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Introduces the CC1 as a handheld coincidence counter for single photon counting experiments.
Lists the components supplied with the CC1 Handheld Coincidence Counter, including cables and software.
Explains how to power the CC1 unit via USB and connect input signals to the device.
Details the six front-face buttons used for navigating the CC1's menus and interface.
Guides users on configuring essential measurement parameters like coincidence window and dwell time.
Describes the procedure for initiating, conducting, and stopping a measurement on the CC1.
Explains how the CC1 counts pulses as coincident based on configured settings and gate signals.
Details the setting for the coincidence window, defining the time frame for pulse coincidence.
Explains the Dwell Time setting, which determines the duration for count accumulation.
Describes the Gate Channel setting to enable/disable counting based on an external gate signal.
Explains the setting to automatically calculate and subtract random coincidence counts.
Covers the Trigger setting for controlling measurement start/stop behavior (Continuous vs. Start/Stop).
Details the CH1 Delay setting to adjust signal arrival times for accurate coincidence detection.
Displays the CC1's firmware version, which is non-configurable by the user.
Guides on configuring serial communication settings for connecting the CC1 to a computer.
Lists and describes SCPI-compliant serial commands for controlling the CC1 unit remotely.
Provides a sample Visual Basic program demonstrating serial communication with the CC1.
Introduces the CC1's open-source nature and its programmable microprocessor and FPGA components.
Details the RCM3400 microprocessor, its development environment, and programming resources.
Describes the Altera Cyclone IV FPGA, its capabilities, and programming tools for custom applications.
Mentions the pre-programmed firmware and the availability of source code for modification.
Explains the procedure for uploading new firmware to the CC1 unit.
Details how to open the CC1 enclosure to access the necessary programming ports.
Guides on creating and uploading *.bin firmware files to the RCM3400 microprocessor.
Explains how to create and convert *.jic files for programming the Altera Cyclone IV FPGA.
Provides the electrical schematic for the CC1's top board, detailing the LCD display connections.
Shows the electrical schematic for the CC1's bottom board, including FPGA and microprocessor circuitry.
Lists the pinout details for the RCM3400 microprocessor and the Cyclone IV FPGA connectors.
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General