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General| Brand | Gigahertz-Optik |
|---|---|
| Model | P-9710 Series |
| Category | Measuring Instruments |
| Language | English |
Read guide carefully for device safety and operational safety.
Device is for optical measurements; no protection against object radiation.
User is responsible for consequences from device use.
Operation in clean environment, +5 to +40°C, avoid sunlight/moisture.
Device sensitive to temperature, humidity, contamination; avoid condensation.
Observe recalibration intervals; use residue-free detergents for exterior cleaning.
12-month warranty against material/production defects; customer responsible for shipping.
Device conforms to EG-guidelines and harmonized norms.
Gigahertz-Optik reserves the right to change the user guide without notice.
Contact information for Gigahertz-Optik GmbH and Gigahertz-Optik Inc.
Measurement and examination devices for optical radiation detectors.
Check package and parts for damage upon receiving. Report transport damages.
Details power supply, display, interfaces, units, signal amplifier, integration times, etc.
Specific specs for P-9710-1, P-9710-2, and P-9710-4, including slew rate and trigger input.
Table detailing measurement ranges, slew rates, gain error, and analog output for different models.
Visual overview of the P-9710 optometer, showing key components and interfaces.
Pin assignment and function for the DSUB 9 pin detector interface.
Pinout and function for the TRIAD01 5-pin connector for RS232 and analog output.
Details the BNC connector for trigger input on the P-9710-4 variant.
Firmware version information for the P-9710.
Step-by-step guide to connect, power on, and perform initial measurements.
Explains manual operation and setup using front panel keypad and menus.
Control and read values via RS232 interface by selecting menu "Mode" / "Remote RS232".
Cable for connecting P-9710 to PC or relay card.
For controlling signal lamps etc. when using level check functionality.
Construction set for RS232 interface and analog output.
Adapter cable for measurement heads with BNC connector.
Software for device control, measurement routines, data analysis, and reporting.
Information on storage, charging, and replacement of built-in rechargeable batteries.
Confirms calibration via certificate; advises annual calibration.
Headquarters and North/South America contact addresses for service.
Discusses effective intensity for signal lights and relationship to illuminance.
Explains calculation of effective intensity using the Schmidt-Clausen method.
Explains calculation of effective intensity using the Blondel-Rey method.
Displays readings in dB as a ratio of a defined reference value.
Defines pulse energy as the integral of the input signal over time.
Discusses measuring pulse energy for short pulses by transforming pulse shape.
Describes starting pulse measurement, triggering, and measurement window settings.
Minimizing error from electronic offset, ambient light, or dark current.
Matching measurement range to input signal via manual or auto selection.
Settings for measuring infinite pulse chains with static offset.
Step-by-step guide to set parameters and initiate measurement for a single pulse.
Guide for setting parameters and initiating measurement for an infinite pulse chain.
