CW506 Advanced Breakout Board - Revision history

Coflynn: Replaced content with "== Page Moved == See [https://rtfm.newae.com/Tools/CW506%20Advanced%20Breakout%20Board/ NewAE RTFM Page]. The previous content on this wiki has been moved to the above li..."

2020-07-29T19:46:39Z

Replaced content with "== Page Moved == See [https://rtfm.newae.com/Tools/CW506%20Advanced%20Breakout%20Board/ NewAE RTFM Page]. The previous content on this wiki has been moved to the above li..."

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Fheubach at 18:28, 1 May 2018

2018-05-01T18:28:11Z

Cwiesner: /* XMEGA Programming & Pull Up Resistors */

2018-03-15T20:58:30Z

‎XMEGA Programming & Pull Up Resistors

Cwiesner: XMEGA programmer and pull up resistor updates

2018-02-23T21:26:38Z

XMEGA programmer and pull up resistor updates

Gdeon at 14:15, 17 January 2017

2017-01-17T14:15:38Z

Coflynn: /* Use Cases */

2016-06-07T11:51:27Z

‎Use Cases

Coflynn: /* VCC-IO Settings */

2016-06-07T11:50:19Z

‎VCC-IO Settings

Coflynn: /* JP2.+3v3 Settings */

2016-06-07T11:47:21Z

‎JP2.+3v3 Settings

Coflynn: /* VCC-IO Settings */

2016-06-07T11:41:33Z

‎VCC-IO Settings

Coflynn: /* SW4 (Target Disconnect) */

2016-06-07T11:30:23Z

‎SW4 (Target Disconnect)

← Older revision		Revision as of 18:28, 1 May 2018
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	[[File:NAE-CW506-02_page2.png\|600px]]		[[File:NAE-CW506-02_page2.png\|600px]]
		+
		+	== Hardware ==

	{{Template:Hardware}}		{{Template:Hardware}}

@@ Line 129: / Line 129: @@
 Setting SW3 to the LEFT position will drive the 3.3V power supply on the target board from the banana jack connector, which also connect to test point TP9 (the large red test point).
-== XMEGA Programming & Pull Up Resitors ==
+== XMEGA Programming & Voltage Levels ==
-If you want to program an XMEGA target through the CW506, you'll have to place a pull up resistor on your UFO Board. Connecting a 330 Ohm resistor between the VREF and PDIC pin should allow you to use the XMEGA programmer.
+If you want to program an XMEGA target with the CW506 and CW-Lite, you'll have to place a resistor on your UFO Board. You must connect a 330 Ohm resistor between the GPIO3 and PDIC pin (you can use jumper cables instead of soldering or physically modifying your board).
-There is a known issue where GPIO3/4 do not reach VREF/VCCIO. Usually this does not cause problems. In some cases though, the high level voltage will be too close to its threshold to provide reliable performance. In this case a 330 Ohm pull up resistor between VREF and the affected pin should resolve the issue
+To program the target set "Target IO3" to GPIO in "Scope Settings"-->"Target IOn pins". Next set GPIO3 to low from "Scope Settings"-->"Target IOn GPIO mode".
 == Use Cases ==

← Older revision		Revision as of 21:26, 23 February 2018
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	Setting SW3 to the LEFT position will drive the 3.3V power supply on the target board from the banana jack connector, which also connect to test point TP9 (the large red test point).		Setting SW3 to the LEFT position will drive the 3.3V power supply on the target board from the banana jack connector, which also connect to test point TP9 (the large red test point).
		+
		+	== XMEGA Programming & Pull Up Resitors ==
		+
		+	If you want to program an XMEGA target through the CW506, you'll have to place a pull up resistor on your UFO Board. Connecting a 330 Ohm resistor between the VREF and PDIC pin should allow you to use the XMEGA programmer.
		+
		+	There is a known issue where GPIO3/4 do not reach VREF/VCCIO. Usually this does not cause problems. In some cases though, the high level voltage will be too close to its threshold to provide reliable performance. In this case a 330 Ohm pull up resistor between VREF and the affected pin should resolve the issue

	== Use Cases ==		== Use Cases ==

← Older revision		Revision as of 14:15, 17 January 2017
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	[[File:NAE-CW506-02_page2.png\|600px]]		[[File:NAE-CW506-02_page2.png\|600px]]
		+
		+	{{Template:Hardware}}

← Older revision		Revision as of 11:51, 7 June 2016
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	== Use Cases ==		== Use Cases ==
		+
		+	=== Probing Target Board Signals ===
		+
		+	=== Using Target Board Stand-Alone ===
		+
		+	=== Inserting External Equipment into Test Path ===

	== Schematic ==		== Schematic ==

@@ Line 102: / Line 102: @@
 * Based on voltage on VREF pin of JP2 (20-pin target connector).
 * Based on external voltage reference.
 Normally you would use either "JP2.VREF" or "+3V3". All NewAE target boards will provide a signal on JP2.VREF which indicates the correct translation voltage. If using a simple breakout or your own target board, you may just wish to force use of 3.3V IO voltages however.
@@ Line 109: / Line 113: @@
 [[File:cw506_vccio.jpg|400px]]
-The current VCC-IO voltage is available on test point TP11 (just beside the 3 LEDs).
+==== Using External VREF ====
 === JP2.+3v3 Settings ===

← Older revision		Revision as of 11:47, 7 June 2016
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	=== JP2.+3v3 Settings ===		=== JP2.+3v3 Settings ===
		+
		+	The 20-pin target connector (JP2) has two power supplies: a +5.0V signal, and a +3.3V signal. Normally these signals would come from a power supply in the ChipWhisperer-Capture target board (on JP1).
		+
		+	However if using the breakout board stand-alone, these will not be present. Switch SW3 allows you to route an external power supply onto the +3.3V power supply pins of JP2, allowing you to power a target expecting this supply voltage. This can also be used to power a target that draws more current than the ChipWhisperer-Capture hardware can provide.
		+
		+	Note it's possible but not recommended to also use this feature to adjust the supply voltage of the target (i.e., experiment running the target at 2.5V or 5.0V). The 3.3V supply may power 3.3V-only logic on the target board.
		+
		+	Setting SW3 to the LEFT position will drive the 3.3V power supply on the target board from the banana jack connector, which also connect to test point TP9 (the large red test point).

	== Use Cases ==		== Use Cases ==

← Older revision		Revision as of 11:41, 7 June 2016
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	=== VCC-IO Settings ===		=== VCC-IO Settings ===
		+
		+	The VCC-IO level defines what voltage the inputs/outputs on the RIGHT side operate at (the target side). The inputs/outputs on the LEFT side (the ChipWhisperer capture side) are always 3.3V.
		+
		+	The VCC-IO level can be set to one of:
		+
		+	* Fixed 3.3V.
		+	* Based on voltage on VREF pin of JP2 (20-pin target connector).
		+	* Based on external voltage reference.
		+
		+	Normally you would use either "JP2.VREF" or "+3V3". All NewAE target boards will provide a signal on JP2.VREF which indicates the correct translation voltage. If using a simple breakout or your own target board, you may just wish to force use of 3.3V IO voltages however.
		+
		+	These settings are configured with switch SW1 and SW2. In addition, three LEDs will confirm your setting. For example here the board is set to output 3.3V reference signals:
		+
		+	[[File:cw506_vccio.jpg\|400px]]
		+
		+	The current VCC-IO voltage is available on test point TP11 (just beside the 3 LEDs).

	=== JP2.+3v3 Settings ===		=== JP2.+3v3 Settings ===

@@ Line 64: / Line 64: @@
 |☑
+|
-|-
+|- style="background-color: white;"
 |OFF
 |HS1-HS2
@@ Line 73: / Line 73: @@
+|
 |☑
-|-
+|- style="background-color: white;"
 |ON
 |HS1-HS2