Differences

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--- ctboard:peripherals:7segment_bin [2016/02/25 13:25] – feur
+++ ctboard:peripherals:7segment_bin [2026/06/25 14:59] (current) – [Programming Example] scbj
@@ Line 1: / Line 1: @@
-====== 7 Segment Binary Interface ======
+====== 7-Segment Display - Binary Interface ======
-Additionally the display can be used as HEX display. All 4 displays can directly show a 16 bit binary value. \\
+The four 7-segment displays can jointly display a 16-bit value as a four digit HEX number. \\
-In this mode the display can't be switched off, use the [[#segment_control|raw interface]]. \\ \\
+In this mode the display can't be switched off, use the [[7segment_raw|segment control interface]] instead. \\ \\
-> {{ctboard:ctboard_mode_1.svg?48px }} {{ctboard:ctboard_mode_2.svg?48px }} {{ctboard:ctboard_mode_3.svg?48px }} Please make sure the CT Board is in the correct [[ctboard:mode_switch|mode]].
+> {{ctboard:ctboard_mode_1.svg?48px }} {{ctboard:ctboard_mode_2.svg?48px }} {{ctboard:ctboard_mode_3.svg?48px }} {{ctboard:ctboard_mode_4.svg?48px }} Please make sure the CT Board is in the correct mode.
-> Supported modes: **1**, **2**, **3**
+> Supported [[ctboard:mode_switch|modes]]: **1**, **2**, **3**, **4**
 \\
+===== Registers =====
+The registers are read / write.
+\\ {{ctboard_7seg_bin_reg.svg}} \\ \\
+===== Diagram =====
+\\ {{ctboard_7seg_bin.svg?700em}} \\ \\
 ===== Programming Example =====
-The code snippet bellow shows how to use the 7 segment display as HEX display.
+The code snippet below shows how to use the 7-segment display as HEX display.
 <code c>
@@ Line 20: / Line 30: @@
 \\
-<code asm>
+<code text>
-ADDR_SEG7_BIN   EQU      0x60000120
+.equ ADDR_SEG7_BIN,  0x60000114
-                LDR      r0, =ADDR_SEG7_BIN
+        ldr     r0,  =ADDR_SEG7_BIN
-                STRB     r1, [r0, #0]                     ; Write byte of binary data to DS1..0.
+        strb    r1,  [r0, #0]          // Write byte of binary data to DS1..0.
-                STRH     r1, [r0, #0]                     ; Write half word of binary data to all displays.
+        strh    r1,  [r0, #0]          // Write half word of binary data to all displays.
 </code>
 \\
-===== Registers =====
-The Registers are read / write.
-\\ {{ctboard_7seg_bin_reg.svg}} \\ \\
-===== Diagram =====
-\\ {{ctboard_7seg_bin.svg?700em}} \\ \\