remote control, and disable inputs.
Guidelines for safe handling of components and steps for instrument disassembly.
Information on accessing and identifying components on main, display, and power PCBs.
General explanation of how the load operates in various modes.
Description of PSU, Control PCB, and key functional blocks.
Details meter selection, analogue signals, and load mode logic.
Explanation of function multiplier and comparison amplifier circuits.
Covers output enable, power limit, dropout, slow start, and fault logic.
Lists required calibration equipment and initial connection steps.
Detailed steps for calibrating various operating modes and frequency.
Procedures for adjusting sense amplifier and function multiplier offsets.
Steps for calibrating current meter, monitor output, and input checks.
Lists part numbers and descriptions for electronic components on PCBs.
Lists part numbers for mechanical items like screws, washers, and brackets.
Visual representation of component placement on main, PSU, display, and control boards.
Schematic diagrams illustrating the electronic circuits of the instrument.
Details maximum input voltage, current, power, and ratings.
Describes modes like Constant Current, Resistance, Conductance, Voltage, and Power.
Covers transient generator, slew rate, and level selection.
Details meter specifications, monitor outputs, and remote control.
Provides essential safety warnings and handling guidelines for instrument use.
Instructions for mains voltage configuration, lead connection, and unit mounting.
Guidance on ensuring adequate airflow and cooling for the instrument.
Details connection methods for load input terminals on front and rear panels.
Explains current monitor output, remote control, and disable inputs.
Guidelines for safe handling of components and steps for instrument disassembly.
Information on accessing and identifying components on main, display, and power PCBs.
General explanation of how the load operates in various modes.
Description of PSU, Control PCB, and key functional blocks.
Details meter selection, analogue signals, and load mode logic.
Explanation of function multiplier and comparison amplifier circuits.
Covers output enable, power limit, dropout, slow start, and fault logic.
Lists required calibration equipment and initial connection steps.
Detailed steps for calibrating various operating modes and frequency.
Procedures for adjusting sense amplifier and function multiplier offsets.
Steps for calibrating current meter, monitor output, and input checks.
Lists part numbers and descriptions for electronic components on PCBs.
Lists part numbers for mechanical items like screws, washers, and brackets.
Visual representation of component placement on main, PSU, display, and control boards.
Schematic diagrams illustrating the electronic circuits of the instrument.
General| Brand | TTI |
|---|---|
| Model | LD300 |
| Category | Measuring Instruments |
| Language | English |
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