diff --git a/LPC43xx-USB-DFU-Notes.md b/LPC43xx-USB-DFU-Notes.md
index fb3f537..24a1c59 100644
--- a/LPC43xx-USB-DFU-Notes.md
+++ b/LPC43xx-USB-DFU-Notes.md
@@ -1,52 +1,52 @@
-The LPC43xx contains USB DFU bootloader support in ROM. By selecting the appropriate boot mode (USB0), the device will come up on USB at power-up or reset, and implement the popular and well-documented [USB DFU protocol](http://www.usb.org/developers/devclass_docs/DFU_1.1.pdf).
-
-## Setup
-
-### Boot Mode Jumpers
-
-Set the boot mode jumpers to USB0: BOOT[0:3] = "1010". Jumper setting takes effect at the next power-on or reset. (You can rig up a reset button to P2 "LPC_JTAG" or P14 "LPC_ISP".)
-
-### USB DFU Utility
-http://dfu-util.gnumonks.org/
-
-You need the latest source from git for some reason.
-
-## Usage Notes
-
-### Makefile
-
-The firmware Makefile contains a "%.dfu" and a "program" target. The program target will make the DFU file and then attempt to load the code to a device that's attached via USB and in DFU mode.
-
-### Manually
-
-DFU boot downloads to RAM then executes. Need a DFU suffix, but also a header
-
-> cp blinky.bin blinky.dfu
-
-Add DFU suffix and address prefix:
-> /usr/local/bin/dfu-suffix --pid=0x000c --vid=0x1fc9 --did=0x0 -s 0 -a blinky.dfu
-
-Create header (based on UM10503 section 5.3.3 "Boot image header format"):
-> echo "0000000: da ff {blocksL} {blocksH} {hash0} {hash1} {hash2} {hash3}" | xxd -g1 -r > header.bin
-
-where {blocksL} and {blocksH} are the low and high bytes of the length of the .bin file + 16 bytes, measured in 512-byte frames. "02 00" means 2 x 512 + 16 bytes. (this should be automated.)
-Assume rounded up.
-
-{hash0}..{hash3} = 0xFF. The value is not used, based on the HASH_ACTIVE field in the first two bytes.
-
-Add header
-> cat header.bin blinky.dfu > load.dfu
-
-Check for device:
-> /usr/local/bin/dfu-util -l
-
-Download (I used the latest dfu-util from git)
-> /usr/local/bin/dfu-util -d 1fc9:000c -a 0 -D load.dfu
-
-Also make sure that the binary is linked for execution at address 0x00000000.  This is the default for our linker scripts.
-
-# Jellybean Notes
-
-A 12 MHz clock signal must be supplied to the LPC4330 at boot time.
-
-The April 16, 2012 Jellybean design has a voltage divider for VBUS that is fed to the LPC43xx to detect that a USB host is present. Measuring the divided voltage, the USB0_VBUS only reaches 0.4V, which fails to trip the USB bootloader code. It looks like NXP's intent is to directly connect VBUS to the USB0_VBUS. Indeed, when I shorted R10 with tweezers, the USB bootloader sprung into action. I would recommend changing R10 to 0 Ohms and R11 to DNP, or removing R10 and R11 altogether.
+The LPC43xx contains USB DFU bootloader support in ROM. By selecting the appropriate boot mode (USB0), the device will come up on USB at power-up or reset, and implement the popular and well-documented [USB DFU protocol](http://www.usb.org/developers/docs/devclass_docs/DFU_1.1.pdf).
+
+## Setup
+
+### Boot Mode Jumpers
+
+Set the boot mode jumpers to USB0: BOOT[0:3] = "1010". Jumper setting takes effect at the next power-on or reset. (You can rig up a reset button to P2 "LPC_JTAG" or P14 "LPC_ISP".)
+
+### USB DFU Utility
+http://dfu-util.gnumonks.org/
+
+You need the latest source from git for some reason.
+
+## Usage Notes
+
+### Makefile
+
+The firmware Makefile contains a "%.dfu" and a "program" target. The program target will make the DFU file and then attempt to load the code to a device that's attached via USB and in DFU mode.
+
+### Manually
+
+DFU boot downloads to RAM then executes. Need a DFU suffix, but also a header
+
+> cp blinky.bin blinky.dfu
+
+Add DFU suffix and address prefix:
+> /usr/local/bin/dfu-suffix --pid=0x000c --vid=0x1fc9 --did=0x0 -s 0 -a blinky.dfu
+
+Create header (based on UM10503 section 5.3.3 "Boot image header format"):
+> echo "0000000: da ff {blocksL} {blocksH} {hash0} {hash1} {hash2} {hash3}" | xxd -g1 -r > header.bin
+
+where {blocksL} and {blocksH} are the low and high bytes of the length of the .bin file + 16 bytes, measured in 512-byte frames. "02 00" means 2 x 512 + 16 bytes. (this should be automated.)
+Assume rounded up.
+
+{hash0}..{hash3} = 0xFF. The value is not used, based on the HASH_ACTIVE field in the first two bytes.
+
+Add header
+> cat header.bin blinky.dfu > load.dfu
+
+Check for device:
+> /usr/local/bin/dfu-util -l
+
+Download (I used the latest dfu-util from git)
+> /usr/local/bin/dfu-util -d 1fc9:000c -a 0 -D load.dfu
+
+Also make sure that the binary is linked for execution at address 0x00000000.  This is the default for our linker scripts.
+
+# Jellybean Notes
+
+A 12 MHz clock signal must be supplied to the LPC4330 at boot time.
+
+The April 16, 2012 Jellybean design has a voltage divider for VBUS that is fed to the LPC43xx to detect that a USB host is present. Measuring the divided voltage, the USB0_VBUS only reaches 0.4V, which fails to trip the USB bootloader code. It looks like NXP's intent is to directly connect VBUS to the USB0_VBUS. Indeed, when I shorted R10 with tweezers, the USB bootloader sprung into action. I would recommend changing R10 to 0 Ohms and R11 to DNP, or removing R10 and R11 altogether.