Schottky Barrier Diodes from China manufacturer

We are a professional enterprise engaged in the manufacture and sale of Schottky Barrier Diodes.

You can find more information on our web, so please take a look.

Manufacture Process:

Advantages:

Faster recovery time. The small amount of charge stored within a Schottky diode makes it ideal for high speed switching applications.

Less noise. The Schottky diode will produce less unwanted noise than your typical p-n junction diode.

Better performance.

Ability to regulate and stabilize circuit voltage.

Greater control overflowing current.

Usable in smaller circuits.

Application:

Schottky diodes are used in electronics industry for many applications in diode rectifier because of its properties. They are used for voltage clamping applications, to prevent transistor saturation. It is used as Schottky TTL in digital devices as these devices require fast switching. as the performance of digital computers is determined by switching speed of diodes, Schottky diode is an important component for digital computers.

YINT Brand Introduction:

YINT Electronics, established in , a leading provider of circuit protector and solution service, integrates R&D, production, sales and service in one, it has its own intellectual property rights in all the products, the products are mainly sold to more than 20 domestic cities and more than 10 countries worldwide. Our headquarter is in Shanghai and our factory is located in Wuhu, now we have 200 employees and 50 employees among them are in charge of management, design and techniques.

Production Capacity and Equipment:

YINT has been accredited with ISO quality system certification in and now we have 19 Certificates of Utility Model Patent. Our company has imported high-tech production and testing equipment, all the products comply with RoHS requirements; many series of products are certified by international safety regulatory agencies, such as UL, VDE, CSA, etc.

Exhibition:

Korea Electronics Show (KES)

Electronica China

Electronica China

Questions you may be concerned about

1. Can you provide samples of schottky barrier diodes? is it free or extra?

Free samples for testing.

Professional electronic solutions according to customers' demands.

Customized schottky barrier diodes products.

2. Can you provide competitive prices for schottky barrier diodes?

1) The price is different according to customers' needs and quantity requirements.

2) The customized products will incur additional production costs.

3. What is your payment term?

100% TT in advance in first stage.

Hornby Electronic Product Page

4. Schottky Barrier Diodes Packing and Delivery Issues:

1) The schottky barrier diodes will be packed in reel or plastic case type, as photos.

2) Envelope for small quantity, carton for large quantity, extra wraping materials will be applied to long-distance transportation.

3) Lead time: usually within 10 working days after payement.

4) Port: Shanghai

5) Shipping Methods: DHL, Fedex, by sea, etc(Negotiable)

5. How is your quality control carried out?/ How do you ensure schottky barrier diodes quality?

1) We have a professional QC Department, every part must be passed by QC from our company before shippment.

2) If there are any quality problems after you receving the products, please make sure that all items are in their original conditions for refund or replacement.

3) Our technical engineer team provides professional solutions and other technical consulting services.

4) Our professional foreign trade team follows up all the delivery process of each order.

Knowledge

1. What is a Schottky Barrier Diode?

A Schottky barrier diode (SBD) is a device in which a semiconductor and a metal such as molybdenum are bonded instead of a pn junction. In general, semiconductors in which metals are bonded to n-type layers have been commercialized. It is suitable for high-speed switching applications, because of small forward voltage and short reverse recovery time.

2. How does a Schottky Barrier Diode work?

In a Schottky diode, a semiconductor&#;metal junction is formed between a semiconductor and a metal, thus creating a Schottky barrier. The N-type semiconductor acts as the cathode and the metal side acts as the anode of the diode. This Schottky barrier results in both a low forward voltage drop and very fast switching.

3. Where to use Schottky Barrier Diode?

Schottky diodes are used for the voltage clamping applications and prevention of transistor saturation due to the high current density in the Schottky diode. It&#;s also been a low forward voltage drop in Schottky diode, it is wasted in less heat, making them an efficient choice for applications that are sensitive and very efficient. Because of the Schottky diode used in stand-alone photovoltaic systems in order to prevent batteries from discharging purpose for the solar panels at night as well as in grid-connected systems, containing multiple strings are connected in parallel connection. Schottky diodes are also used as rectifiers in power supplies.

4. What are the advantage of Schottky Barrier Diode?

One of the primary advantages of using a Schottky diode over a regular diode is their low forward voltage drop. This allows a Schottky diode to consume less voltage than a standard diode, using only 0.3-0.4V across its junctions.

5. How to test a Schottky Diode?

Connect the red positive test lead to the anode of the Schottky diode and the black common test lead to the cathode of the diode. Listen for a &#;beep&#; or a &#;buzz&#; from the multimeter. If the Schottky diode responds as expected, the multimeter will sound a tone.

If you are interested in any of our schottky barrier diodes. or would like to discuss a custom order, please feel free to contact us. We are looking forward to forming successful business relationships with new clients around the world in the near future.

I'm looking at laser diodes for engraving wood/cutting vinyl sheets.
i'm aimed at 445/450 nm laser diodes because it is what i can source for relatively cheap, and

So the question now is how to chose such lasers, are there specific things that i should be looking for?
most of the ones i see comes with a TTL driver board (as an example

On one product page, i saw that TTL was to turn on and off, and PWM was to select the power. I thought that TTL was just a signal type, that could also be pulsed with PWM to select the duty cycle?

I also find products like this one :

Do you think that it would be better to source such a raw module, and search for a driver board separately? or perhaps go even more DiY, and buy a
(i think that in all cases, if i can find higher powered laser diodes for cheap i'll consider this route on top of buying a pre-made module, and perhaps design a better heatsink, using watercooling)

All in all, i tend to find 3 types of modules :

• raw diodes, or diodes with only heatsink;
• complete modules with a rectangular driver board that goes on the side of the laser module;
• complete modules with a smaller square driver board that goes on the top of the heatsink fan.

Since most of the times, chinese manufacturers mass produce a few of the same circuits, i suspect that most if not all of the modules in this price range are
those options, or a slight variant. Meaning that i could get some returns for people using those (or knwowing them) : so what do you think of those models, if you have something ressmebling?

And if you don't have any of those, but know the field, what would you recommend? what to look for? any insight at all?

My goal is not to have THE laser, but have something correct enough to get started, learn about it. I feel like that it will be the same as for my aquariums, 3D printers, or electronics stuff :
i'll start with one, and will want multiple ones later on to adapt to more use cases

PS : i hope the links are not considered spam, i link those to illustrate what i mean; also those are not necessarily the best ones i can find on chinese provides, but are representative of what i find.

Edited 3 time(s). Last edit at 01/30/ 10:15AM by sky99.

Hello everyone!I'm looking at laser diodes for engraving wood/cutting vinyl sheets.i'm aimed at 445/450 nm laser diodes because it is what i can source for relatively cheap, and we've determined in this thread that it's good enough for what i want to do So the question now is how to chose such lasers, are there specific things that i should be looking for?most of the ones i see comes with a TTL driver board (as an example this one is 2.5W with TTL only ), some comes with PWM (example 2 : this one is "true" 2.3W, with TTL AND PWM ) on top of that.On one product page, i saw that TTL was to turn on and off, and PWM was to select the power. I thought that TTL was just a signal type, that could also be pulsed with PWM to select the duty cycle?I also find products like this one : - mW laser diode in 405nm , which is dirt cheap, but doesn't seem to come with any control board. I supose that those diodes need a very specific tension and current to work. Am i wrong here?Do you think that it would be better to source such a raw module, and search for a driver board separately? or perhaps go even more DiY, and buy a raw laser diode module such as this one , find a suitable heatsink, add the driver board and go on?(i think that in all cases, if i can find higher powered laser diodes for cheap i'll consider this route on top of buying a pre-made module, and perhaps design a better heatsink, using watercooling)All in all, i tend to find 3 types of modules :Since most of the times, chinese manufacturers mass produce a few of the same circuits, i suspect that most if not all of the modules in this price range arethose options, or a slight variant. Meaning that i could get some returns for people using those (or knwowing them) : so, if you have something ressmebling?And if you don't have any of those, but know the field,My goal is not to have THE laser, but have something correct enough to get started, learn about it. I feel like that it will be the same as for my aquariums, 3D printers, or electronics stuff :i'll start with one, and will want multiple ones later on to adapt to more use cases

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