https://www.quatm.com/en/docs/device-drivers/Recent content in Device drivers on QuatmHugoenhttps://www.quatm.com/en/docs/device-drivers/scientific-cameras/Mon, 01 Jan 0001 00:00:00 +0000https://www.quatm.com/en/docs/device-drivers/scientific-cameras/Overview Quatm provides a unified ICamera interface wrapper for 15 major scientific camera brands worldwide, covering EMCCD, sCMOS, high-speed CMOS and industrial cameras. Andor series: iXon EMCCD / Zyla sCMOS / Shamrock spectrograph Overview Quatm provides two Andor camera drivers that deliver high-performance imaging control through the native SDKs: Driver class SDK Applicable models Interface AndorSDK2Camera atmcd32d.dll (SDK2) iXon EMCCD, Luca, Clara PCIe / USB AndorSDK3Camera atcore.dll (SDK3) Zyla, Neo, Marana (sCMOS) USB3 / CameraLink ShamrockSpectrograph ShamrockCIF.https://www.quatm.com/en/docs/device-drivers/signal-sources-and-rf/Mon, 01 Jan 0001 00:00:00 +0000https://www.quatm.com/en/docs/device-drivers/signal-sources-and-rf/Overview Quatm supports a broad range of RF instruments, from general-purpose function generators to vector network analyzers, covering frequency synthesis, arbitrary waveforms and S-parameter measurement. Valon 5009 dual-channel microwave frequency synthesizer Overview The Valon 5009 is a dual-channel frequency synthesizer (23.5 MHz – 6 GHz) controlled over a serial port. Quatm wraps it in valon, which sets the frequency and power of the two outputs independently. Valon 5009 Dual RF Synthesizer Communication serial (RS232) Frequency range 23.https://www.quatm.com/en/docs/device-drivers/lasers-and-optics/Mon, 01 Jan 0001 00:00:00 +0000https://www.quatm.com/en/docs/device-drivers/lasers-and-optics/Overview Quatm supports diode lasers, pump lasers, tunable ring lasers and optical measurement instruments. Laser-type devices are controlled over serial ports; SCPI instruments inherit the standard interface. Hubner Cobolt MLD / DPL single-frequency lasers Cobolt 06-01 series Hubner Cobolt Communication serial (115200 baud) Wavelength 405/445/488/515/532/561/594/633/660/780/1064 nm Power 25–300 mW Modulation analog + digital TTL (up to 5 MHz) Compact DPSS/diode lasers for ion/atom cooling light, repump light and fluorescence excitation. Driver module: Cobolt from quatm.https://www.quatm.com/en/docs/device-drivers/motion-and-positioning/Mon, 01 Jan 0001 00:00:00 +0000https://www.quatm.com/en/docs/device-drivers/motion-and-positioning/Overview Quatm supports a wide range of motion platforms, from piezo nanopositioning to long-travel stepper motors, behind a unified IMultiaxisStage interface. Physik Instrumente (PI) piezo nanopositioning Overview GenericPIController wraps serial communication with PI general-purpose controllers and controls a variety of PI piezo positioning platforms through the ASCII command set. PI piezo controller E-xxx series Communication serial (RS232) Protocol PI ASCII command set Axes depends on controller model Accuracy sub-nanometre Typical applications include fine focusing of high-NA objectives, automatic fibre coupling alignment, interferometer beam path adjustment and control of the beam waist position of optical dipole traps.https://www.quatm.com/en/docs/device-drivers/daq-and-power-supplies/Mon, 01 Jan 0001 00:00:00 +0000https://www.quatm.com/en/docs/device-drivers/daq-and-power-supplies/Overview Data acquisition and power equipment form the infrastructure of experiment automation. Quatm provides a unified NI-DAQmx wrapper together with SCPI/Modbus instrument drivers. Rigol DP1116A programmable DC power supply DP1116A Rigol DC power supply Communication VISA Output 16V/10A or 32V/5A Channels 1 Resolution 1 mV / 1 mA Used for coil current control, laser diode driving and circuit board supply. Driver module: DP1116A from quatm.drivers.rigol.power_supply import DP1116A ps = DP1116A(addr="USB0::0x1AB1::0x0E11::DP1A123456789::INSTR") ps.https://www.quatm.com/en/docs/device-drivers/environmental-monitoring/Mon, 01 Jan 0001 00:00:00 +0000https://www.quatm.com/en/docs/device-drivers/environmental-monitoring/Overview Laboratory environmental monitoring underpins the stability of quantum experiments. Quatm ships drivers for temperature, vacuum and cryogenic level monitoring with real-time data logging and anomaly alerts. Lakeshore 218 temperature monitor 218 Lakeshore Communication serial (9600 baud, 7E1) Channels 8 Sensors diode (Si/GaAs), platinum resistance (Pt100/1000), Cernox, RuO₂ Temperature 1.4 K – 1500 K (depends on sensor) The standard temperature monitor for cryogenic physics experiments. The eight channels are configured independently and support diode and resistance thermometers as well as Cernox thin-film resistors.https://www.quatm.com/en/docs/device-drivers/experiment-control-and-others/Mon, 01 Jan 0001 00:00:00 +0000https://www.quatm.com/en/docs/device-drivers/experiment-control-and-others/Overview FPGA controllers and auxiliary devices are an essential part of experiment automation: from nanosecond real-time timing to relay switching, Quatm provides a unified control interface. ADwin, NI-FPGA, Red Pitaya and several other brands are currently supported. ADwin Overview ADwin is a family of real-time controllers from Jaeger Computergesteuerte Messtechnik, based on an FPGA/DSP architecture, that executes real-time tasks independently of the PC operating system. ADwin Gold II / Pro II Communication PCI / USB Processor DSP + FPGA Timing precision nanosecond level Analog input 16-bit Digital I/O TTL (5V) Memory 32 MB DRAM It runs real-time processes compiled from ADbasic and communicates with Quatm through shared memory or register reads and writes.