Differences

This shows you the differences between two versions of the page.

--- control_board [2022/01/06 02:24] – phatline
+++ control_board [2022/01/08 15:13] (current) – phatline
@@ Line 1: / Line 1: @@
-====== Control Panel for AIN_4 v1.2 ======
+====== Control Panel AIN_4 & AOUT_4 v1.2 ======
+===== AIN4 - AOUT4 v1.2 TOP =====
-===== AIN_4 v1.2 TOP =====
 {{:phatline:Control-Top.jpg?800|}}\\
+**BOM:**\\
+[[https://www.taydaelectronics.com/electromechanical/switches-key-pad/push-button-switch-dc-30v-0-1a-dpdt-7x7mm.html|8x Switch better take mouser ones...]]\\
+LED5-8: Normal LEDs\\
+LED1-4: Bipolar LED comman Anode\\
+VR1-4 AOUT4: 10K Lin\\
+VR1-4 AIN4: 100K Lin\\
+SKT1-4: 3,5 mono Jack\\
+JP21: Optional Clock Input from SKT5 (then don't set G1_G5 on the backside) \\
+J1: Routes gate outputs from a standard DOUT pinheader to SKT 5-8 according to solder jumper pairs Gxx\\
 ===== AIN_4 v1.2 BACK =====
-{{ :phatline:Control-AOUT-back.jpg?800|}}\\
+{{:phatline:Control-AOUT-back.jpg?800|}}\\
+**BOM:**\\
+RN1: 100k iso 652-4816P-1LF-100K\\
+SJ 1-4: let them unsoldered\\
+SJ 5-8: solder a 1K 0603 SMD Resistor from the Round PAD to GROUND- to avoid Floating\\
+Diodes: 1N4148  >  only Stuff in AOUT4 Usecases\\
+IC2: 74LV14H (SOIC14)\\
+C2: 100nF Kerko\\
+The Rest: cant remember...Resistors and Caps...\\
+\\
+about G5_G1, G2_G6, G4_G8, G7_G3:\\
+J1 you connect to a DOUTx4 output, which deliver 8 DOUTs on 1 shroudet header\\
+But we only use 4 DOUTs on the Controlboards... with this jumpers you decide which one!\\
+IF you use a CLOCK coming from J21, then dont set G1_G5!\\
 ===== Front-Panel for AIN_4 v1.2 =====
 i measeured the PCB, and made a drawing in order to create a hand-drilled Frontpanel...
 so dont take the values as 100% true...:\\
-{{ :phatline:Control-Panel.jpg?800|}}
+{{:phatline:Control-Panel.jpg?800|}}
 {{ :phatline:Control-AOUT-seite.jpg?255|}}
 {{ :phatline:Control-AIN-AOUT-Panel-Label.jpg?500|}}
+**LABELS:**\\
+linke Schalter: offset (uni/bipolar)\\
+rechte Schalter: range (+5V/+10V insgesamt)\\
+\\
+**Deswegen folgende Möglichkeiten für Ein- bzw. Ausgänge:**\\
+bis +2,5V\\
+bis +5V\\
+-2,5 bis +2,5V\\
+-5 bis +5V \\