This page contains a List of radio components and products with a photo catalog that we buy on an ongoing basis and in any condition, new and used. On our site, all photos of radio components are copyrighted (a lot of time was spent creating them, while our competitors were just making money) and are not copied from free sources on the Internet, like some bureau sites for buying radio scrap at a reduced price, widely advertising themselves as "large and respectable", but not wanting to take "some kind of photo of radio elements" and exposing super-mega unrealistic prices higher than the London Stock Exchange by 30-100% for stolen photo parts.

Below the photo catalog is "", where information is given for each series of radio components, that is, what value these radio components represent.

Explanation to the List of radio components containing precious metals

It should be noted that this list is far from exhaustive. We are trying to add new purchased items to the list, which is reflected in our catalog with photos and prices for expensive Soviet and imported radio components in the relevant sections of the site.

Sell ​​valuable USSR radio components for radio, new and used, containing precious metals for favorable prices For today, you can contact . For more than 6 years we have been cooperating with private individuals, reliably. The exact cost of Soviet radio components depends on the quantitative content of precious metals in them, the year of manufacture, acceptance conditions (military or civilian acceptance) and the manufacturer.

It also buys modern radio components of imported and domestic production: capacitors, microcircuits, transistors, connectors, relays and other electronic components.

Capacitors

• Monolithic ceramic capacitors of the following series: KM3, KM4, KM5, + KM6, K10-17, K10-26, K10-48.
• Capacitors in a plastic case: K10-17, K10-23, K10-28, K10-43, K10-46, K10-47.
• Capacitors KM5 of the H30 group of green color are capacitors on which "H30" is clearly written.
• We buy Soviet packageless capacitors of all sizes, do not mix imports, you can immediately see.
• Imported packaged capacitors are currently not accepted.
• Capacitors are imported, of certain brands (see the photo catalog).
• Tantalum capacitors of the following series: K52-9, ET, ETN, K53-1, K53-7, K53-16, K53-18, K53-28.
• Capacitors K50-6, K50-12, K53-4, K53-14, K53-21, K71-7, K73p-2, K73-3, K73-9, K78-2 and the like are not suitable, we do not buy these.
• Silver-tantalum capacitors: K52-1, K52-2, K52-5, K52-7, IT-1, IT-2.
• Capacitive assemblies B-18, B-20, in-line filters B-23, MLZ delay lines, micromodules, GIS.

Generator lamps of the GI, GMI, GS, GU series

• GS-23B, GS-36B, GI-19B, GMI-2B, GMI-4B, GMI-5, GMI-6, GMI-6-1, GMI-7, GMI-7-1, GMI-10, GMI- 11, GMI-14B, GMI-19B, GMI-21-1, GMI-24B, GMI-26B, GMI-27A, GMI-27B, GMI-32B, GMI-32B1, GMI-38, GMI-42B, GMI- 83V, GMI-89, GMI-90
• GU-19-1, GU-29, GU-34B, GU-34B1, GU-43A, GU-43B, GU-50, GU-70B, GU-71, GU-72, GU-73B, GU-73P, GU-74B, GU-78B, GU-84B
• GKD1-600/5, TGI1-2500/50, TGI1-2000/35, LI-604 K-1, LI-705, LI-702-1, LI-703, 5 MHz resonator, K3 quartz, RR-7 arrester, Klystron K-12, Klystron K-351, Klystron K-352
• We buy generator lamps until 01.1991 of release. The price of lamps is affected by the presence of the "rhombus" sign and a number of other factors.
• We do not buy radio tubes from USSR TVs without packaging and used radio tubes. More details on the page "".

Microcircuits

• Microcircuits of Soviet and foreign production in round, ceramic, planar, DIP, cases of certain series.
• Microcircuits in a plastic housing of domestic production 155 series and the like.
• We are currently buying Soviet microcircuits of the 580 series in a black "large" plastic case, with white leads. Price up to 500 rubles/kg
• We do not buy microcircuits in a ceramic case with nickel-plated terminals (legs), later we will buy them as nickel scrap.

transistors

• Transistors in round, flat, metal, plastic cases, power transistors.
• Imported transistors with a yellow bottom and leads, with a white bottom and internal gold plating.
• Transistors of the MP12, MP40, KT805, KT903, P416 series and the like are not suitable.

Indicators, LEDs, diodes containing precious metals.

• ALS(3LS)321, ALS324, ALS333, ALS0338, 2D908 and the like, as well as LEDs with yellow leads, light filters.

Connectors

• Connectors of domestic production of all series only with yellow contacts!
• Domestic-made connectors in plastic cases do not need to be disassembled, since the connector case is marked and the year of manufacture. This directly affects the price of connectors.
• Contacts (ligature) from domestic connectors with a yellow coating of the contact parts, including from connectors of round section 2RM, ShR, SNC, ONC and similar in aluminum cases.
• All connectors with silver-plated (white) contacts must be disassembled into a ligature; in general, we do not buy these connectors. The ligature is the contacts removed from the connector housing.
• Imported connectors of certain brands with all-yellow contacts.
• We do not buy connectors from motherboards and similar connectors as a whole, we do not buy them, it is necessary to disassemble them into contacts (ligature).
• Lamellas of yellow and gray (steel) color from boards of domestic and foreign production.
• Silver-plated slats are not suitable for sale. Silver-plated lamellas, as a rule, are also partially covered with a black coating (oxide).
• For additional information on these radio components, see the page "".

Switches, toggle switches, buttons

• PG2, PG5, PG7, PR1, PR2, PM2-1, PkP2-1, PKN4-1, P2KnTA, PK1S, PK1E, PK2S, P1T3-1V, P1T4-1V, P1M9-1V, P1M11-1, P1M12-1, PT 2-40, PT 3-40V, PT 33; 55, PKn-2.4-1V, PM2-1V, PKn-4-1V, PT 8-1V, 3V, PT 8-1V, 3V, PT 8-1V, 3V, PT 8-1V, 3V, PT9- 1, PT11-1, PT13-1, PT23-1, PT25-1, PT27-1, MP-12, P1T-1-1, P2T-1-1V, P2T-1,7,14T,19, P2T- 1,7,14T,19, P2T-1,7,14T,19, OSP2T-1,2,7, PKn-8-1V, PKn-8-2V, PKn-8-3V, PKn-8-4V, PKN-19-1V, PKN-105-1V, PKN-107-8V, PKN-115-1V, PKN-125, PKN-150-1, P2Kn-1V,3V and P2KnTA-1,2,3,4V, P2Kn-1V,3V, P2KnTA-1,2,3,4V, P2Kn-1V,3V, P2KnTA-1,2,3,4V, P2KnT3V,T4V, P2KnT1,3,4V, P3PN-20, PP6, PP8, PP9, PP11, PPK-2-20, TV1-2, TV1-4, VBT, VDM, Shiv-25/4, Shiv-50/4.
• The listed switches and buttons are suitable up to a certain month and year of manufacture. Certain series of switches were made with white and yellow terminals, only suitable with yellow terminals. With white conclusions - analysis is needed.
• We do not buy switches of the MT series, certain MP series and similar ones in their entirety, they must be disassembled into silver-plated parts.
• Other switches require analysis.

Resistors variable

• SP5-1, SP5-2, SP5-3, SP5-4, SP5-14, SP5-15, SP5-16, SP5-17, SP5-18, SP5-20, SP5-21, SP5-22, SP5- 24, SP5-37, SP5-39, SP5-44.
• SP3-19, SP3-37, SP3-39, SP3-44.
• PP3-40, PP3-41, PP3-43, PP3-44, PP3-45, PP3-47.
• We buy the listed series of resistors, except for PP3-40 and the like, until 1990, after which a suitability check is necessary, since not all are suitable.
• Resistors SP3-39 must be disassembled, we buy with a steel-colored slider. They don’t fit with a copper slider, we don’t buy these.
• We do not buy all other resistors with markings that start with SP3-0, SP3-3, and so on.
• Resistors PP3-40, PP3-43 and the like are suitable until 03.92, after this date a check is necessary, many are not suitable.
• We do not currently buy MLT, OMLT and the like resistors.

Potentiometers

• PPML-M, PPML-I, PPML-IM, PPML-F, PPMF-M, PPBL-V, RPP, PTP-1, PTP-2, PTP-5, PLP-1, PLP-2.
• Some potentiometers are not suitable for sale, since the wire inside is found in nichrome or manganin.

Relay

Domestic and imported production containing precious metals.

• RES7, RES8, RES9, RES10, RES14, RES15, RES22, RES32, RES34, RES37, RES48, RES78.
• RP3, RP4, RP5, RP7, RPS3, RPS4, RPS5, RPS7, RPS11, RPS15, RPS18, RPS20, RPS24, RPS32, RPS34, RPS36.
• DP12, RKN, RKNM, RKM-1, RKM-1T, RKM-P, REK43, REN-33, TRA, TRV, TRL, TRM, TRN, TRP, TRT, RTN, TRSM-1, TRSM-2, RVMU- 1, RKP E-506, SK-594, RV-5A, RTS-5.
• The listed relays are not suitable for all, but only with certain passports and up to a certain month and year of manufacture.
• Relays RES-6, RES-22, RES-32 with white contacts are generally not suitable for sale, remove the aluminum case (cover) and check the color of the contacts. If white, then cut off the contacts.
• Relay RES-22, RES-32 as a whole we buy only with yellow contacts. There is no need to cut the contacts, send or bring the relay with whole cases, as there is a marking on the case. And this, in turn, directly affects the price of the relay.
• Relay RES-9 with passports 00 01 and 200 cost 2 rubles / unit.
• For the RES-10 relay, external terminals (legs) must be retained during dismantling. Without conclusions, this relay is much cheaper.
• Relays RES-47, RES-49, RES-60 as a whole are bought by weight, sending by Russian Post is not particularly cost-effective. It is possible to disassemble these relays into yellow plate contacts and send them in this form. The price in this case will be high.

Printed circuit boards with radio components suitable for scrap

• We do not buy all the cutting from the boards in a row, only suitable radio components.
• Boards with only 155 series microcircuits (black plastic, white leads) are not particularly cost-effective to send via Russian Post. If these boards are few (up to 10 units), then send them along with other radio components, we will consider it.
• When with suitable radio components, remove unnecessary heavy parts, such as transformers, capacitors K50-6, K50-12 and other radio components that are not suitable for sale for scrap.

Sincerely, the staff of the company "Astrea-Radiodetali".

there are many valuable radio components in televisions made in the USSR. In fact, and in most cases, you can find there several pieces of green KM5 capacitors, less often red KM6. As well as several KT-203 transistors, which cost 5-6 rubles each. Perhaps if the TV is from the 60s and 70s, you should pay attention to the lamps.

So you are on the right track and disassembly, in order to extract radio components, you can begin.

You should also pay attention to such parts and components with white contacts:

How to independently extract and sell gold from radio components?

The content of precious metals in radio components (microcircuits, transistors, capacitors, diodes, relays, connectors, lamps)

Information provided by Valery F.

He handed over to the scrap only failed. The hand did not rise to hand over live radio components for tearing into scrap. Therefore, I recommend using precious metal content tables only to account for the amount of gold, silver, palladium, platinum, tantalum and other precious metals in write-off devices.

The reference book contains detailed tables of the content of precious metals in various radio components: microcircuits, transistors, relays, contactors, switches, diodes, thyristors, triacs, capacitors, variable and fixed resistors, lamps, connectors, kinescopes, quartz and many other domestic radio components.

Scrap of various radio components contains different amounts and types of precious metals, for example, semiconductors and connectors most often contain gold, fixed resistors - silver leads, military acceptance variable resistances contain palladium in contacts, relays, contactors, switches, etc. switching devices may contain silver, palladium, rhodium, iridium, platinum, gold, tantalum electrolytes (electrolytic capacitors) - tantalum, and gas-discharge and electrovacuum devices can contain almost the entire periodic table - gold, silver, palladium, rhodium, iridium, platinum, thorium, rhenium, tantalum, tungsten , molybdenum, nickel, cobalt.

Where to find and get radio components containing precious metal

Dear Internet Users! Send us your photos and notes about where and in what devices you met radio components containing precious metals.

The list of decommissioned and subject to disposal devices, various blocks and radio communication units, with the content of precious metal in radio components and electronic components in its composition, is simply huge. Ever since the collapse of the Soviet Union, when everything and everything collapsed, when chaos and confusion reigned in the country, salaries were not paid, and many, in order to earn at least some money and feed their families, brought home and then dismantled various decommissioned electronic devices with institutions and organizations. Until now, such devices are still gathering dust and waiting for their fate in garages, cottages, and sometimes in the open air, covered with corrosion. Well, let's start with the most common.

Let's say right away that almost all radio components are on the boards. Transistors KT-803, KT-808, KT-809, KT-812, KT-908, KT-912 are usually located in the back of the devices on aluminum radiators, transistors KT-911, 2T-911B are located on an aluminum base, for heat dissipation, on the board.

Switches 11P 3N are attached to the case, and resistors PTP, PP3-41, PP3-43, PP3-47 can be located on a metal base inside the unit or attached to the device case.

Therefore, you first need to find and disassemble the device or unit, remove the boards, and only after that get radio components with precious metal. We must be ready for this. There is an opinion that
there are many valuable radio components in televisions made in the USSR. In fact, and in most cases, you can find there several pieces of green KM5 capacitors, less often red KM6. As well as several KT-203 transistors, which cost 5-6 rubles each.

What radio components contain precious metals

Perhaps if the TV is from the 60s and 70s, you should pay attention to the lamps.

You can spend a lot of time disassembling such a TV, not to mention the size and weight of the TV itself. For radiograms, tube receivers, tape recorders, the situation is similar. Quite a lot of KM6 capacitors are red, less often green in Soviet VCRs of the VM series. Also there are yellow and blue ceramic capacitors K10-17.

Record holders for the content of precious metals, of course, are computer systems, automatic telephone exchanges and special electronic devices manufactured in the USSR.

But, unfortunately, such computing systems are very rare nowadays. So thinking about where to find them can be left and forgotten. The most important thing in this business is attentiveness. Radio components can sometimes be found in inconspicuous metal boxes and blocks. If you find a metal box with these connectors:

So you are on the right track and disassembly, in order to extract radio components, you can begin. You should also pay attention to such parts and components with white contacts:

Many radio components with precious metal are found in measuring, computing devices, such as: high-frequency generators, frequency meters, frequency synthesizers, electronic voltmeters, oscilloscopes and other devices. The density in such electronic devices is very high. But all the same, they need to remove their protective cases and see what is inside. Sometimes almost nothing.

The measuring devices and devices listed above, of the initial series and the first modifications, practically do not contain radio components with precious metal. These devices are distinguished by their large size (both the case itself and individual knobs, switches, and other parts) and weight.

Such devices contain powerful transformers - this partly explains the large weight of the product. Therefore, when disassembling such devices, it is first better to look at the table of the content of precious metals in devices in order to have an initial idea of ​​\u200b\u200bwhich device you found and what can be extracted from it.

Sometimes you can find devices and devices that are not
a hand will go up. They contain little precious metal inside, but as a product, they are of value to radio amateurs. Therefore, you can always try to find a person who will buy this device in working order. Or just don't break it. From the point of view of a radio amateur, disassembling devices and handing over radio components for scrap is perceived extremely negatively and many unflattering words can be heard about this.

Radio amateurs with great experience treat radio components in a completely different way. For them, each radio component is of real value, whether it is a microcircuit or a transistor, and is sometimes perceived as an inspired object. The current younger generation, in most cases, perceives radio engineering and radio electronics produced in the USSR, like a gold digger riverbed.

All rights reserved 2012 - 2018

All materials on this site are subject to copyright (including design). It is prohibited to copy, distribute, including by copying to sites on the Internet, or any other use of information and objects without the prior consent of the copyright holder.

This article serves as a help for customers who find it difficult to find radio components to be bought up in order to extract precious metals. As you know, the highest concentration of expensive components is concentrated in Soviet-style military equipment. But few people realize that a significant proportion of precious metals is contained in the radio components that were used in the assembly of Soviet household appliances.

TVs

During the existence of the USSR, the domestic industry produced two types of televisions - tube and transistor.

The content of precious metals in radio components

In this case, tube TVs are very scarce in terms of the content of precious metals, in particular, only the output beam tetrode, marked as 6P36S, 6P44S, 6P45S or GU50, is of value. That is, it does not make sense to engage in a special search for this technique. unless it happens to be handy. But transistor models are stuffed with precious metals more generously, since it is transistors of the KT 502-503, KT-310, KT-814 and KT-940 brands that contain precious metals, in particular, gold and silver. Some TV models in small quantities are endowed with green and red KM brand capacitors, as well as yellow K10-17 capacitors.

Calculators

Soviet-style computer technology has always been crammed with various kinds of precious metal-based components, and calculators are no exception. In particular, in Soviet calculators you can find expensive green KM capacitors and K140UD microcircuits. In addition, the output contacts of the calculator boards, connectors and switches also contain gold and technical silver.

Computers

Unlike calculators, Soviet computers contain a larger number of green KM capacitors, as well as yellow K10-17 capacitors, that is, when disassembling Soviet-style computer equipment, you can provide yourself with a very tempting amount of money. A nice addition is a number of plastic chips, the inner filling of which contains gold.

Refrigerators and washing machines

This category of technology does not have a rich content of components, however, such units are available everywhere, and disassembling them allows you to get hold of not only a certain amount of non-ferrous metals, but also components such as relays, thermostats, and silver-plated contacts.

How to determine the gold content in radio components (photo)

In the manufacture of electronic equipment, precious metals can be used - gold, silver, platinum, palladium. The content of precious metals in radio components produced in our time is very small, however, many elements of old equipment, especially from Soviet times, can contain precious metals in fairly substantial quantities.

• Yekaterinburg;
• Tyumen;
• Chelyabinsk;
• Permian.

The content of precious metals in radio components

In the manufacture of electronic equipment, precious metals can be used - gold, silver, platinum, palladium.

Confessions of a radio vandal

With this in mind, do not rush to send your electronic equipment to the landfill, it can still bring you profit. Knowing which radio components contain precious metals, you have the opportunity to earn quite serious money.

What radio components contain precious metals

Precious metals contain many radio parts, including:

Of course, precious metals are not contained in all connectors, microcircuits and other radio components, but only in some types. Even in the same details, which include precious metals, their number can vary greatly and depends on the year of issue. That is why radio components have different values, directly dependent on the content of precious metals in them.

The main value in this regard is the electronics of the Soviet era, namely computer blocks, various military equipment. For example, in the computers of the EU series, famous at the time, the content of precious metals can range from several hundred grams to 10 or more kilograms! Given the current value of gold and silver, dismantling and handing over this electronic equipment to a specialized company can bring more than a significant income.

Approximately half of all the gold and silver used in the manufacture of electronics was spent on making contacts and connectors. These precious metals provide very high-quality contact, which determined their wide application. Usually, the base of the contact was made of a copper or brass alloy, only the pads themselves were made of precious metal.

The rest of the gold and silver is found in microcircuits, transistors, variable resistors and other electronic components. Precious metals such as platinum and palladium are mainly found in ceramic capacitors.

Some radio tubes contain a large amount of gold - for example, the GMI-19 lamp contains as much as 16 grams of gold! Many other radio tubes also contain gold, silver and platinum, but the amount of precious metals in them is usually quite small and usually amounts to thousandths, less often hundredths or tenths of a gram.

Extraction of precious metals from radio components

The content of precious metals in radio components, as a rule, is low, which significantly complicates their extraction. Only in rare cases can you directly extract the precious metal from an electronic component - for example, bite off gold or silver contacts. It is impossible to extract precious metals from microcircuits, transistors, diodes and other electronic components in the same way.

That is why, in the overwhelming majority of cases, precious metals are extracted from electronic components at specialized enterprises that have the necessary equipment and technologies. At the same time, raw materials are supplied to enterprises in an already prepared state, sorted into specific groups.

The finished raw material goes through several stages of physical and chemical processing, during which the concentration and isolation of precious metals takes place. All these processes are quite complex, so it is almost impossible to carry them out on your own at home. In addition, large volumes of raw materials are required, which are very, very difficult for a private person to collect.

Taking into account the difficulty of extracting precious metals from radio components, this work should be carried out only at specialized enterprises. If you have old radio components containing precious metals, it is best to donate them to companies that collect and recycle electronic components. In particular, you can always contact us.

LLC "DRAGOMIR" - buying up radio components at competitive prices

Our company accepts electronic scrap at competitive prices. We guarantee you fast processing of the radio components brought or sent by you and payment of the remuneration due to you. Information about the specific types of radio components we accept can be found on the relevant pages of our website.

Working with us is profitable and convenient, we receive radio components in the following cities:

• Yekaterinburg;
• Tyumen;
• Chelyabinsk;
• Permian.

You can apply to any of our offices or send radio components by mail, payment is guaranteed. Do not miss the opportunity to earn very solid money quickly and without hassle. Contact us right now!

The transistor is the most common component of electronic technology - the basis of any microcircuit. In only one processor of a modern laptop, their number exceeds one and a half billion pieces and continues to increase every year. Radio components such as the transistor are the most common of this group.

History reference

December 16, 1947 Walter Brattain and John Bardeen made the first model of a point transistor. This date is considered the birthday of the transistor. In 1956, Bardeen, Brattain and Shockley were awarded the Nobel Prize in Physics for this discovery (William Shockley created the theory of the p-n junction and the planar transistor).

The beginning of the use of gold in the transistor falls on the end of 1958, when the alloying of collectors with gold (Jean Erni) began to be used in transistor production technology. It was a breakthrough in transistor technology.

How many precious metals are in transistors

The use of precious metals in transistors is determined solely by technological necessity. With the expansion of knowledge about the physics of metals and the development of new technologies, the proportion of precious metals in transistors is constantly decreasing. The maximum content of precious metals in radio components and in particular in transistors falls on the middle of the 60s and until the end of the 80s of release. So the gold content in some types of transistors can reach up to 2.5%.

All these components are valued at DETALTORG and we always buy radio components from the 60s - 80s, offering a high price for them.

More gold and silver are used in military grade transistors. Distinguishing transistors for general use from the military is simple. For military acceptance, the marking begins with a number, for example: 2T342, 2T912, and the designations for general use, respectively, are KT342 and KT912.

But this statement is not a rule. We can only say that from the entire list of transistors in one product with military acceptance (marking starts at 1, 2, 3), gold and silver contain on average about twice as much as in a product for general use.

You can get accurate data on the content of precious metals in radio components and their price from us at any time - call us, write to us.

Summarizing, we can only say that the content of precious metals in transistors is distributed on average as follows:

We emphasize that these are averaged data and for some series of transistors these values ​​differ significantly from those given, and in some series there are practically no precious metals. For example, in KT315, KT316 the gold content per 1000 pcs. is 0.07 g, and in KT966 gold 29.11 and silver 58.03 g.

The table shows the content of precious metals in transistors, the value of gold in which is higher than 50 g per 1000 pieces.

Name	Gold	Silver	Platinum	Palladium

It is quite difficult to understand the whole variety of components, and even more so to determine their real cost. The purchase of radio components for our company is part of our professional activity and therefore DETALTORG can be trusted.

Call or write to us - we will answer any of your questions. Our prices are always favorable.

The company "Astrea-Radiodetali" buys transistors at the best prices in Moscow and the Moscow region. We cooperate with the regions of the Russian Federation through the services "". You can also send a large volume of radio components by the transport company "Business Lines".

Also our imported gold-plated transistors of various series more than 6 years have individuals, safe and secure. The price for large batches of radio components is always 5-7% higher, and in some cases we are ready to buy your radio components 10% more expensive than competitors, calculation immediately after the transaction. When working with regular customers, the accumulative system "Bonus +3" operates.

We buy on an ongoing basis the following transistors:

• In round, flat, metal, plastic cases, power transistors.
• New, used and after dismantling.
• Domestic and imported production.

We will also buy other radio components in any condition that contain precious metals. The calculation of the price for purchased transistors is made in exact dependence on the content of precious metals in transistors, marking, year of issue and depends on the London Stock Exchange rate. All the contents of precious metals in various transistors have been studied for a long time, so our specialists can easily accurately calculate the cost using digital marking, which is located on the part body.