Suntan’s Radial Aluminum Electrolytic Capacitor – TS13D CD286

Suntan Technology Company Limited
--All Kinds of Capacitors

Suntan CD286 представляет собой серию алюминиевых электролитических конденсаторов радиального типа с рабочей температурой 105°C, высокой частотой и низким импедансом.

Функции:
Срок службы 2000 часов при 105’C;
Переключатель питания;

Ссылка на спецификации: https://www.suntan.com.hk/pdf/Aluminum-Electrolytic-Capacitors/TS13DI-CD286.pdf
Если у вас есть какие-либо интересы в этом, пожалуйста, не стесняйтесь обращаться в наш отдел продаж по адресу sales@suntan.com.hk.
С нетерпением ждем ваших запросов.

Su Suntan Ultra Capacitor Manufacturer

Suntan Technology Company Limited
--All kinds of Capacitors

Você conhece o poste, o dispositivo de automação automotiva e o equipamento de energia solar que precisam dos mesmos componentes eletrônicos para funcionar, que é um capacitor de alta capacidade com um valor de capacitância muito maior do que outros capacitores? É chamado Super Capacitor, Ultra Capacitor também.

Aqui Capacitor elétrico de dupla camada (EDLCs) com baixo vazamento, tamanho pequeno e grande capacidade, vantagem de carregamento rápido:

Capacitor elétrico de dupla camada TS12:
https://www.capacitors.hk/Gold-Capacitors/TS12.pdf
Capacitor elétrico de dupla camada TS12S-V - Estrutura serial:
https://www.capacitors.hk/Gold-Capacitors/TS12S-V.pdf

Su Suntan Ultra Capacitor Manufacturer

Su Suntan Lunches TSQ-5032SMD Metal Seam Seal Package Quartz Crystal

Suntan Technology Company Limited
---All kinds of Capacitors

Os cristais de quartzo TSQ-5032SMD da Suntan são fornecidos em um padrão de mercado, um pacote de cerâmica de 5,0 mm x 3,2 mm x 0,8 mm que usa construção robusta de cristal de corte AT para baixa temperatura, baixa potência e baixo consumo de energia. O TSQ-5032SMD opera de uma fonte de alimentação de 1,6 V até 5,5 V e oferece uma faixa de temperatura de -40 ° C a + 125 ° C.

Características:
Baixo custo, bom envelhecimento
Ampla faixa de freqüência
Tolerância Apertada e Estabilidade
Projetado para montagem automática e solda por refluxo
Fita e Carretel (1.000 unidades STD)
Conformidade com Pb e RoHS
Aplicações:
É ideal para unidades de disco, HDD, placas PCMCIA, notebook, GPS, Bluetooth, LAN sem fio, dongle USB, driver de caneta e produtos eletrônicos portáteis.
Se você tem requisitos especiais, também temos 5032SMD cristal de quartzo no pacote de vedação de vidro e muitos tamanhos para sua escolha.

Freqüência Comum XTAL Cristal De Quartzo 5032SMD:

8MHz

20MHz

10MHz

22.1184MHz

11.0592MHz

24MHz

12MHz

24.576MHz

12.288MHz

25MHz

12.8MHz

26MHz

13.56MHz

27MHz

14.31818MHz

27.12MHz

14.7456MHz

28.63636MHz

16MHz

30MHz

18.432MHz

32MHz

Su Suntan Will Have One Day Off on Ching Ming Festival

Дорогие друзья, Фестиваль Цин Мин является одним из традиционных китайских фестивалей, это период почитания и уважения умерших предков и членов семьи. Фестиваль будет проходить с 5 по&n

Дорогие друзья,
 
Фестиваль Цин Мин является одним из традиционных китайских фестивалей, это период почитания и уважения умерших предков и членов семьи.
 
Фестиваль будет проходить с 5 по 7 апреля, и мы уйдем на эти три дня. Если у вас есть какой-либо график заказов в это время, вы не против разместить заказ до праздника?
 
Мы сделаем все возможное, чтобы поддержать вас!

учить больше:http://www.capacitors.hk/

Suntan Tell You Another Take on Desalination: Use a Capacitor

Suntan Technology Company Limited
----All Kinds of Capacitors

Desalination could dramatically help the looming shortage with water. The problem is the membrane.

Right now, desalinting seawater largely revolves around pressurizing water and forcing it through a membrane to purify it. The process takes a lot of energy and hence a lot of cost. Desalinating seawater can cost as much as 50 cents a liter.

A collection of private companies and research institutes in Spain have begun to experiment with capacitive deionization for purifying seawater. In this, two electrodes would be placed in a tank. The ions (i.e., salt particles) would be drawn to one electrode. The ions would absorb the ions, which could then be released in a regeneration cycle. Capacitive purification was considered in the past, but the materials were too expensive. So who knows, it might work now.

Expect to see a number of desalination come to the fore in the next few years. Policy makers and the public love the idea and areas of Australia, Africa and China are already suffering through prolonged droughts.

Some of the more interesting ideas out there:

Porifera: A spin-out from Lawrence Livermore National Labs, the company wants to make a desalination membrane out of carbon nanotubes. The company claims it won’t take much energy to purify water in this way and the membrane can’t get fouled. Salt and other bad stuff can’t fit through the pore/openings in the nanotubes.

NanoH2O: Grew out of a research project at UCLA and so far has raised $20 million in two rounds. It has a membrane embedded with nanoparticles that repels salts and lets water pass. By exploiting chemical attraction, NanoH2O reduces the amount of mechanical-induced pressure required for reverse osmosis: The company claims it can process 70 percent more water with 20 percent less power than conventional reverse osmosis plants.

Quos: A highly secretive Chicago company founded by Chinbay Fan and funded by Khosla Ventures. One thing Quos can’t keep secret: patent applications for a system that desalinates and purifies with graphite porous electrodes.

“The apparatus is capable of removing ionized and non-ionized organic compounds, inorganic ions, particulates and bacteria from wastewater streams in a single unit to produce potable water. Porous carbon-based electrodes function as impurities filters to remove particulate matter, such as ash, sand and high molecular weight compounds, as electrodes to concentrate and remove ionic species, and as adsorbents to remove organic materials and bacteria from the wastewater stream,” says patent application 11/724534.

Stonybrook Purification: It has created a thin, fibrous scaffold for reverse osmosis membranes that increases water flow to the reverse osmosis membrane. The company, out of SUNY Stony Brook, also has its own reverse osmosis membrane.

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