Geckodrive G201X - Revision history

AJ Quick at 04:13, December 15, 2020

2020-12-15T04:13:56Z

AJ Quick at 03:49, December 15, 2020

2020-12-15T03:49:30Z

AJ Quick at 03:48, December 15, 2020

2020-12-15T03:48:48Z

AJ Quick at 03:40, December 15, 2020

2020-12-15T03:40:30Z

AJ Quick at 03:40, December 15, 2020

2020-12-15T03:40:09Z

AJ Quick: Created page with "{{Infobox |title = Geckodrive G201X |image = |caption = |label2 = Status |data2 = In Production |label3 = Manufacterer |data3 = Geckodrive |label4 = |data4 =..."

2020-12-15T03:33:57Z

Created page with "{{Infobox |title = Geckodrive G201X |image = |caption = |label2 = Status |data2 = In Production |label3 = Manufacterer |data3 = Geckodrive |label4 = |data4 =..."

New page

{{Infobox
|title = Geckodrive G201X
|image =
|caption =
|label2 = Status
|data2 = In Production
|label3 = Manufacterer
|data3 = [[Geckodrive]]
|label4 =
|data4 =
|label5 =
|data5 =
|label6 =
|data6 =
}}

The G201X is designed to run a large stepper motor efficiently and inexpensively. This is made possible due to its CPLD design, which moves most formerly analog operations to firmware while still maintaining its large dual H-bridge power section. It’s oversized MOSFETs can run a stepper motor up to 7A and 80VDC without issue, pushing its motor range to NEMA 17 through 42.

@@ Line 50: / Line 50: @@
 |-
 ! 12 || Current Set || Connect the other end of your current set resistor to this terminal.
 |}

@@ Line 17: / Line 17: @@
 The G201X is designed to run a large stepper motor efficiently and inexpensively.  This is made possible due to its CPLD design, which moves most formerly analog operations to firmware while still maintaining its large dual H-bridge power section. It’s oversized MOSFETs can run a stepper motor up to 7A and 80VDC without issue, pushing its motor range to NEMA 17 through 42.
-[[File:Geckodrive_G201X_Manual.pdf|Download Manual]]
+[[:File:Geckodrive_G201X_Manual.pdf|Download Manual]]
 ==Pinout==

← Older revision		Revision as of 03:48, December 15, 2020
Line 18:		Line 18:

	[[File:Geckodrive_G201X_Manual.pdf\|Download Manual]]		[[File:Geckodrive_G201X_Manual.pdf\|Download Manual]]
		+
		+	==Pinout==
		+
		+	The G201X uses a 2-piece modular main connector. The connector is split in two pieces; terminals 1 through 6 (power supply and motor leads) and terminals 7 through 12 (control interface). Each can be removed separately by pulling the connector body upwards and off of the mating header pins on the G201X. The connectors must initially be removed to mount the G201X to a heatsink or chassis.
		+
		+	{\| class="wikitable"
		+	\|-
		+	! Pin !! Name !! Description
		+	\|-
		+	! 1 \|\| Power Ground \|\| Connect the negative (black) lead of your power supply to this terminal.
		+	\|-
		+	! 2 \|\| Power (+) \|\| Connect the positive (red) lead of your power supply to this terminal. It must be between +18VDC to +80VDC.
		+	\|-
		+	! 3 \|\| Motor Phase A \|\| Connect one end of your “Phase A” motor winding here.
		+	\|-
		+	! 4 \|\| Motor Phase Ā \|\| Connect the other end of your “Phase A” motor winding here.
		+	\|-
		+	! 5 \|\| Motor Phase B \|\| Connect one end of your “Phase B” motor winding here.
		+	\|-
		+	! 6 \|\| Motor Phase B̄ \|\|Connect the other end of your “Phase B” motor winding here.
		+	\|-
		+	! 7 \|\| Disable \|\| This ! will force the winding currents to zero when shorted to ! 12.
		+	\|-
		+	! 8 \|\| Direction \|\| Connect the DIRECTION signal to this terminal.
		+	\|-
		+	! 9 \|\| Step \|\| Connect the STEP signal to this terminal.
		+	\|-
		+	! 10 \|\| Common \|\| Connect the controller’s +3.3VDC, +5VDC or GND to this terminal.
		+	\|-
		+	! 11 \|\| Current Set \|\| Connect one end of your current set resistor to this terminal.
		+	\|-
		+	! 12 \|\| Current Set \|\| Connect the other end of your current set resistor to this terminal.
		+	\|}

← Older revision		Revision as of 03:40, December 15, 2020
Line 17:		Line 17:
	The G201X is designed to run a large stepper motor efficiently and inexpensively. This is made possible due to its CPLD design, which moves most formerly analog operations to firmware while still maintaining its large dual H-bridge power section. It’s oversized MOSFETs can run a stepper motor up to 7A and 80VDC without issue, pushing its motor range to NEMA 17 through 42.		The G201X is designed to run a large stepper motor efficiently and inexpensively. This is made possible due to its CPLD design, which moves most formerly analog operations to firmware while still maintaining its large dual H-bridge power section. It’s oversized MOSFETs can run a stepper motor up to 7A and 80VDC without issue, pushing its motor range to NEMA 17 through 42.

−	[[Geckodrive_G201X_Manual.pdf\|Download Manual]]	+	[[File:Geckodrive_G201X_Manual.pdf\|Download Manual]]

@@ Line 1: / Line 1: @@
 {{Infobox
   |title = Geckodrive G201X
-  |image =
+  |image = [[File: Geckodrive G201X.jpg|200px]]
-  |caption =
+  |caption = Geckodrive G201X
   |label2 = Status
   |data2 = In Production
   |label3 = Manufacterer
   |data3 = [[Geckodrive]]
-  |label4 =
+  |label4 = MSRP
-  |data4 =
+  |data4 = $109.00
   |label5 =
   |data5 =
@@ Line 16: / Line 16: @@
 The G201X is designed to run a large stepper motor efficiently and inexpensively.  This is made possible due to its CPLD design, which moves most formerly analog operations to firmware while still maintaining its large dual H-bridge power section. It’s oversized MOSFETs can run a stepper motor up to 7A and 80VDC without issue, pushing its motor range to NEMA 17 through 42.