__ Introduction Idea of C.Wendisch / HADES: Objektive: Readout 4 20mA current loop with a mini computer (e.g. RasperryPi, Odroid, ...) with an included docker ...
Projects of EPICS@GSI This list represents the current projects as an overview, therefore duplicate entries may occur. widespread tasks developments ...
__ Introduction This projects objective is the control of the slow control parameters of an APFEL ASIC with the HadCon2 controller board, which itself could b...
Introduction How to patch RJ45 cable of OwAdc1 with 1 wire sensor DS18BS20. Details Datasheet https://datasheets.maximintegrated.com/en/ds/DS18B20.pdf ...
__ Introduction * One Wire ADC is an application implemented inside the FPGA of the HadCon2 board. It can provide 6 ADC channels of 10bit resolution at 9,6kSp...
__ Introduction * One Wire ADC is an application implemented inside the FPGA of the HadCon2 board. It can provide 6 channel, max. 12bit ADC to be accessed by ...
__ Introduction HadCon2's FPGA based Waveform Generator which can be accessed via the HadCon2's Controls Api's Commands Documents Presentations * Waveform ...
__ Introduction EPICS IOC based on StreamDevice to access HadCon2's Registers via the commands RGRE and RGWR for read and write. * The objective is to modi...
HadCon2 Introduction Introduction HadCon2 is a credit card sized general purpose I/O module for detector and experiment controls as well as for small data acq...
__ Basic Operation Principles The basic operation principle is that * Any device communicates via the USB interface with the μController sending and receiv...
HadCon's and HadCon2's Software for/of Atmel Introduction This topic is used as an insert for HadConMultipurposeControlsApi and HadCon2MultipurposeControlsApi si...
HadCon / HadCon2 Software Repositories Introduction This topic is used as an insert for HadConMultipurposeControlsApi and HadCon2MultipurposeControlsApi since bo...
HadCon Introduction Introduction HadCon is a general purpose IO module for detector and experiment control as well as for small data acquisition systems. ...
Multi purpose control API implementation on HadCon Introduction Objective This projects' objective is to combine all existing HadCon (HADControl general purp...
__ Introduction Command description of the API command DAC for HadCon2. With the help of the DAC command, we could access directly the DAC peripheral output. D...
__ Introduction Command description of the API command I2C for HadCon2 . With the help of the I2C command, we could configure, write and read all I2C peripheria...
__ Introduction Command description of the API command RGRE for HadCon2. With the help of the RGRE command, you could get the current status of every register ...
__ Introduction Command description of the API command RGWR for HadCon2 . With the help of the RGWR command, you could set every register on the mcu AT90CAN128 ...
__ Introduction Command descriptions of command == SPI Api Basic Operation Principle * General Operation The SPI command set allows to operate the Se...
(my personal) Documentation and Overview of HADES slow control system Coordination * Burkhard Kolb, GSI Links * HADES * Slow Control System of HADES ...
HADES Slow Control: Hadcon2 Dreamplug based systems Introduction Description of the systems controlled via EPICS IOCs running on a dreamplug computer connect...
HADES I/O Box Note: this is just an internal, clipped copy of HADES I/O Box at the HADES wiki, used for documentation Introduction Based upon the HadCon2 ...
__ Introduction The large scale HADES Experiment at GSI uses a RICH (ring imaging cherenkov detector) for particle discrimination and (basic) tracking purposes. ...
__ Introduction The large scale HADES Experiment at GSI uses a RICH (ring imaging cherenkov detector) for particle discrimination and (basic) tracking purposes. ...
HOWTO: setup HADES IOC to start at reboot Objective When switching on or in case of a hardware reset of the system the IOC is running on, the IOC should be (...
OWADC1 1 wire 8 channel ADC board Introduction OWADC1 is a small, compact board designed by M.Traxler and S.Voltz (GSI/EE) to provide an 8 channel, max. 1...
__ Introduction In the case of the Keithley 2000 Digital Voltmeter, we saw that a Windows device could easily communicate via the RS 232 Interface using SCPI com...
udev/udevadm dynamic dev symbolic link and proper access rights Introduction Thanks to the literature research of M.Traxler and the inventors of udev/udeva...