DistRap wiki - User contributions [en]

DISTRAP Connector Specification

2017-10-19T04:09:00Z

Jammi: Shrinked images

== This is a draft, DO NOT BASE ANY DESIGNS ON ANYTHING YOU SEE HERE YET! ==

== DISTRAP Connector Specification v0.7.1 ==

The connectors used are standard MOLEX Micro-Fit Jr connectors. These are a smaller version (3.0mm pitch) of the Mini-Fit connectors used on ATX power supplies (4.2mm pitch).

The aim of this specification is to use common connectors in an agreed pinout to make physical compatibility between devices as straight-forward as possible while keeping costs down. All the connectors are physically the same type to keep part diversity down and allowing cost savings by ordering larger lots of the same component type. It’s encouraged to share a common GND between the power rails, in the same style as on ATX.

=== DISTRAP Bus Connectors ===

The Bus Connector is the standard connector all DISTRAP devices should include.

* Logic devices requiring more power than 5V, 250mA (1.25W) or different voltages should include onboard regulation from 12V or 24V of a Power and Logic connector.

* The 5V pin provides power as long as the device is operational, even in standby. It’s intended for powering the controllers and attached low-current sensors and status LEDs; not motors, heaters and such. The 5VDC rail could an ATX PSU's standby 5V rail (+5VSB), which doesn't provide much power considering all devices would be loaded from the same rail (usually 2.5A or 3A combined on ATX PSU's).

* The 12V and 24V pins may be powered down while the device isn’t active, but otherwise operational; not necessarily in standby.

* For high-powered devices, like heaters, high power spindle motors and such, use one or more of the High Power connectors to deliver the required current and voltage. Only one of the connectors must connect the Logic pins, when more than one connector per device is used. **Never draw more than 5A per power pin, because the connectors aren't rated for more than that!**

* The system level power limits are the practical limits of the power supply and cabling of your device.

==== DISTRAP Logic bus connector ====

[[File:2x2.svg|500px]]

==== DISTRAP 24V Power and Logic bus connector (up to 120W) ====

[[File:2x3.svg|500px]]

==== DISTRAP 12V Power and Logic bus connector (up to 120W) ====

[[File:2x4.svg|500px]]

==== DISTRAP 24V High Power and Logic bus connector (up to 360W) ====

[[File:2x5.svg|500px]]

==== DISTRAP 12V High Power and Logic bus connector (up to 360W) ====

[[File:2x8.svg|500px]]

DISTRAP Connector Specification

2017-10-19T04:02:35Z

Jammi: Fixed pinout diagram issue by uploading new images

== This is a draft, DO NOT BASE ANY DESIGNS ON ANYTHING YOU SEE HERE YET! ==

== DISTRAP Connector Specification v0.7.1 ==

The connectors used are standard MOLEX Micro-Fit Jr connectors. These are a smaller version (3.0mm pitch) of the Mini-Fit connectors used on ATX power supplies (4.2mm pitch).

The aim of this specification is to use common connectors in an agreed pinout to make physical compatibility between devices as straight-forward as possible while keeping costs down. All the connectors are physically the same type to keep part diversity down and allowing cost savings by ordering larger lots of the same component type. It’s encouraged to share a common GND between the power rails, in the same style as on ATX.

=== DISTRAP Bus Connectors ===

The Bus Connector is the standard connector all DISTRAP devices should include.

* Logic devices requiring more power than 5V, 250mA (1.25W) or different voltages should include onboard regulation from 12V or 24V of a Power and Logic connector.

* The 5V pin provides power as long as the device is operational, even in standby. It’s intended for powering the controllers and attached low-current sensors and status LEDs; not motors, heaters and such. The 5VDC rail could an ATX PSU's standby 5V rail (+5VSB), which doesn't provide much power considering all devices would be loaded from the same rail (usually 2.5A or 3A combined on ATX PSU's).

* The 12V and 24V pins may be powered down while the device isn’t active, but otherwise operational; not necessarily in standby.

* For high-powered devices, like heaters, high power spindle motors and such, use one or more of the High Power connectors to deliver the required current and voltage. Only one of the connectors must connect the Logic pins, when more than one connector per device is used. **Never draw more than 5A per power pin, because the connectors aren't rated for more than that!**

* The system level power limits are the practical limits of the power supply and cabling of your device.

==== DISTRAP Logic bus connector ====

[[File:2x2.svg]]

==== DISTRAP 24V Power and Logic bus connector (up to 120W) ====

[[File:2x3.svg]]

==== DISTRAP 12V Power and Logic bus connector (up to 120W) ====

[[File:2x4.svg]]

==== DISTRAP 24V High Power and Logic bus connector (up to 360W) ====

[[File:2x5.svg]]

==== DISTRAP 12V High Power and Logic bus connector (up to 360W) ====

[[File:2x8.svg]]

File:2x2.svg

2017-10-19T04:01:35Z

Jammi: Jammi uploaded a new version of File:2x2.svg

2x2 connector pinout, version 0.6

File:2x3.svg

2017-10-19T04:00:47Z

Jammi: Jammi uploaded a new version of File:2x3.svg

2x3 connector pinout, version 0.6

File:2x4.svg

2017-10-19T04:00:23Z

Jammi: Jammi uploaded a new version of File:2x4.svg

2x4 connector pinout, version 0.6

File:2x5.svg

2017-10-19T03:59:58Z

Jammi: Jammi uploaded a new version of File:2x5.svg

2x5 connector pinout, version 0.6

File:2x8.svg

2017-10-19T03:59:21Z

Jammi: Jammi uploaded a new version of File:2x8.svg

2x8 connector pinout, version 0.6

File:2x8.svg

2017-10-19T03:35:09Z

Jammi: Jammi uploaded a new version of File:2x8.svg

2x8 connector pinout, version 0.6

File:2x5.svg

2017-10-19T03:34:39Z

Jammi: Jammi uploaded a new version of File:2x5.svg

2x5 connector pinout, version 0.6

File:2x4.svg

2017-10-19T03:34:14Z

Jammi: Jammi uploaded a new version of File:2x4.svg

2x4 connector pinout, version 0.6

File:2x3.svg

2017-10-19T03:33:49Z

Jammi: Jammi uploaded a new version of File:2x3.svg

2x3 connector pinout, version 0.6

File:2x2.svg

2017-10-19T03:33:13Z

Jammi: Jammi uploaded a new version of File:2x2.svg

2x2 connector pinout, version 0.6

DISTRAP Connector Specification

2017-10-19T03:32:11Z

Jammi: Version 0.7; Mini-Fit -> Micro-Fit; new pinouts

== This is a draft, DO NOT BASE ANY DESIGNS ON ANYTHING YOU SEE HERE YET! ==

== DISTRAP Connector Specification v0.7 ==

The connectors used are standard MOLEX Micro-Fit Jr connectors. These are a smaller version (3.0mm pitch) of the Mini-Fit connectors used on ATX power supplies (4.2mm pitch).

The aim of this specification is to use common connectors in an agreed pinout to make physical compatibility between devices as straight-forward as possible while keeping costs down. All the connectors are physically the same type to keep part diversity down and allowing cost savings by ordering larger lots of the same component type. It’s encouraged to share a common GND between the power rails, in the same style as on ATX.

=== DISTRAP Bus Connectors ===

The Bus Connector is the standard connector all DISTRAP devices should include.

* Logic devices requiring more power than 5V, 250mA (1.25W) or different voltages should include onboard regulation from 12V or 24V of a Power and Logic connector.

* The 5V pin provides power as long as the device is operational, even in standby. It’s intended for powering the controllers and attached low-current sensors and status LEDs; not motors, heaters and such. The 5VDC rail could an ATX PSU's standby 5V rail (+5VSB), which doesn't provide much power considering all devices would be loaded from the same rail (usually 2.5A or 3A combined on ATX PSU's).

* The 12V and 24V pins may be powered down while the device isn’t active, but otherwise operational; not necessarily in standby.

* For high-powered devices, like heaters, high power spindle motors and such, use one or more of the High Power connectors to deliver the required current and voltage. Only one of the connectors must connect the Logic pins, when more than one connector per device is used. **Never draw more than 5A per power pin, because the connectors aren't rated for more than that!**

* The system level power limits are the practical limits of the power supply and cabling of your device.

==== DISTRAP Logic bus connector ====

[[File:2x2.svg]]

==== DISTRAP 24V Power and Logic bus connector (up to 120W) ====

[[File:2x3.svg]]

==== DISTRAP 12V Power and Logic bus connector (up to 120W) ====

[[File:2x4.svg]]

==== DISTRAP 24V High Power and Logic bus connector (up to 360W) ====

[[File:2x5.svg]]

==== DISTRAP 12V High Power and Logic bus connector (up to 360W) ====

[[File:2x8.svg]]

DISTRAP Connector Specification

2017-09-30T01:46:06Z

Jammi: /* DISTRAP Bus Connectors */

== This is a draft, DO NOT BASE ANY DESIGNS ON ANYTHING YOU SEE HERE YET! ==

== DISTRAP Connector Specification v0.6 ==

The connectors used are standard MOLEX Mini-Fit Jr connectors, just like on ATX stuff, but unlike the proprietary ones on the PCIe so-called 6-pin and 8-pin GPU Power Connectors.

The aim of this specification is to use common connectors in an agreed pinout to make physical compatibility between devices as straight-forward as possible while keeping costs down. All the connectors are physically the same type to keep part diversity down and allowing cost savings by ordering larger lots of the same component type. It’s encouraged to share a common GND between the power rails, in the same style as on ATX.

=== DISTRAP Bus Connectors ===

The Bus Connector is the standard connector all DISTRAP devices should include.

* Devices requiring more power than 5VDC, 250mA or different voltages should include onboard regulation from 12VDC.

* The 5VDC pin provides power as long as the device is operational, even in standby. It’s intended for powering the controllers and attached low-current sensors and status LEDs; not motors, heaters and such. The 5VDC rail be the ATX PSU's standby 5V rail, which doesn't provide much power considering all devices would be loaded from the same rail.

* The 12VDC pins may be powered down while the device isn’t active, but otherwise operational; not necessarily in standby.

* For high-powered devices, like heaters and high-power motors, use one or more of the type B connectors to deliver the required current and voltage.

* Do not draw more than 5A per 12VDC pin. Each device should select the minimum appropriate connector size (6 to 24 pins). The 4-pin connector should be used only on self-powered devices.

* The system level power limits are the practical limits of the power supply and cabling of your device.

==== Bus Connector 2x2 ====

[[File:2x2.svg]]

==== Bus Connector 2x3 ====

[[File:2x3.svg]]

==== Bus Connector 2x4 ====

[[File:2x4.svg]]

==== Bus Connector 2x5 ====

[[File:2x5.svg]]

==== Bus Connector 2x6 ====

[[File:2x6.svg]]

==== Bus Connector 2x7 ====

[[File:2x7.svg]]

==== Bus Connector 2x8 ====

[[File:2x8.svg]]

==== Bus Connector 2x9 ====

[[File:2x9.svg]]

==== Bus Connector 2x10 ====

[[File:2x10.svg]]

==== Bus Connector 2x11 ====

[[File:2x11.svg]]

==== Bus Connector 2x12 ====

[[File:2x12.svg]]

DISTRAP Connector Specification

2017-09-30T00:56:47Z

Jammi: /* DISTRAP Bus Connector (type A) */

== This is a draft, DO NOT BASE ANY DESIGNS ON ANYTHING YOU SEE HERE YET! ==

== DISTRAP Connector Specification v0.6 ==

The connectors used are standard MOLEX Mini-Fit Jr connectors, just like on ATX stuff, but unlike the proprietary ones on the PCIe so-called 6-pin and 8-pin GPU Power Connectors.

The aim of this specification is to use common connectors in an agreed pinout to make physical compatibility between devices as straight-forward as possible while keeping costs down. All the connectors are physically the same type to keep part diversity down and allowing cost savings by ordering larger lots of the same component type. It’s encouraged to share a common GND between the power rails, in the same style as on ATX.

=== DISTRAP Bus Connectors ===

The Bus Connector is the standard connector all DISTRAP devices should include.

* Devices requiring more power than 5VDC, 250mA or different voltages should include onboard regulation from 12VDC.

* The 5VDC pin provides power as long as the device is operational, even in standby. It’s intended for powering the controllers and attached low-current sensors and status LEDs; not motors, heaters and such. The 5VDC rail be the ATX PSU's standby 5V rail, which doesn't provide much power considering all devices would be loaded from the same rail.

* The 12VDC pins may be powered down while the device isn’t active, but otherwise operational; not necessarily in standby.

* For high-powered devices, like heaters and high-power motors, use one or more of the type B connectors to deliver the required current and voltage.

* Do not draw more than 5A per 12VDC pin. Each device should select the minimum appropriate connector size (6 to 24 pins). The 4-pin connector should be used only on self-powered devices.

* The system level power limits are the practical limits of the power supply and cabling of your device.

==== Bus Connector 2x2 ====

[[File:2x2.svg]]

==== Bus Connector 2x4 ====

[[File:2x4.svg]]

==== Bus Connector 2x5 ====

[[File:2x5.svg]]

==== Bus Connector 2x6 ====

[[File:2x6.svg]]

==== Bus Connector 2x7 ====

[[File:2x7.svg]]

==== Bus Connector 2x8 ====

[[File:2x8.svg]]

==== Bus Connector 2x9 ====

[[File:2x9.svg]]

==== Bus Connector 2x10 ====

[[File:2x10.svg]]

==== Bus Connector 2x11 ====

[[File:2x11.svg]]

==== Bus Connector 2x12 ====

[[File:2x12.svg]]

File:2x12.svg

2017-09-30T00:53:43Z

Jammi: 2x12 connector pinout, version 0.6

2x12 connector pinout, version 0.6

File:2x11.svg

2017-09-30T00:53:27Z

Jammi: 2x11 connector pinout, version 0.6

2x11 connector pinout, version 0.6

File:2x10.svg

2017-09-30T00:53:11Z

Jammi: 2x10 connector pinout, version 0.6

2x10 connector pinout, version 0.6

File:2x9.svg

2017-09-30T00:52:57Z

Jammi: 2x9 connector pinout, version 0.6

2x9 connector pinout, version 0.6

File:2x8.svg

2017-09-30T00:52:41Z

Jammi: 2x8 connector pinout, version 0.6

2x8 connector pinout, version 0.6

File:2x7.svg

2017-09-30T00:52:25Z

Jammi: 2x7 connector pinout, version 0.6

2x7 connector pinout, version 0.6

File:2x6.svg

2017-09-30T00:52:06Z

Jammi: 2x6 connector pinout, version 0.6

2x6 connector pinout, version 0.6

File:2x5.svg

2017-09-30T00:51:48Z

Jammi: 2x5 connector pinout, version 0.6

2x5 connector pinout, version 0.6

File:2x4.svg

2017-09-30T00:51:02Z

Jammi: 2x4 connector pinout, version 0.6

2x4 connector pinout, version 0.6

File:2x3.svg

2017-09-30T00:50:29Z

Jammi: 2x3 connector pinout, version 0.6

2x3 connector pinout, version 0.6

File:2x2.svg

2017-09-30T00:50:02Z

Jammi: 2x2 connector pinout, version 0.6

2x2 connector pinout, version 0.6

DISTRAP Connector Specification

2017-09-30T00:48:54Z

Jammi: /* DISTRAP Connector Specification v0.5 */

== This is a draft, DO NOT BASE ANY DESIGNS ON ANYTHING YOU SEE HERE YET! ==

== DISTRAP Connector Specification v0.6 ==

The connectors used are standard MOLEX Mini-Fit Jr connectors, just like on ATX stuff, but unlike the proprietary ones on the PCIe so-called 6-pin and 8-pin GPU Power Connectors.

The aim of this specification is to use common connectors in an agreed pinout to make physical compatibility between devices as straight-forward as possible while keeping costs down. All the connectors are physically the same type to keep part diversity down and allowing cost savings by ordering larger lots of the same component type. It’s encouraged to share a common GND between the power rails, in the same style as on ATX.

=== DISTRAP Bus Connector (type A) ===

The Bus Connector is the standard connector all DISTRAP devices should include.

* Devices requiring more power than 5VDC, 250mA or different voltages should include onboard regulation from 12VDC.

* The 5VDC pin provides power as long as the device is operational, even in standby. It’s intended for powering the controllers and attached low-current sensors and status LEDs; not motors, heaters and such. The 5VDC rail be the ATX PSU's standby 5V rail, which doesn't provide much power considering all devices would be loaded from the same rail.

* The 12VDC pins may be powered down while the device isn’t active, but otherwise operational; not necessarily in standby.

* For high-powered devices, like heaters and high-power motors, use one or more of the type B connectors to deliver the required current and voltage.

* Do not draw more than 5A per 12VDC pin. Each device should select the minimum appropriate connector size (6 to 24 pins). The 4-pin connector should be used only on self-powered devices.

* The system level power limits are the practical limits of the power supply and cabling of your device.

DISTRAP Connector Specification

2017-09-29T17:34:47Z

Jammi: Created page with " == This is a draft, DO NOT BASE ANY DESIGNS ON ANYTHING YOU SEE HERE YET! == == DISTRAP Connector Specification v0.5 == The connectors used are standard MOLEX Mini-Fit Jr c..."

== This is a draft, DO NOT BASE ANY DESIGNS ON ANYTHING YOU SEE HERE YET! ==

== DISTRAP Connector Specification v0.5 ==

The connectors used are standard MOLEX Mini-Fit Jr connectors, just like on ATX stuff, but unlike the proprietary ones on the PCIe so-called 6-pin and 8-pin GPU Power Connectors.

The aim of this specification is to use common connectors in an agreed pinout to make physical compatibility between devices as straight-forward as possible while keeping costs down. All the connectors are physically the same type to keep part diversity down and allowing cost savings by ordering larger lots of the same component type. It’s encouraged to share a common GND between the power rails, in the same style as on ATX. A device may implement either, both or neither 12V and 24V.

=== DISTRAP Bus Connector (type A) ===

The Bus Connector is the standard connector all DISTRAP devices should include. The use of the leftmost three columns is considered to be required on all devices, except ”dumb” fans, lights and such.

* Devices requiring more power than 5VDC, 250mA should include onboard regulation from 12VDC. The 5VDC pin provides power as long as the device is operational, even in standby. It’s intended for powering the controllers and attached low-current sensors and status LEDs; not motors, heaters and such. The 5VDC rail could come from an ATX PSU's standby 5V rail, which doesn't provide much power considering all devices would be loaded from the same rail.

* The 12VDC pins may be powered down while the device isn’t active, but otherwise operational; not necessarily in standby.

* For high-powered devices, like heaters and high-power motors, use one or more of the type B connectors to deliver the required current and voltage.

=== DISTRAP Power Connector (type B) ===

The separate power connectors are to be used in devices that require more power than the bus connector can provide. Each pin is rated up to 13A. Each device can use several connectors, and there's no "bus-level" requirement, since this power rail is limited by the PSU and cabling. The power pins should not form continuity with the Bus Connector pins within the same device. When in doubt, leave the power pins on the Bus Connector disconnected on devices using both type A and B connectors.

* The 12VDC Power Connector is identical to the ATX CPU Power Connector pinout; with matching colors.

Hardware

2017-09-29T17:21:39Z

Jammi: Created page with " == Index == * DISTRAP Connector Specification"

== Index ==

* [[DISTRAP Connector Specification]]