What is the function of R30 and R35 in the Lattice iCE development kits (iCE40HX-8K Breakout Board or iCEstick)? One possibility I've considered is that they help limit ramp rates or control the power-up sequence by quickly discharging large capacitors. However, pulling over 40 mA in this manner seems quite costly. What other reason are these resistors included?
The image is part of the schematic from iCE40-HX8K Breakout Board User's Guide that can be found here.
What is the function of R30 and R35 in the Lattice iCE development kits (iCE40HX-8K Breakout Board or iCEstick)? One possibility I've considered is that they help limit ramp rates or control the power-up sequence by quickly discharging large capacitors. However, pulling over 40 mA in this manner seems quite costly. What other reason are these resistors included?
What is the function of R30 and R35 in the Lattice iCE development kits (iCE40HX-8K Breakout Board or iCEstick)? One possibility I've considered is that they help limit ramp rates or control the power-up sequence by quickly discharging large capacitors. However, pulling over 40 mA in this manner seems quite costly. What other reason are these resistors included?
The image is part of the schematic from iCE40-HX8K Breakout Board User's Guide that can be found here.
Can someone explainWhat is the function of R30 and R35 in the Lattice iCE development kits (iCE40HX-8K Breakout Board or iCEstick)? One possibility I've considered is that they help limit ramp rates or control the power-up sequence by quickly discharging large capacitors. However, pulling over 40 mA in this manner seems quite costly. Is there anotherWhat other reason are these resistors are included?
Can someone explain the function of R30 and R35 in the Lattice iCE development kits (iCE40HX-8K Breakout Board or iCEstick)? One possibility I've considered is that they help limit ramp rates or control the power-up sequence by quickly discharging large capacitors. However, pulling over 40 mA in this manner seems quite costly. Is there another reason these resistors are included?
What is the function of R30 and R35 in the Lattice iCE development kits (iCE40HX-8K Breakout Board or iCEstick)? One possibility I've considered is that they help limit ramp rates or control the power-up sequence by quickly discharging large capacitors. However, pulling over 40 mA in this manner seems quite costly. What other reason are these resistors included?
Can someone explain the function of R30 and R35 in the Lattice iCE development kits (iCE40HX-8K Breakout Board or iCEstick)? One possibility I've considered is that they help limit ramp rates or control the power-up sequence by quickly discharging large capacitors. However, pulling over 40 mA in this manner seems quite costly. Is there another reason these resistors are included?
