OpenLab_osci_FPGA_imp3.asciidoc

@@ -13,7 +13,7 @@ Figure 44 shows the in- and outputs of the sampling-data-and-triggering componen
 
 {empty} +
 
-image::https://es.technikum-wien.at/openlab/openlab_wiki/wikis/img/OpenLab_osci_FPGA_imp/osci_FPGA_imp_TTL_UART.PNG[caption="Figure 1: ",title="Inputs and outputs overview of the sampling-data-and-triggering - component",align="center"]
+image::https://es.technikum-wien.at/openlab/openlab_wiki/wikis/img/OpenLab_osci_FPGA_imp/osci_FPGA_imp_TTL_UART.PNG[caption="Figure 1: ",title="Inputs and outputs overview of the sampling data and triggering component",align="center"]
 
 {empty} +
 
@@ -21,7 +21,7 @@ This entity is designed to be instantiated multiple times. Each instance than ha
 of the oscilloscope. In case of the OpenLab oscilloscope two channels are implemented.
 The sampling-data-and-triggering entity directly controls one of the ADC interfaces. The component
 is able to control the sample rate and manages the power modes of the ADCs. Each
-sample is stored in one of the two FIFO – buffers. Both channels have their own FIFO – buffer
+sample is stored in one of the two FIFO - buffers. Both channels have their own FIFO - buffer
 to enable parallel acquisition. One buffer can store 4096 words. One word is 9 bits in size. This
 uncommon word size is used to store additional information beside the ADC data itself. This
 will be explained in detail by the following paragraphs.
@@ -34,7 +34,7 @@ set if a trigger event was detected. In order to reduce false trigger events, th
 of the same channel, set as the trigger channel, is compared to the current sample data. In
 case of a rising edge trigger event, the value of the current sample has to be higher than the
 value of the last sample. If a valid trigger event was detected, the TRIGGER_FOUND flag is set.
-This information is stored in the last bit of the 9-bit wide word of the FIFO – buffer. The first 8 bit
+This information is stored in the last bit of the 9-bit wide word of the FIFO - buffer. The first 8 bit
 contains the data of the captured sample. The ninth bit declares whether the sample represents
 the first sample after a trigger event or not. This enables the communication-protocol-interpreter
 entity to detect the start point of a triggered signal.