diff --git a/README.md b/README.md
index bdc8470e2481bb6a928e1394f05047101528ac83..bbef4372d9654e4d94ea378e91727428309e1844 100644
--- a/README.md
+++ b/README.md
@@ -121,7 +121,7 @@ One easy way to get power to your project is through USB. It can deliver up to 1
 - Add a ”USBOTG” connector to your schematic. Already here you can think about how you should connect your mouse and use a suitable connector (mini, micro or even usb-c).
 - Find the USB pinout for your connector.
 
-### 9) 3.3v Power Supply
+### 9) 3.3V Power Supply
 
 The MCU wants to be powered from a 3.3V rail. To this end we will use a fixed LDO (low dropout) linear regulator, to convert a 5V input (from the USB connector) to a 3.3V output. We will use the [AP2125N-3.3TRG1](https://www.elfa.se/en/ldo-voltage-regulator-3v-360ma-sot-23-diodes-incorporated-ap2125n-3trg1/p/30041163) for this.
 
@@ -143,13 +143,11 @@ For some components (like the PMW3389DM-T3QU) there might not exist a pre-made l
 
 Hint. Never, never ever, change the grid settings when placing the pins in the symbol.
 
-### 11) 1.9v Power Supply
+### 11) 1.9V Power Supply
 
 As you can see in the PWM3389DM-T3QU datasheet and reference schematics, the sensor requires a 1.9v power supply. This is a much less common voltage for a fixed output LDO (try finding one from Elfa or rs-online and you will likely fail).
 
-To that end, you can use an adjustable voltage regulator, such as [MIC5235YM5-TR](https://www.elfa.se/en/ldo-voltage-regulator-24-20v-sot-23-microchip-mic5235ym5-tr/p/30099685), which will let you set your desired output voltage using external resistors.
-
-The circuit and equation for calculating the resistor values needed to acheive the desired the output voltage (1.9V) can be found in the [datasheet](https://www.elfa.se/Web/Downloads/_t/ds/MIC5235YM5-TR_eng_tds.pdf) for the regulator. Here you will also find information about input- and output capacitor values needed for proper operation.
+To that end, you can use an adjustable voltage regulator, such as [MIC5235YM5-TR](https://www.elfa.se/en/ldo-voltage-regulator-24-20v-sot-23-microchip-mic5235ym5-tr/p/30099685), which will let you set your desired output voltage using external resistors. The circuit and equation for calculating the resistor values needed to acheive the desired the output voltage (1.9V) can be found in the [datasheet](https://www.elfa.se/Web/Downloads/_t/ds/MIC5235YM5-TR_eng_tds.pdf) for the regulator. Here you will also find information about input- and output capacitor values needed for proper operation.
 
 Once you have added the 1.9v power supply you can add a new power net, and connect that to your PMW3389 component.