Inputs will be sent from HMI to MCU and motor will start the desired movement according to calculations operated in the main microcontroller, in order to perform an accurate injection.

There are more than 60 compatible syringes info saved on the menu, but there is also a custom mode which you can use by entering syringe diameter. You can choose action modes on the touchscreen lcd and start an injection by entering flow-rate and time/volume as the inputs. User-definable flow rates with selectable target volume or time values to control the total infusion volume. This Dual-Channel Syringe Pump accommodates syringes 0.5 µl to 60 ml. Recently we've been developing and designing a Syringe Pump in SAMA Instrument. GitHub - ArvinDelavari/RISCV-Core: RISC-V CPU Design using TL-Verilog in Makerchip IDE - RV32I #riscv #cpu #computerchips #microelectronics #opensource #ai #edgeai #linux #hdl #verilog #embeddedsystems #embeddedlinux #integratedcircuits #arm #intel #risc We are looking forward to add some new features to the processor such as analog computing and in-memory computing which can be used in edge AI. We've been simulating other RISC-V processors on Linux using GCC Compiler toolchain and iverilog software. Hardware description was done with TL-Verilog (Transaction Level Verilog) using Makerchip IDE, which gives a better sense of timing abstraction. We have been designing a simple 32-bit RISC-V CPU using the base instruction set, RV32I (+5 stage pipeline).

We also had a presentation in Advanced Logic Design course in Iran University of Science and Technology, about CPU design and simulations based on the open source ISA, RISC-V. Me and my friend, Faraz Ghoreishy have been researching and working on CPU designing and computer architecture for a while.

Jlcpcb altium