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Lead Free Solder (450g) Kester K100LD 38.00EUR

We alway's thought that "lead free" soldering and ugly looking soldering spots are twins ... until we had the chance to check out the new lead- and silver free alloy K100LD from Kester. From our point of view it is far the best alloy in the "lead free period" on the market We are proud to be the first dealer on the market to sell the alloy in right amounts for semiprofessional users.

K100LD is a patent-pending, low-cost alternative to traditional lead-free alloys. The bar solder offers the lowest copper dissolution of any lead-free bar on the market, even amongst all common alloys, including Sn63, SAC305 and other lead-free options.

K100LD represents an improvement over competitive alloys, including other variations of Tin-Copper-Nickel (SnCuNi). K100LD is a low-cost (silver-free) lead-free alloy primarily containing tin and copper with the inclusion of metallic dopants to control the grain structure and the Copper dissolution rate. K100LD has a slower rate of Copper dissolution than competitive SnCuNi alloys, which minimizes pot maintenance, maintains consistent soldering performance and improves reliability. K100LD has a copper dissolution rate 20 percent slower than the competitive SnCuNi alloy and even Sn63Pb37. K100LD compares favorably to other low-cost, lead-free alloys of tin and copper in terms of wetting and flow characteristics, providing users with optimal soldering performance and minimal defects.

Besides offering the lowest dissolution of copper from boards and components of any lead-free alloy, K100LD offers numerous benefits, including bright, smooth solder joints with no visible shrinkage effects, excellent through-hole penetration and topside fillet with virtually no bridging, and reduced leaching of solder pot materials. Additionally, K100LD is compatible with all types of board and component metallizations, is compatible with other SnCuNi alloys, and its lead level is specified at less than 0.05 percent, ensuring RoHS compliance.

The gauge size is only 0.8mm.

Please always refer to the safety Data Sheet. You may download the Datasheet and the safety data sheet HERE

Items in stock : 10
This product was added to our catalog on Monday 24 November, 2008.
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Arduino Uno and NMEA-SeaTalk Bridge

it turned out to be relatively easy to build a repeater to repeat output to an Arduino Uno based LCD/Button display over my berth. I can see Headng, Windspeed, Windirection, Depth, and lat/lon by pressing buttons. I get heading, windspeed and direction on one 16X2 LCD and can get the other things by pushing buttons. I modified TinierGPS library for Arduino by adding the code for IIDBT and IIMVW and removing some stuff Gene Knight (original author) had in it that I didn't need. The Arduino code also accumulates highest windspeed since last reset button push and I can get that on another display. heading is from an LSM303 module and I also have a second GPS module in addition to the primary Garmin source. It took me about 3 weeks of fussing with this to make it work reliably. Now that I know it does, I'm going to build my own bridge so as not to hazard the one I bought from Frank and include everything on one unit with the bigger processor. best regards, John

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Hi, the question is - how could you possibly connect two devices to the Bridge ? You can not connect them just parallel. NMEA does not allow to connect two transmitters togehter. I would not connect two GPS parallel, even if one is switched off. [img:d4226daf30]http://www.gadgetpool.de/nuke/images/articles/multiplexer/Nicht2Sender.jpg[/img:d4226daf30] If you want to have two senders connected to one receiver, you need a multiplexer. [url=http://www.gadgetpool.de/bestellen/catalog/product_info.php/products_id/93/language/en]For more info on multiplexer - Click here[/url] [img:d4226daf30]http://www.gadgetpool.de/nuke/images/articles/multiplexer/InfoMuxer.png[/img:d4226daf30]

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2 GPS units on the same NMEA network

Hi, I use a Seatalk NMEA Bridge mainly to trasmit chartplotter info (SOG, COG,..) to Seatalk network of Raymarine instruments and autopilot. Since I have got also a old handheld GPS unit (used until now only as spare) I would like to put it in NMEA network as alternative to current energy hungry chatplotter . My question is: what happens on NMEA and SeaTalk networks if by mistake I switch ON both GPS when both are on NMEA net? I'm afraid that I can create a dangerous mismatching on NMEA and then on Seatalk. Could you foresee this case? Thanks a lot in advance and Happy new years Trespolo

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Don't know if you have allready seen it - we also have a new NMEA Multiplexer with SeaTalk input. [url=http://www.gadgetpool.de/bestellen/catalog/product_info.php/products_id/93/language/en]See details in our Shop[/url] I'll also add a new section for this multiplexer in this forum. Frank [img:34283bd974]http://www.gadgetpool.de/nuke/images/articles/multiplexer/GehAnsicht1.jpg[/img:34283bd974]

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Hi Jason, YES - I'm am very interested !!! There is this discount supermarket here in Germany ( Aldi ). They will sell a Android tablet computer tomorrow - And I'll buy one :-) So - I'm extremly interested in your Android app. Is your App open source ? Regarding bluetooth - we found a new housing for the bridge and we're currently working on a new PCB layout for this new housing. In this new PCB we'll try to add a Bluetooth module.

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Sea talk to Android

Hi All, Well its been a while and my seatalk bridge is going strong. In the tradition of boating electronics strong is not enough. I have add a Bluetooth module to a nema Port and have now writen an Android app the display the data on my phone and Galaxy Tab. This is just a query to see if anyone else is interested? It has created a real buzz about the yacht club. Frank have you look at putting a BT module on your new product? Several yachties I know have ST40 series instrument and need a bridge. Jason

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Hallo, es handelt sich um das Pollin Atmel Evaluationsboard. [url]http://www.pollin.de/shop/dt/NTI5OTgxOTk-/Bausaetze_Module/Bausaetze/ATMEL_Evaluations_Board_V2_0_1_Fertigmodul.html[/url] Ich habe es auf 2 Boards getestet, die Fehlermeldung ist gleich. Der Adapter soll aber schon funktioniert haben. Es scheint an der Kombination mit dem Pollin Board zu liegen. Ich nutze Windows 7, AVR Studio 4. Mit Windows XP wurde es auch schon getestet. Hardware: Lenovo R61 und ein selbst zusammengestellter PC, halbes Jahr alt. Grüße

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Hi ReneDD, ist es das Pollin Net-IO Board ? Das habe ich hier, damit könnte ich es ausprobieren. Gruss Frank

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Hi palve, all you need is : RxD, TxD and GND. Set jumper to RS232 Connect SUD-D Pin 2 ( Rxd ) to Bridge Txd Connect SUD-D Pin 3 ( Txd ) to Bridge Rxd Connect SUD-D Pin 5 ( GND ) to Bridge GND Set Hyperterminal to 4800 Baud, 8 Bit, no parity, no handshake. That's all you need.

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JTAG USB

Hallo, ich nutze ein JTAG ICE USB von euch und wollte dies mit dem Pollin-Board nutzen. Die Fuses für JTAG sind gesetzt. Sobald ich den JTAG ICE connecte leuchtet die gelbe LED. Sobald ich allerdings per AVR Studio 4.0 auf den Adapter zugreife, geht die LED aus und es erscheint die Meldung: [code:1:48ae43f3b6] The OCD JTAG adapter was detected, but there is no target power. Apply power to the target application or target device and click Retry. Click Cancel to try to connect to another port.[/code:1:48ae43f3b6] Hardware defekt? Grüße

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