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.
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