Changes for page Sensor Module

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...	...	@@ -115,7 +115,7 @@
115	115	* {{mathjax}}\(R\){{/mathjax}} = Resistance of the resistor in low-pass filter.
116	116	* {{mathjax}}\(C\){{/mathjax}} = Capacitance of the capacitor in the low-pass filter.
117	117
118		-Using a resistor with 10k {{mathjax}}\(\Omega\){{/mathjax}} and a capacitor with 100 **nF **in capacitance, the cut-off frequency will be 159 **Hz.**
	118	+Using a resistor with 1k {{mathjax}}\(\Omega\){{/mathjax}} and a capacitor with 100 **nF **in capacitance, the cut-off frequency will be 1592 **Hz.**
119	119
120	120	== Suspension Displacement Sensor ==
121	121
...	...	@@ -140,10 +140,10 @@
140	140
141	141	where:
142	142
143		-* {{mathjax}}\(x\){{/mathjax}} = The mechanical placement excluding the dead length.
	143	+* {{mathjax}}\(x\){{/mathjax}} = The mechanical placement excluding the dead length (178mm).
144	144	* {{mathjax}}\(V_s\){{/mathjax}} = The supply voltage of the linear potentiometer, in this case it is 3.3 {{mathjax}}\(V\){{/mathjax}}.
145	145	* {{mathjax}}\(V_{out}\){{/mathjax}} = The output voltage of the linear potentiometer. ranging from 0.033{{mathjax}}\(V\){{/mathjax}} to 3.267{{mathjax}}\(V\){{/mathjax}}.
146	146
147	147	=== Filtering ===
148	148
149		-The sensors output latency can be expected to be a lot shorter than the air temperature sensor as the sensor is just a variable sensor based on placement. This is why the
	149	+The sensors output latency can be expected to be a lot shorter than the air temperature sensor as the sensor is just a variable sensor based on placement. The limiting factor for the system which uses this information is the CAN-BUS messages from the inverters which send the information each 6.25 ms