Difference between revisions of "ER-PROTO-01"

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[[File:tindie-mediums.png|link=https://www.tindie.com/products/28599/]]
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[[FILE:ER-PROTO-PANEL-01-SET_FRONT_REAR-3D-720px.png]]
 
[[FILE:ER-PROTO-PANEL-01-SET_FRONT_REAR-3D-720px.png]]
  
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=== CV4 - 4 Control Voltages ===
 
=== CV4 - 4 Control Voltages ===
  
[[file:ER-PROTO-01-CV4_P1080697-720px.jpg]]
+
[[ER-CVPOTS4]]
 
 
[[file:ER-PROTO-01-CV4_P1080703-720px.jpg]]
 
 
 
* Pot controlled CV generator
 
** Useful for testing VCOs, etc
 
* (4) Buffered Outputs
 
* 4 Pots
 
** RV1-RV4 used
 
** RV5, RV6 not used
 
* 4 Jacks
 
** RV1 controls J1, etc
 
* Output voltage Levels are assignable via jumpers
 
** +5V/GND
 
** +12V/-12V
 
** +12V/GND
 
 
 
==== Opamp Choices ====
 
 
 
* 8 pin Opamps
 
** [https://www.mouser.com/datasheet/2/268/MCHP_S_A0010037127_1-2521149.pdf MCP6002], 5V max
 
** [https://www.mouser.com/datasheet/2/268/MCHP_S_A0010212107_1-2521198.pdf MCP6232], 5V max, rail to rail
 
** [https://www.ti.com/lit/ds/symlink/lm158.pdf?HQS=dis-mous-null-mousermode-dsf-pf-null-wwe&ts=1667915534801&ref_url=https%253A%252F%252Fpt.mouser.com%252F LM358], 3-36V
 
** [https://www.mouser.com/datasheet/2/294/NJM4558_E-1917509.pdf 4558], +/-4V (min), +/-18V (max)
 
** [https://www.mouser.com/datasheet/2/294/NJM14558_E-1917245.pdf 14558], +/-2V (min), '''+/-7V (max)'''
 
 
 
==== 3D PCB Layout ====
 
 
 
* Board soldermask is actually black, but shown in green for contrast
 
 
 
[[file:ER-PROTO-01-CV4_3D.png]]
 
 
 
* Details
 
 
 
[[file:ER-PROTO-01-CV4_HDRS_3D.png]]
 
 
 
==== Schematic ====
 
 
 
===== Opamp buffers =====
 
 
 
* Voltage selection headers
 
 
 
[[file:ER-PROTO-01-CV4_Opamps.PNG]]
 
 
 
===== Output jacks =====
 
  
* Jack grounds connected on Controls card (3 jumpers)
+
[[file:ER-PROTO-01-CV4_P1090031-F_B_720px.jpg]]
* Single ground connection on daughtercard (1 jumper)
 
  
[[file:ER-PROTO-01-CV4_OutputJacks.PNG]]
+
=== Noise Generator ===
  
===== Pots on Controls card =====
+
[[Noise_Generator_on_ER-PROTO-01|Noise Generator on ER-PROTO-01]]
  
* Connections of CW and CCW
+
[[file:ER-PROTO-01_NOISE_P1080751-720px.jpg]]
** RV1 goes to RV2
 
** RV3 goes to RV4
 
  
[[file:ER-PROTO-01-CV4_PotsOnControlsCard.PNG]]
+
[[file:ER-PROTO-01_NOISE_P1080755-720px.jpg]]
 
 
===== Control Board Wiring =====
 
 
 
* NODE: GND, J1-GND to J3-GND
 
* NODE: GND, J2-GND to J4-GND
 
* NODE: GND, J3-GND to J4-GND
 
* NODE: GND, RV1-3 to RV3-3
 
* NODE: GND, RV2-3 to RV4-3
 
* NODE: VCC, RV1-1 to RV3-1
 
* NODE: VCC, RV2-1 to RV4-1
 
 
 
==== Daughtercard wiring ====
 
 
 
* NODE: J1-T*, U1-1 to R5 (other side goes to J38-8)
 
* NODE: J2-T*, U1-7 to R8 (other side goes to J38-4)
 
* NODE: J3-T*, U2-1 to R6 (other side goes to J38-6)
 
* NODE: J4-T*, U2-7 to R7 (other side goes to J38-2)
 
* NODE: LB1, U1-1 to U1-2
 
* NODE: LB2, U1-6 to U1-7
 
* NODE: LB3, U2-1 to U2-2
 
* NODE: LB4, U2-6 to U2-7
 
* NODE: GND, J38-3 or 5 (nearest GND) bus hole
 
* NODE: VH1, H1-2 (+12/+5 header) to U1-8
 
* NODE: VL1, H2-2 (GND header) to U1-4
 
* NODE: VH2, H3-2 (+12/+5 header) to U2-8
 
* NODE: VL2, H4-2 (GND header) to U2-4
 
* NODE: VH1, U1-8 to J37-8 (POT2-CW)
 
* NODE: VL1, U1-4 to J37-10 (POT2-10)
 
* NODE: VH2, U2-8 to J37-5 (POT4-CW)
 
* NODE: VL2, U2-4 to J37-7 (POT4-CCW
 
* NODE: POT1W, J37-18 to U1-3
 
* NODE: POT2W, J37-9 to U1-5
 
* NODE: POT3W, J37-15 to U2-3
 
* NODE: POT4W, J37-6 to U2-5
 
 
 
==== Daughtercard Parts List ====
 
 
 
{| class="wikitable"
 
! Find
 
! Qty
 
! Ref Des
 
! Part Number
 
|-
 
| 1
 
| 4
 
| H1-H4
 
| Conn_01x03
 
|-
 
| 2
 
| 1
 
| J5
 
| HEADER, 2X10
 
|-
 
| 3
 
| 1
 
| J6
 
| [https://store.synthrotek.com/16-Pin_Keyed_Shrouded_Eurorack_Power_Header HEADER, 2X8]
 
|-
 
| 4
 
| 1
 
| J10
 
| Conn_01x08
 
|-
 
| 5
 
| 4
 
| R5-R8
 
| 1K
 
|-
 
| 10
 
| 2
 
| R6, R7
 
| 1K
 
|-
 
| 6
 
| 2
 
| U1, U2
 
| SOCKET, 8 PIN
 
|-
 
| 7
 
| 2
 
| U1, U2
 
| [http://www.ti.com/lit/ds/symlink/tl071.pdf TL072]
 
|-
 
|}
 
 
 
==== Controls card Parts List ====
 
 
 
* RV1-RV4 = B100K pots
 
* R1-R4 = 1K
 
* J1-J4 = PJ301BM
 
* J5 = Socket, Female, 2x10
 
* J10 = Socket, Female, 1x8
 
  
 
=== Slew Rate Controller ===
 
=== Slew Rate Controller ===
  
* [https://github.com/hires/Dintree/tree/master/D107-Slew Dintree D107-Slew]
+
[[Slew Rate Controller on ER-PROTO-01]]
** [https://github.com/hires/Dintree/blob/master/D107-Slew/D107-dual_slew-schematic.pdf Schematic]
 
 
 
<pre>
 
The D107 is a very simple dual slew rate limiter. It can be used for portamento effects or to smooth out a stepped voltage from a sequencer, or for general audio or CV smoothing. Each channel contains a buffer with 100K input impedance suitable for pitch CVs. The slew pot affects the charging of a large capacitor connected to a second amplifier. The second amp provides buffering for output to isolate the output jack from the actual slewing function.
 
 
 
Specifications:
 
  
Dual slew rate limiter
+
== Assembly Sheet ==
Control range of 0-10s (approx.)
 
Power: +12V @ 5mA, -12V @ 5mA
 
</pre>
 
  
[https://www.youtube.com/watch?v=6EZQ2UXpn6g Video]
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* [[ER-PROTO-01 Assembly Sheet]]

Latest revision as of 17:48, 18 January 2023

Tindie-mediums.png

ER-PROTO-PANEL-01-SET FRONT REAR-3D-720px.png

Features

  • Eurorack Prototyping card set
  • 6 HP wide (30mm) front panel
  • 3U tall
  • Three card set
    • Board interconnect headers duplicated on headers
    • 30mm wide front panel
    • 28mm wide panel and daughtercards
  • 6 POTS
    • Marked as RV1-RV5
    • Series resistors on pot wiper
    • All 3 pot pins brought to top header
  • 4 Jacks
    • Marked as J1-J4
    • Tip/sleeve brought to header near middle/bottom
  • Pots on top, jacks on bottom of card
    • Easier to adjust pots without bumping into pots
    • Pots more often accessed than jacks
  • Large prototyping area
    • 58 nodes with 3 holes per node (29 per "side")
  • +12V, -12V down board edges
  • 5V/GND down center of card
  • Bussed connections horizontally
  • Front Panel with generic labels
    • Cover with White on Black P-Touch labels

Connectors

  • J1-J4 are front panel connectors

Inter-card Connectors

Pots

  • J5 on the Controls card and J5 on the I/O card
  • Pot connections
    • POTx-1 is fully CW connects to wiper
    • POTx-2 is wiper
    • POTX-3 is fully CCW connects to wiper

RV Conns.PNG

  • To make pot into voltage control
    • POTx-1 (CW) = +5V
    • POTx-13CCW = GND
    • Wire RV1-1 to RV3-1 to RV5-1 on controls card
    • Wire RV1-3 to RV3-3 to RV5-3 on controls card
    • Wire RV2-1 to RV4-1 to RV6-1 on controls card
    • Wire RV2-3 to RV4-3 to RV6-3 on controls card

ER-PROTO-CTLS-6-01 J5.PNG

Jacks

  • J6 on the controls card and J37 on the I/O card

ER-PROTO-CTLS-6-01 J10.PNG

Daughtercard Connectors

J5, J37 - POT connectione

ER-PROTO-DB-01 J5.png

ER-PROTO-DB-01 J37.png

J6 - Eurorack Power

  • J6 on the I/O card
    • Eurorack power
    • 2x5 IDC
    • GATE, CV not connected

ER-PROTO-DB-01 J6.png

J10 - Jacks connections on Controls card

ER-PROTO-DB-01 J10.png

J38 - Jacks connections

ER-PROTO-DB-01 J38.png

Examples

Arduino NANO MOZZI

Arduino NANO MOZZI on ER-PROTO-01

ER-PROTO-01-NANO-MOZZI P1080687-720PX.jpg

ER-PROTO-01-NANO-MOZZI P1080693-720PX.jpg

CV4 - 4 Control Voltages

ER-CVPOTS4

ER-PROTO-01-CV4 P1090031-F B 720px.jpg

Noise Generator

Noise Generator on ER-PROTO-01

ER-PROTO-01 NOISE P1080751-720px.jpg

ER-PROTO-01 NOISE P1080755-720px.jpg

Slew Rate Controller

Slew Rate Controller on ER-PROTO-01

Assembly Sheet