Diodes Compilation - All Diodes Data In One Thread!

[nikokapo]

Diodes:


• 405nm - Bluray:


PHR-803t:

Manufacturer:
Package: ϕ 5,6mm
Mode: Single
Pinout:



Common designation: PHR

Manufacturer rated output power: 60mW
Manufacturer rated operating voltage:
Manufacturer rated operating current:

Safe operating current: 90mA
Enthusiast operating current: 110mA
Maximum operating current: 120mA
Average output power:
Recommended driver:

Current [mA] / Output Power [mW] graph:

<Insert Plotted Graph>

Datasheet: <Insert Link>
Sled and diode extraction tutorial: Click Me!


GGW-H20L:

Manufacturer: LG (6x Bluray Drive)
Package: ϕ 5,6mm
Mode: Single
Pinout:



Common designation: GGW ; 6x

Manufacturer rated output power:
Manufacturer rated operating voltage:
Manufacturer rated operating current:

Safe operating current:
Enthusiast operating current:
Maximum operating current:
Average output power:
Recommended driver:

Current [mA] / Output Power [mW] graph:

<Insert Plotted Graph>

Datasheet: <Insert Link>
Sled and diode extraction tutorial: <Insert Link>


SF-AW210:

Manufacturer: ?? (4x Bluray Drive)
Package: ϕ 5,6mm
Mode: Single
Pinout:



Common designation: SF-AW210

Manufacturer rated output power: 120mW
Manufacturer rated operating voltage: 4,8v
Manufacturer rated operating current: 115mA

Safe operating current: ~180mA
Enthusiast operating current: ~200mA
Maximum operating current: ~250mA
Average output power: ~130mW
Recommended driver: rkcstr MicroDrive ; DrLava FlexDrive

Current [mA] / Output Power [mW] graph:



Datasheet: Click Me!
Sled and diode extraction tutorial: Click Me!


BDR-S03:

Manufacturer: ?? (Fake 8x Bluray Drive)
Package: ϕ 5,6mm
Mode: Single
Pinout:



Common designation: BDR-S03 ; S03 ; F03

Manufacturer rated output power:
Manufacturer rated operating voltage:
Manufacturer rated operating current:

Safe operating current:
Enthusiast operating current:
Maximum operating current:
Average output power:
Recommended driver:

Current [mA] / Output Power [mW] graph:

<Insert Plotted Graph>

Datasheet: <Insert Link>
Sled and diode extraction tutorial: <Insert Link>


BDR-203:

Manufacturer: Pioneer (8x Bluray Drive)
Package: ϕ 5,6mm
Mode: Single
Pinout:



Common designation: 8x

Manufacturer rated output power:
Manufacturer rated operating voltage:
Manufacturer rated operating current:

Safe operating current:
Enthusiast operating current:
Maximum operating current:
Average output power:
Recommended driver:

Current [mA] / Output Power [mW] graph:

<Insert Plotted Graph>

Datasheet: <Insert Link>
Sled and diode extraction tutorial: <Insert Link>


• 635nm - Bright Red:


SLD63518262:

Manufacturer: Samsung
Package: ϕ 5,6mm
Mode: Single
Pinout: <Insert Image>
Common designation: None

Manufacturer rated output power: 5mW (7mW max.)
Manufacturer rated operating voltage: 2,2v
Manufacturer rated operating current: 40mA

Safe operating current: 40mA
Enthusiast operating current: 40mA
Maximum operating current: 50mA
Average output power: 5mW
Recommended driver:

Current [mA] / Output Power [mW] graph:

<Insert Plotted Graph>

Datasheet: <Insert Link>
Sled and diode extraction tutorial: <Insert Link>


• 660nm - Red:


BDR-203 & BDR-205 Red Diode:

Manufacturer: Pioneer
Package: ϕ 3,6mm / Small Open Can
Mode: Single
Pinout:



Common designation: SmOC (Small Open Can) ; Not to confuse with SOC (Short Open Can)

Manufacturer rated output power: ??
Manufacturer rated operating voltage: ??
Manufacturer rated operating current: ??

Safe operating current: ~350mA
Enthusiast operating current: ~420mA
Maximum operating current: ~500mA
Average output power: ~250mW
Recommended driver: rkcstr MicroDrive

Current [mA] / Output Power [mW] graph:



Datasheet:
Sled and diode extraction tutorial:


ML101J27:

Manufacturer: Mitsubishi
Package: ϕ 5,6mm / Long Closed Can
Mode: Single
Pinout:



Common designation: LCC (Long Closed Can)

Manufacturer rated output power: 130mW
Manufacturer rated operating voltage: 2,5v
Manufacturer rated operating current: 200mA

Safe operating current: ~350mA
Enthusiast operating current: ~420mA
Maximum operating current: ~500mA
Average output power: ~250mW
Recommended driver: rkcstr MicroDrive ; DrLava FlexDrive

Current [mA] / Output Power [mW] graph:

<Insert Plotted Graph>

Datasheet: Click Me!
Sled and diode extraction tutorial:


LPC-815:

Manufacturer: Mitsubishi
Package: ϕ 5,6mm / Long Open Can
Mode: Single
Pinout:



Common designation: LPC ; LOC (Long Open Can)

Manufacturer rated output power: 150mW
Manufacturer rated operating voltage: 2,35v
Manufacturer rated operating current: 205mA

Safe operating current: ~350mA
Enthusiast operating current: ~420mA
Maximum operating current: ~500mA
Average output power: ~250mW
Recommended driver: rkcstr MicroDrive ; DrLava FlexDrive

Current [mA] / Output Power [mW] graph:

<Insert Plotted Graph>

Datasheet: Click Me!
Sled and diode extraction tutorial: Click Me!


• 808nm - InfraRed:













We need more data for graphs, output powers, voltages, currents, everything! If you see something's wrong just let me know and I'll correct it, this is sensitive information and it should never mislead members.

[sk8er4514]

Originally Posted by nikokapo

SF-AW210:

Manufacturer: ?? (6x Bluray Drive) << I wouldn't call this 6x... maybe 4x
Package: ϕ 5,6mm
Mode: Single
Pinout:
Common designation: SF-AW210 Blu Ray

Manufacturer rated output power: 120mW
Manufacturer rated operating voltage: 4.8V
Manufacturer rated operating current: 115mA
^^ these are assuming that the datasheet linked below is correct. this is unknown though.

Safe operating current: ~180mA
Enthusiast operating current: ~200mA
Maximum operating current: ~250mA
Average output power: ~130mW
Recommended driver: Rkcstr Microdriver or DrLava Flexdrive
^^ my best guestimates

Current [mA] / Output Power [mW] graph:
SF-AW210 405nm Blu Ray Diode


Datasheet: Link from O-Like, not sure if this is for the SF-AW210 405nm diode but I think it is
Sled and diode extraction tutorial: <Insert Link>

-Kendall

[sk8er4514]

Originally Posted by nikokapo

[SIZE="7"]

• 650nm - Red:


LPC-815:

Manufacturer: ??
Package: ϕ 5,6mm / Long Open Can
Mode: Single
Pinout:
Common designation: LPC ; LOC (Long Open Can)

Manufacturer rated output power:
Manufacturer rated operating voltage:
Manufacturer rated operating current:

Safe operating current:~350mA
Enthusiast operating current:~420mA
Maximum operating current:500mA
Average output power: ~250mW
Recommended driver: Rkcstr Microdriver or DrLava Flexdrive

Current [mA] / Output Power [mW] graph:

<Insert Plotted Graph>

Datasheet: <Insert Link>
Sled and diode extraction tutorial: <Insert Link>

the only current vs. power graph I could find was DrLava's 660nm diode roundup one from forever ago. I made a current vs. power graph of the SF-AW210 650nm Red diode but its slightly different than a LPC815...
-Kendall

[Grix]

You and your compilation threads!

Just kidding, this is a huge contribution, nice idea!

Do you intent to collect as much data on every invidual diode out there or are you just interested in the "average" graph for each diode?

[nikokapo]

Originally Posted by Grix

You and your compilation threads!

Just kidding, this is a huge contribution, nice idea!

Do you intent to collect as much data on every invidual diode out there or are you just interested in the "average" graph for each diode?

I want as much data as possible. I'll have an average curve plotted, but if "Safe" and "Extreme" curves are needed I'll add them as well, but we should always go for general purposes.

This thread is mainly for noobs and builders who may have forgotten something about X diode (like operating voltage values) and so as to not go around looking for that info, this is the place where all those values can be.

[Mohrenberg]

something about the sf-aw210 plot seems strange to me, surely you get more then 120mW at 210mA

[nikokapo]

Originally Posted by Mohrenberg

something about the sf-aw210 plot seems strange to me, surely you get more then 120mW at 210mA

I'd really like to get the DATA from the graphs so I can make my own graphs. This way every picture looks the same way and size, easier on the eyes, easier to recognize.

[Meatball]

If anyone has multiple excel files concerning the same diode, I'll take them and combine them into one for this thread. PM me for email.

We ought to add the two different LG 8X diodes to the list.

We'll be obtaining lots of data on these real soon thanks to IgorT!

I believe the LPC-815 is 150mw CW, and 300mw Pulsed.. I think I read that from one of IgorTs posts one time...

[nikokapo]

Updated, added homogeneous images for diode pinouts + LPC info (thanks Kendall). Will do the same with graphs once we get the data needed.

[rocketparrotlet]

The "recommended" power of the PHR is 60mW. I'd put "safe" current at 120mA and "enthusiast" current at 150mA. Talk to Dave about "maximum" operating current.

Good idea, by the way!

-Mark

[nikokapo]

Originally Posted by rocketparrotlet

The "recommended" power of the PHR is 60mW. I'd put "safe" current at 120mA and "enthusiast" current at 150mA. Talk to Dave about "maximum" operating current.

Good idea, by the way!

-Mark

Thanks, updated!

We need more info, though

[sk8er4514]

Yeah I have tons of excel files. I'll link them.

Most of my data is measured power over time at a constant current though. I'll throw those up on here anyways.

By the way on all of my Excel data files I put a little "copyright HighTechDealZ", so any other sellers please do not use my data for your sales. I don't mind having the data here for informational purposes.

SFAW210-650nm
SFAW210-650nm-#2
SFAW210-405nm
PHR803T 100mA
PHR803T 120mA
PHR803T
LPC815 380mA
LPC815 430mA
LPC815
GGWH20L
GGWH20L #2
O-Like 200mW module

if that isn't enough data for you then you must be a statistics major.

-Kendall

[sk8er4514]

Originally Posted by Mohrenberg

something about the sf-aw210 plot seems strange to me, surely you get more then 120mW at 210mA

The data is the data.

-Kendall

[nikokapo]

Originally Posted by sk8er4514

Yeah I have tons of excel files. I'll link them.

Most of my data is measured power over time at a constant current though. I'll throw those up on here anyways.

By the way on all of my Excel data files I put a little "copyright HighTechDealZ", so any other sellers please do not use my data for your sales. I don't mind having the data here for informational purposes.

SFAW210-650nm
SFAW210-650nm-#2
SFAW210-405nm
PHR803T 100mA
PHR803T 120mA
PHR803T
LPC815 380mA
LPC815 430mA
LPC815
GGWH20L
GGWH20L #2
O-Like 200mW module

if that isn't enough data for you then you must be a statistics major.

-Kendall

Actually I am currently studying Probability & Statistics, I have that class today at 6:15PM

It's good data, man. Thanks a lot, I will send it to meatball so he can do some plotting

[ZRTMWA]

Can LPC's and LOC's really be driven up to 5000mA or is that supposed to be 500mA? I noticed Kendall included a link to a graph of a 532nm module. If you're planning on adding green modules the two I know of are O-like small and large modules and SXD modules.

[Meatball]

We can include O-Like module... if we can get more data.

Spread the word, we need lots more data!

[nikokapo]

Originally Posted by ZRTMWA

Can LPC's and LOC's really be driven up to 5000mA or is that supposed to be 500mA? I noticed Kendall included a link to a graph of a 532nm module. If you're planning on adding green modules the two I know of are O-like small and large modules and SXD modules.

No, they're not Error is now corrected, thanks for pointing it out.

I'm not planning to add green modules YET. I think we've first gotta sort out all of the other DIODES. Then when we finish everything else we can start with green modules.

[Mohrenberg]

Niko, here is a LOC harvesting tutorial.
Harvesting The LOC LPC-815 Diode

[ElektroFreak]

I just want to say that I thoroghly disagree with your PHR ratings here Niko..

I've had WAY to many complaints about PHRs dying unexpectedly even at 120mA, much less 150mA.. I recommend no more than 110mA for a decent life.. 90mA if you want to be absolutely sure the diode will last..

These figures are based on a fairly extensive lifetime test that I ran on several PHRs.


Also, here are the actual manufacturer datasheets for the LCC and LOC diodes:

LCC: www.me-sh.cn/products/pdf/ml1xx27.pdf

LOC: http://pagesperso-orange.fr/redlum.x...a/ML101U29.pdf

[sk8er4514]

Originally Posted by ElektroFreak

I just want to say that I thoroghly disagree with your PHR ratings here Niko..

I've had WAY to many complaints about PHRs dying unexpectedly even at 120mW, much less 150mA.. I recommend no more than 110mA for a decent life.. 90mA if you want to be absolutely sure the diode will last..

These figures are based on a fairly extensive lifetime test that I ran on several PHRs.

That was me that put those in. I'm guessing you meant 120mA. And yeah I could see if you don't have a heat sink on it the diode could die after a few hours of use at 120mA, depending on how long you run its duty cycle for.

go ahead and change the figures Niko to what EF said.

-Kendall

[Meatball]

Those won't even be the definate ratings we will be using since they all are so different. PHRs vary by a ton, so we will be coming up with a single linear function to define their behavior, the output of the function will be multiplied by a + and - X% to account for diode variablilty and error. It will take some time though. I'm currently doing this with the LG 8X diodes used in the murder experiments by IgorT. Thanks for the data Kendall?

Would you happen to have any Excel files that relate the diodes to current and power, as opposed to time and power? Thanks!

-Tyler

[ElektroFreak]

^I've been over that thread, but nothing compares to real-world experience... it is, after all, the real world. 90mA will pretty much reliably get you >4000 hours barring any unforeseen occurrences such as ESD or voltage spikes in the driver..

[ElektroFreak]

Originally Posted by sk8er4514

That was me that put those in. I'm guessing you meant 120mA. And yeah I could see if you don't have a heat sink on it the diode could die after a few hours of use at 120mA, depending on how long you run its duty cycle for.

go ahead and change the figures Niko to what EF said.

-Kendall

mA.. yes.. oops..



Also, the pinouts are all the same across all current enthusiast blu-ray diodes. The same applies to reds.

[nikokapo]

Ok, updated!

See that underlined text is the one that needs to be filled with info.

Could anybody tell me the LCC diode's name? I don't think it's recognized as the model number throughout the forum.

[ElektroFreak]

It's just the red diode from he GGW sled.. Since all the other diodes are named for the sled they were in, it adds a little confusion since the GGW has two good hobbyist diodes in it.. A would assume many 8X sleds have this diode or something very similar.