Xeltek - Revision history

Mcmaster: /* Socket */

2019-09-10T07:50:57Z

Socket

← Older revision		Revision as of 07:50, 10 September 2019
Line 60:		Line 60:

	Sounds like there may be some compatibility between CX and DX		Sounds like there may be some compatibility between CX and DX

			https://www.vipprogrammer.com/xeltek-ex-series-adapter-socket-for-superpro-7000-programmer-2615

Mcmaster: /* Socket */

2019-09-10T07:39:28Z

Socket

← Older revision		Revision as of 07:39, 10 September 2019
Line 47:		Line 47:
	<br />		<br />

	== Socket ==		==Socket==
			<nowiki>https://www.xeltek.com/resources/technical-articles/socket-adapters/socket-adapter-selection-usage-and-maintenance/</nowiki>

	<nowiki>https://www.xeltek.com/resources/technical-articles/socket-adapters/socket-adapters-en/</nowiki>		<nowiki>https://www.xeltek.com/resources/technical-articles/socket-adapters/socket-adapters-en/</nowiki>

	* '''DX Adapters:''' SuperPro 6100, SuperPro 6104GP		*'''DX Adapters:''' SuperPro 6100, SuperPro 6104GP
	* '''EX Adapters:''' SuperPro 7000		*'''EX Adapters:''' SuperPro 7000
	* '''FX Adapters:''' SuperPro 7100		*'''FX Adapters:''' SuperPro 7100
	* '''GX Adapters:''' SuperPro 7500		*'''GX Adapters:''' SuperPro 7500
	* '''CX Adapters:''' SuperPro 5000, SuperPro 5004GP, SuperPro 6000, SuperPro 6000E, SuperPro 6004GP		*'''CX Adapters:''' SuperPro 5000, SuperPro 5004GP, SuperPro 6000, SuperPro 6000E, SuperPro 6004GP
	* '''SA Adapters:''' SuperPro 610P, SuperPro 611S		*'''SA Adapters:''' SuperPro 610P, SuperPro 611S

	Sounds like there may be some compatibility between CX and DX		Sounds like there may be some compatibility between CX and DX

Mcmaster: /* Socket */

2019-09-10T07:34:29Z

Socket

← Older revision		Revision as of 07:34, 10 September 2019
Line 56:		Line 56:
	* '''CX Adapters:''' SuperPro 5000, SuperPro 5004GP, SuperPro 6000, SuperPro 6000E, SuperPro 6004GP		* '''CX Adapters:''' SuperPro 5000, SuperPro 5004GP, SuperPro 6000, SuperPro 6000E, SuperPro 6004GP
	* '''SA Adapters:''' SuperPro 610P, SuperPro 611S		* '''SA Adapters:''' SuperPro 610P, SuperPro 611S

			Sounds like there may be some compatibility between CX and DX

Mcmaster at 07:29, 10 September 2019

2019-09-10T07:29:40Z

← Older revision		Revision as of 07:29, 10 September 2019
Line 3:		Line 3:
	Superpro and such		Superpro and such

	= 5000E =		=5000E=

	== Hardware ==		==Hardware==
	The 5000E is internally composed of an 8 board stack. From top to bottom, the boards are:		The 5000E is internally composed of an 8 board stack. From top to bottom, the boards are:

	* GND DRV		*GND DRV
	* V3 DRV		*V3 DRV
	* V3 (P1-72) DRV		*V3 (P1-72) DRV
	* V1 DRV		*V1 DRV
	* V2 DRV		*V2 DRV
	* IO BOARD		*IO BOARD
	* MCU BOARD		*MCU BOARD
	* POWER BOARD		*POWER BOARD

	=== Voltage Pin Driver Boards ===		===Voltage Pin Driver Boards===

	The V1/V2/V3* and GND drive boards share a similar topology. A set of shift registers is used to configure a transistor high or low-side drive. The GND board has two additional relays on pins, possibly for support of some high current device. The V1, V2 and V3 boards use a 74HC4094 shift reg, a ULN2003 transistor array and a high-side transistor to switch the voltage. The V2 and V3 boards incorporate a diode to prevent reverse biasing of the transistor which suggests the V1 voltage is the highest voltage used.		The V1/V2/V3* and GND drive boards share a similar topology. A set of shift registers is used to configure a transistor high or low-side drive. The GND board has two additional relays on pins, possibly for support of some high current device. The V1, V2 and V3 boards use a 74HC4094 shift reg, a ULN2003 transistor array and a high-side transistor to switch the voltage. The V2 and V3 boards incorporate a diode to prevent reverse biasing of the transistor which suggests the V1 voltage is the highest voltage used.

	=== IO Board ===		===IO Board===

	The IO board is just a Spartan XC2S50E FPGA connected to each IO line through a 220 ohm resistor and a diode voltage clamp. Whether the I/O voltage tracks one of the supplies (V3?) is unknown.		The IO board is just a Spartan XC2S50E FPGA connected to each IO line through a 220 ohm resistor and a diode voltage clamp. Whether the I/O voltage tracks one of the supplies (V3?) is unknown.

	=== MCU Board ===		===MCU Board===

	Components:		Components:

	* AT91R40008 Processor (ARM7, no rom, very few peripherals, external bus interface)		*AT91R40008 Processor (ARM7, no rom, very few peripherals, external bus interface)
	* TLC7226 Quad DAC		*TLC7226 Quad DAC
	* EN29LV040A Flash (512kB)		*EN29LV040A Flash (512kB)
	* "Xeltek AE81" (Almost certainly an OTP FPGA)		*"Xeltek AE81" (Almost certainly an OTP FPGA)
	* USB Device controller (part # unreadable in photos)		*USB Device controller (part # unreadable in photos)

	=== Power Board ===		===Power Board===

	* 3x LM317 + 3x MC34063 switchers		*3x LM317 + 3x MC34063 switchers
	* Topology not yet reversed		*Topology not yet reversed
	* Misc op amps		*Misc op amps

	== Software ==		==Software==

	A basic bootloader / USB loader is resident in the on-board flash. The Host software communicates with this USB loader and downloads the actual programming routines into SRAM.		A basic bootloader / USB loader is resident in the on-board flash. The Host software communicates with this USB loader and downloads the actual programming routines into SRAM.

			<br />

			== Socket ==
			<nowiki>https://www.xeltek.com/resources/technical-articles/socket-adapters/socket-adapters-en/</nowiki>

			* '''DX Adapters:''' SuperPro 6100, SuperPro 6104GP
			* '''EX Adapters:''' SuperPro 7000
			* '''FX Adapters:''' SuperPro 7100
			* '''GX Adapters:''' SuperPro 7500
			* '''CX Adapters:''' SuperPro 5000, SuperPro 5004GP, SuperPro 6000, SuperPro 6000E, SuperPro 6004GP
			* '''SA Adapters:''' SuperPro 610P, SuperPro 611S

Zndwo at 06:57, 18 May 2018

2018-05-18T06:57:58Z

← Older revision		Revision as of 06:57, 18 May 2018
Line 8:		Line 8:
	The 5000E is internally composed of an 8 board stack. From top to bottom, the boards are:		The 5000E is internally composed of an 8 board stack. From top to bottom, the boards are:

	- GND DRV		* GND DRV
	- V3 DRV		* V3 DRV
	- V3 (P1-72) DRV		* V3 (P1-72) DRV
	- V1 DRV		* V1 DRV
	- V2 DRV		* V2 DRV
	- IO BOARD		* IO BOARD
	- MCU BOARD		* MCU BOARD
	- POWER BOARD		* POWER BOARD

	=== Voltage Pin Driver Boards ===		=== Voltage Pin Driver Boards ===

Zndwo at 06:57, 18 May 2018

2018-05-18T06:57:40Z

← Older revision		Revision as of 06:57, 18 May 2018
Line 29:		Line 29:
	Components:		Components:

	- AT91R40008 Processor (ARM7, no rom, very few peripherals, external bus interface)		* AT91R40008 Processor (ARM7, no rom, very few peripherals, external bus interface)
	- TLC7226 Quad DAC		* TLC7226 Quad DAC
	- EN29LV040A Flash (512kB)		* EN29LV040A Flash (512kB)
	- "Xeltek AE81" (Almost certainly an OTP FPGA)		* "Xeltek AE81" (Almost certainly an OTP FPGA)
	- USB Device controller (part # unreadable in photos)		* USB Device controller (part # unreadable in photos)

	=== Power Board ===		=== Power Board ===

	- 3x LM317 + 3x MC34063 switchers		* 3x LM317 + 3x MC34063 switchers
	- Topology not yet reversed		* Topology not yet reversed
	- Misc op amps		* Misc op amps

	== Software ==		== Software ==

	A basic bootloader / USB loader is resident in the on-board flash. The Host software communicates with this USB loader and downloads the actual programming routines into SRAM.		A basic bootloader / USB loader is resident in the on-board flash. The Host software communicates with this USB loader and downloads the actual programming routines into SRAM.

Zndwo: Xeltek 5000 Details

2018-05-18T06:56:58Z

Xeltek 5000 Details

@@ Line 5: / Line 5: @@
 = 5000E =
-IIRC there are 3 CPU-controlled boost supplies and a set of shift register rings split across multiple boards
+== Hardware ==
-the shift reg rings are used to assign a pin to GND/Vdd1/2/3
+- GND DRV
-I/O is done direct from the FPGA I/O pin with a resistor/diode clamp
+=== Voltage Pin Driver Boards ===
-for internal stuff, it was an Atmel ARM of some kind, a discrete USB device controller, an Xeltek "ASIC" and a Spartan 2 (IIRC)
+The V1/V2/V3* and GND drive boards share a similar topology. A set of shift registers is used to configure a transistor high or low-side drive. The GND board has two additional relays on pins, possibly for support of some high current device. The V1, V2 and V3 boards use a 74HC4094 shift reg, a ULN2003 transistor array and a high-side transistor to switch the voltage. The V2 and V3 boards incorporate a diode to prevent reverse biasing of the transistor which suggests the V1 voltage is the highest voltage used.
-I'm pretty sure the Xeltek ASIC was actually an OTP FPGA
+=== IO Board ===
-(didn't do anything but basic LED control, bus multiplexing, and related stufs)
+The IO board is just a Spartan XC2S50E FPGA connected to each IO line through a 220 ohm resistor and a diode voltage clamp. Whether the I/O voltage tracks one of the supplies (V3?) is unknown.

Mcmaster: /* 5000E */

2018-05-18T05:48:43Z

5000E

← Older revision		Revision as of 05:48, 18 May 2018
Line 4:		Line 4:

	= 5000E =		= 5000E =

			IIRC there are 3 CPU-controlled boost supplies and a set of shift register rings split across multiple boards

	the shift reg rings are used to assign a pin to GND/Vdd1/2/3		the shift reg rings are used to assign a pin to GND/Vdd1/2/3

Mcmaster at 05:48, 18 May 2018

2018-05-18T05:48:22Z

← Older revision		Revision as of 05:48, 18 May 2018
Line 5:		Line 5:
	= 5000E =		= 5000E =

	~~```~~		the shift reg rings are used to assign a pin to GND/Vdd1/2/3
	~~raw~~
	~~```~~		I/O is done direct from the FPGA I/O pin with a resistor/diode clamp

			for internal stuff, it was an Atmel ARM of some kind, a discrete USB device controller, an Xeltek "ASIC" and a Spartan 2 (IIRC)

			I'm pretty sure the Xeltek ASIC was actually an OTP FPGA

			(didn't do anything but basic LED control, bus multiplexing, and related stufs)

Mcmaster at 05:47, 18 May 2018

2018-05-18T05:47:07Z

← Older revision		Revision as of 05:47, 18 May 2018
Line 2:		Line 2:

	Superpro and such		Superpro and such

			= 5000E =

			```
			raw
			```