Rectifier diode - types, principle of operation and application

Operating principle

The necessary effect during operation of the device is created by the features of the pn junction. They consist in the fact that a layer is built near the junction of two semiconductors, which is characterized by two points: high resistance and the absence of charge carriers. Further, when this barrier layer is exposed to alternating voltage from the outside, its thickness decreases and subsequently disappears. The current that increases during this is the direct current that passes from the anode to the cathode. If the polarity of the external alternating voltage changes, the blocking layer will be larger and the resistance will inevitably increase.

The current-voltage characteristic of the rectifier diode (volt-ampere characteristic) also gives an idea of the specifics of the rectifier’s operation and is nonlinear. It looks like this: there are two branches - forward and reverse. The first reflects the highest conductivity of the semiconductor when a direct potential difference occurs. The second indicates the value of low conductivity at an inverse potential difference.

The current-voltage characteristics of the rectifier are directly proportional to the temperature, with an increase in which the potential difference decreases. Electric current will not pass through the device in the case of low conductivity, but an avalanche breakdown occurs if the reverse voltage increases to a certain level.

The directory is intended for a wide range of users from developers of radio-electronic devices to radio amateurs. The reference book presents the main electrical parameters of semiconductor diodes of wide application. For compactness and ease of use of this reference book, it uses a tabular form of presenting information. In addition to electrical parameters, the directory provides overall and connection dimensions, color markings, as well as typical areas of application. The reference book contains parameters of diodes scattered throughout the domestic literature. Since the main principle in compiling the reference book was the completeness of the nomenclature, for some devices only a few parameters are given (which were given in a scientific article by the developers of the device). As additional information became available, it was included in the reference book. For some devices, typical parameters are given instead of limit parameters, when there is no information about limit parameters, but there is information about typical values.

How did this guide come about? In the mid-70s, the author was faced with the lack of a reference book that suited himself and his colleagues in his work. Existing directories had many shortcomings, the most obvious of which are described below. 1. Great redundancy: a) Many reference books had a lot of graphs that were either described quite well by theoretical curves or reflected insignificant dependencies; b) Most developers are not interested in such parameters as storage time in a warehouse and the degree of resistance of semiconductor devices against the effects of mold and fungi; c) From 10% to 30% of the volume of reference books was occupied by well-known things - symbols on electrical circuits, classification of devices and similar concepts repeatedly described in various literature. 2. Incompleteness - the long period of passage through publishing houses led to the rapid obsolescence of the reference book. Most of the compilers gravitated towards a certain circle of semiconductor device manufacturers, and while the products of one manufacturer were presented fairly fully, the products of another manufacturer did not include new developments. To work, I had to use several reference books at the same time (especially since different compilers included a different number of parameters known for a given device) and a number of journal articles that described new semiconductor devices. 3. Inconvenient to use - most compilers introduced a breakdown of the directory into parts according to various criteria. In addition, very often the material was further grouped within a section. All this significantly complicated the search for the desired device and especially the comparison of several semiconductor devices according to a number of parameters. 4. Unreliability - during the publishing process, errors accumulated in any reference book. If errors in ordinary text are easily detected during proofreading, then errors in numerical information are difficult to detect even by a specialist.

All the reasons described prompted us to compile a reference book more convenient for the developer of electronic equipment. Thanks to its compact form, the directory is quite cheap and satisfies most needs. If the developer needs more detailed characteristics of a product (this happens quite rarely), he can always turn to either a specialized publication or an industry standard. In his daily work, this little book is enough for him. The author hopes that users of this directory will not be disappointed in their choice.

The directory was compiled in 1991, translated into HTML in 2000, redesigned in 2001.

Using an assembly

When operating a semiconductor diode rectifier, only half of the alternating current waves are useful, and more than half of the input voltage is therefore irretrievably lost.

In order to improve the quality of conversion of alternating current to direct current, an assembly of four devices is used - a diode bridge. It differs favorably in that it passes current during each half-cycle. Diode bridges are produced in the form of a kit enclosed in a plastic case.

Schematic diagram of a diode bridge

Where are diodes used?

In addition to actually converting unstable current into a constant form, diodes have a number of other uses. Typical examples of such components include LEDs used in various electrical appliances, flashlights, and televisions. Varicaps are also used in detector devices, logarithmic amplifiers and other installations that work with nonlinear processing of analog signals. Here they perform a conversion function or form a certain parameter. When connecting a pair of elements back-to-back, a signal limiting block can be formed. From the point of view of functional content, there is no significant difference between the assembly and individual diode components. A failed element must be replaced with an equivalent one.

Circuit containing power diodes

Power diode components are designed to transform sinusoidal current into direct current. Since such a need arises often, these radio components are used in a wide range of devices and circuits. Different versions are designed for operation at different current strengths and frequencies.

Physical and technical parameters

The main parameters of rectifier diodes are based on the following values:

the maximum permissible value of the potential difference when rectifying the current, at which the device will not fail;
the highest average rectified current;
the highest reverse voltage value.

The industry produces rectifiers with different physical characteristics. Accordingly, the devices have different shapes and installation methods. They are divided into three groups:

High power rectifier diodes. They are characterized by a current capacity of up to 400 A and are high-voltage. High-voltage rectifier diodes are produced in two types of packages - pin, where the case is sealed and glass, and tablet, where the case is made of ceramic.
Medium power rectifier diodes. They have a capacity from 300 mA to 10A.
Low power rectifier diodes. The maximum permissible current value is up to 300 mA.

Selection of rectifier diodes

When purchasing a device, you must be guided by the following parameters:

values of the current-voltage characteristic of the maximum reverse and peak current;
maximum permissible reverse and forward voltage;
average rectified current strength;
device material and type of installation.

Depending on the physical characteristics, a corresponding designation is applied to the device body. A catalog with markings of rectifier diodes is presented in a specialized reference book. You need to know that the labeling of imported analogues differs from domestic ones.

It is also worth paying attention to the fact that rectifier circuits differ in the number of phases:

Single-phase. Widely used for household electrical appliances. There are diodes for automobiles and for electric arc welding.
Multiphase. Indispensable for industrial equipment, public and special transport.

Schottky diode

A special position is occupied by the Schottky diode. It was invented in connection with the growing needs in the developing radio electronics industry. Its main difference from other diodes is that its design includes a metal-semiconductor as an alternative to a pn junction. Accordingly, the Schottky diode has its own unique properties that silicon rectifier diodes cannot boast of. Some of them:

operational renewability of the charge due to its low value;
minimum voltage drop across the junction when connected directly;
The leakage current is significant.

When making a Schottky diode, materials such as silicon and gallium arsenide are used, but germanium is also sometimes used. The properties of the materials are slightly different, but in any case, the maximum permissible reverse voltage for a Schottky rectifier is no more than 1200 V.

In contrast to all the advantages, the design of this type also has disadvantages. For example, in a bridge assembly, the device categorically does not perceive excess reverse current. Violation of the condition leads to breakdown of the rectifier. Also, a small voltage drop occurs at a low voltage of about 60-70 V. If the value exceeds this indicator, then the device turns into an ordinary rectifier.

It is worth noting that the advantages of a powerful Schottky rectifier diode significantly exceed the disadvantages.

Zener diode

To stabilize the voltage, a special device is used that can operate in breakdown mode - a zener diode, the foreign name of which is “Zener diode”. The device performs its function by operating in breakdown mode at a reverse bias voltage. The current increases at the moment of breakdown; at the same time, the differential value drops to a minimum, as a result of which the voltage is stable and covers a fairly serious range of reverse currents.

Directory of domestic diodes

Details Category: Reference data Published 05/29/2015 15:06 Author: Admin

Device type	Limit values of parameters at T=25C			Parameter values at T=25C				Tk.max (Tp.) C
Device type	Urev.max. (Uobra.i.mak.) B	Ipr.max. (Ipr.i.max.) mA	Iprg. A	fwork (fmax) kHz	Upr. B	at Ipr. mA	Iobr. mkA	Tk.max (Tp.) C
1	2	3	4	5	6	7	8	9
D2B	10 (30)	16	—	150	1,0	5,0	100	60
D2V	30 (40)	25	—	150	1,0	9,0	250	60
D2G	50 (75)	16	—	150	1,0	2,0	250	60
D2D	50 (75)	16	—	150	1,0	4,5	250	60
D2E	100 (100)	16	—	150	1,0	4,5	250	60
D2Zh	150 (150)	8	—	150	1,0	2,0	250	60
D2I	100 (100)	16	—	150	1,0	2,0	250	60
MD3	15	12 (15)	—	—	1,0	5,0	100	70
D7A	(50)	300	1,0	—	0,5	300	100	70
D7B	(100)	300	1,0	2,4	0,5	300	100	70
D7V	(150)	300	1,0	2,4	0,5	300	100	70
D7G	(200)	300	1,0	2,4	0,5	300	100	70
D7D	(300)	300	1,0	2,4	0,5	300	100	70
D7E	(350)	300	1,0	2,4	0,5	300	100	70
D7ZH	(400)	300	1,0	2,4	0,5	300	100	70
D9B	(10)	40	—	40	1,0	90	250	70
D9V	(30)	20	—	40	1,0	10	250	70
D9G	(30)	30	—	40	1,0	30	250	70
D9D	(30)	30	—	40	1,0	60	250	70
D9E	(50)	20	—	40	1,0	30	250	70
D9ZH	(100)	15	—	40	1,0	10	250	70
D9I	(30)	30	—	40	1,0	30	120	70
D9K	(50)	30	—	40	1,0	60	60	70
D9L	(100)	15	—	40	1,0	30	250	70
D10	10 (10)	16	—	150	—	—	100	70
D10A	10 (10)	16	—	150	—	—	200	70
D10B	10 (10)	16	—	150	—	—	200	70
D11	30 (40)	20	—	150	1,0	100	250	70
D12	50 (75)	20	—	150	1,0	50	250	70
D12A	50 (75)	20	—	150	1,0	100	250	70
D13	75 (100)	20	—	150	1,0	100	250	70
D14	100 (125)	20	—	150	1,0	50	250	70
D14A	100 (125)	20	—	150	1,0	100	250	70
D101	75 (75)	30	—	150	2,0	2,0	10	125
D101A	75 (75)	30	—	150	1,0	1,0	10	125
D102	50 (50)	30	—	150	2,0	2,0	10	125
D102A	50 (50)	30	—	150	1,0	1,0	10	125
D103	30 (30)	30	—	150	2,0	2,0	30	125
D103A	30 (30)	30	—	150	1,0	1,0	30	125
D104	100 (100)	30	—	150	2,0	2,0	5,0	125
D104A	100 (100)	30	—	150	1,0	1,0	5,0	125
D105	75 (75)	30	—	150	2,0	2,0	5,0	125
D105A	75 (75)	30	—	150	1,0	1,0	5,0	125
D106	30 (30)	30	—	—	2,0	2,0	30	125
D106A	30 (30)	30	—	—	1,0	1,0	30	125
D202	(100)	400	—	—	1,0	400	500	125
D203	(200)	400	—	—	1,0	400	500	125
D204	(300)	400	—	—	1,0	400	500	85
D205	(400)	400	—	—	1,0	400	500	85
D206	(100)	100	0,6	—	1,0	100	50	125
D207	(200)	100	0,6	—	1,0	100	50	125
D208	(300)	100	0,6	—	1,0	100	50	125
D209	(400)	100	—	—	1,0	100	50	125
D210	(500)	100	—	—	1,0	100	50	125
D211	(600)	100	—	—	1,0	100	50	125
D217	(800)	100	—	—	1,0	100	50	125
D218	(1000)	100	—	—	0,7	100	50	125
MD217	800	100	—	—	1,0	100	75	125
MD218	1000	100	—	—	1,0	100	75	125
MD218A	1200	100	—	—	1,1	100	50	125
D223	50	50	0,5	20	1,0	50	1,0	120
D223A	100	50	0,5	20	1,0	50	1,0	120
D223B	150	50	0,5	20	1,0	50	1,0	120
D226	(400)	300	—	—	1,0	300	50	80
D226A	(300)	300	—	—	1,0	300	50	80
D226B	(400)	300	—	—	1,0	300	100	80
D226V	(300)	300	—	—	1,0	300	100	80
D226G	(200)	300	—	—	1,0	300	100	80
D226D	(100)	300	—	—	1,0	300	100	80
D226E	(200)	300	—	—	1,0	300	50	80
MD226	(400)	300	—	1,0	1,0	300	50	80
MD226A	(300)	300	—	1,0	1,0	300	100	80
MD226E	(200)	300	—	1,0	1,0	300	50	80
D229A	200 (200)	400	10	3,0	1,0	400	50	125
D229B	400 (400)	400	10	3,0	1,0	400	50	125
D229V	100 (100)	400	10	3,0	1,0	400	200	125
D229G	200 (200)	400	10	3,0	1,0	400	200	125
D229D	300 (300)	400	10	3,0	1,0	400	200	125
D229E	400 (400)	400	10	3,0	1,0	400	200	125
D229Zh	100 (100)	700	10	3,0	1,0	700	200	85
D229I	200 (200)	700	10	3,0	1,0	700	200	85
D229K	300 (300)	700	10	3,0	1,0	700	200	85
D229L	400 (400)	700	10	3,0	1,0	700	200	85
D237A	(200)	300	10	1,0	1,0	300	50	125
D237B	(400)	300	10	1,0	1,0	300	50	125
D237V	(600)	100	10	1,0	1,0	100	50	125
D237E	(200)	400	10	1,0	1,0	400	50	125
D237ZH	(400)	400	10	1,0	1,0	400	50	125
AD110A	30 (50)	10	—	5,0	1,1	10	0,005	85
AD112A	50	300	—	—	3,0	300	100	250
GD107A	15	20	—	—	1,0	10	20	60
GD107B	20	20	—	—	0,4	10	100	60
GD113A	(115)	15	—	—	1,0	30	250	60
KD102A	250	100	—	—	1,0	50	0,1	100
KD102B	300	100	—	—	1,0	50	1,0	100
KD103A	50	100	—	(0,02)	1,0	50	0,4	100
KD103B	50	100	—	(0,02)	1,2	50	0,4	100
KD104A	300 (300)	10	1,0	0,02	1,0	10	3,0	70
KD105A	(200)	300	15	—	1,0	300	100	85
KD105B	(400)	300	15	—	1,0	300	100	85
KD105V	(600)	300	15	—	1,0	300	100	85
KD105G	(800)	300	15	—	1,0	300	100	85
KD116A-1	100	25 (170)	—	—	0,95	25	1,0	125
KD116B-1	50	100 (170)	—	—	1,0	50	0,4	100
KD109A	(100)	300	—	—	1,0	300	100	85
KD109B	(300)	300	—	—	1,0	300	50	85
KD109V	(600)	300	—	—	1,0	300	100	85
KD109G	(600)	300	—	—	1,0	300	100	85
KD204A	400 (400)	400	10	0,05	1,4	600	150	85
KD204B	200 (200)	600	10	0,05	1,4	600	100	85
KD204V	50 (50)	1000	10	0,05	1,4	600	50	85
KD205A	500	500	—	0,15	1,0	—	100	85
KD205B	400	500	—	0,15	1,0	—	100	85
KD205V	300	500	—	0,15	1,0	—	100	85
KD205G	200	500	—	0,15	1,0	—	100	85
KD205D	100	500	—	0,15	1,0	—	100	85
KD205E	500	300	—	0,15	1,0	—	100	85
KD205ZH	600	500	—	0,15	1,0	—	100	85
KD205I	700	300	—	0,15	1,0	—	100	85
KD205K	100	700	—	0,15	1,0	—	100	85
KD205L	200	700	—	0,15	1,0	—	100	85
KD209A	400 (400)	700	15	—	1,0	700	100	85
KD209B	600 (600)	500	15	—	1,0	500	100	85
KD209V	800 (800)	500	15	—	1,0	300	100	85
KD212A	200 (200)	1000	50	0,1	1,0	1000	50	85
KD212B	200 (200)	1000	50	0,1	1,2	1000	100	85
KD212V	100 (100)	1000	50	0,1	1,0	1000	50	85
KD212G	100 (100)	1000	50	0,1	1,2	1000	100	85
KD212A-6	200 (200)	1000	50	0,1	1,0	1000	50	85
KD212B-6	200 (200)	1000	50	0,1	1,2	1000	100	85
KD212V-6	100 (100)	1000	50	0,1	1,0	1000	50	85
KD212G-6	100 (100)	1000	50	0,1	1,2	1000	100	85
KD221A	(100)	700	7	0,01	1,4	700	50	85
KD221B	(200)	500	5	0,01	1,4	500	50	85
KD221V	(400)	300	3	0,01	1,4	300	100	85
KD221G	(600)	300	3	0,01	1,4	300	150	85
KD257A	200 (200)	3000	—	0,05	1,5	5000	2,0	155
KD257B	400 (400)	3000	—	0,05	1,5	5000	2,0	155
KD257V	600 (600)	3000	—	0,05	1,5	5000	2,0	155
KD257G	800 (800)	3000	—	0,05	1,5	5000	2,0	155
KD257D	1000 (1000)	3000	—	0,05	1,5	5000	2,0	155
KD258A	200 (200)	1500	—	0,05	1,6	3000	2,0	155
KD258B	400 (400)	1500	—	0,05	1,6	3000	2,0	155
KD258V	600 (600)	1500	—	0,05	1,6	3000	2,0	155
KD258G	800 (800)	1500	—	0,05	1,6	3000	2,0	155
KD258D	1000 (1000)	1500	—	0,05	1,6	3000	2,0	155
2D101A	30 (30)	20 (300)	—	—	1,0	100	5,0	85
2DM101A	30	20 (300)	—	—	1,0	100	5,0	100
2D102A	250	100	—	—	1,0	50	0.1	125
2D102B	300	100	—	—	1,0	50	1,0	125
2D103A	75 (100)	100	0,6	0,02	1,0	50	1,0	125
2D104A	300 (300)	10	1,0	0,02	1,0	10	3,0	70
2D106A	100 (100)	300	—	0,05	1,0	300	2,0	125
2D108A	(800)	100	3,0	—	1,5	100	150	125
2D108B	(1000)	100	3,0	—	1,5	100	150	125
2D115A	100	30	—	0,8	1,0	50	1,0	125
2D118A-1	200 (200)	300	3,0	0,1	1,0	300	50	100
2D120A	100 (100)	300	—	0,1	1,0	300	2,0	175
2D120A-1	100 (100)	300	—	0,1	1,0	300	2,0	155
2D123A-1	100 (100)	300	3,0	0,1	1,0	300	1,0	100
2D125A-5	(600)	300	3,0	0,2	1,5	1000	50	—
2D125B-5	(800)	300	3,0	0	1,5	1000	50	—
2D204A	400 (400)	400	10	0,05	1,4	600	150	125
2D204B	200 (200)	600	10	0,05	1,4	600	100	125
2D204V	50 (50)	1000	10	0,05	1,4	600	50	125
2D207A	(600)	500	—	—	1,5	500	150	125
2D212A	200 (200)	1000	50	0,1	1,0	1000	50	125
2D212B	100 (100)	1000	50	0,1	1,0	1000	50	125
2D215A	400 (400)	1000	10	0,01	1,2	500	50	125
2D215B	600 (600)	1000	10	0,01	1,2	500	50	125
2D215V	200 (200)	1000	10	0,01	1,1	1000	50	125
2D235A	40 (40)	1000	—	—	0,9	300	800	—
2D235B	30 (30)	1000	—	—	0,9	300	800	—
2D236A	600 (600)	1000	—	0,1	1,5	1000	5,0	155
2D236B	800 (800)	1000	—	0,1	1,5	1000	5,0	155
2D236A-5	600 (600)	1000	—	0,1	1,5	1000	5,0	155
2D236B-5	800 (800)	1000	—	0,1	1,5	1000	5,0	155
2D237A	100 (100)	1000	—	0,3	1,3	1000	5,0	155
2D237B	200 (200)	1000	—	0,3	1,3	1000	5,0	155
2D237A-5	100 (100)	1000	—	0,3	1,3	1000	5,0	155
2D237B-5	200 (200)	1000	—	0,3	1,3	1000	5,0	155

Medium power rectifier diodes

Device type	Limit values of parameters at T=25C			Parameter values at T=25C				Tk.max (Tp.) C
Device type	Urev.max. (Uobra.i.mak.) B	Ipr.max. (Ipr.i.max.) A	Iprg. A	fwork (fmax) kHz	Upr. B	at Ipr. A	Iobr. mA	Tk.max (Tp.) C
1	2	3	4	5	6	7	8	9
D214	(100)	10,0	100	1,1	1,2	10,0	3,0	130
D214A	(100)	10,0	100	1,1	1,0	10,0	3,0	130
D214B	(100)	5,0	50	1,1	1,5	5,0	3,0	130
D215	(200)	10,0	100	1,1	1,2	10,0	3,0	130
D215A	(200)	10,0	100	1,1	1,0	10,0	3,0	130
D215B	(200)	5,0	50	1,1	1,5	5,0	3,0	130
D231	(300)	10,0	100	1,1	1,0	10,0	3,0	130
D231A	(300)	10,0	100	1,1	1,0	10,0	3,0	130
D231B	(300)	5,0	50	1,1	1,5	5,0	3,0	130
D232	(400)	10,0	100	1,1	1,0	10,0	3,0	130
D232A	(400)	10,0	100	1,1	1,0	10,0	3,0	130
D232B	(400)	5,0	50	1,1	1,5	5,0	3,0	130
D233	(500)	10,0	100	1,1	1,0	10,0	3,0	130
D233B	(500)	5,0	50	1,1	1,5	5,0	3,0	130
D234B	(600)	5,0	50	1,1	1,5	5,0	3,0	130
D242	(100)	10,0	—	2 (10)	1,25	10,0	3,0	130
D242A	(100)	10,0	—	2 (10)	1,0	10,0	3,0	130
D242B	(100)	5,0	—	2 (10)	1,5	5,0	3,0	130
D243	(200)	10,0	—	1,1	1,25	10,0	3,0	130
D243A	(200)	10,0	—	1,1	1,0	10,0	3,0	130
D243B	(200)	5,0	—	1,1	1,5	5,0	3,0	130
D244	(50)	10,0	—	1,1	1,25	10,0	3,0	130
D244A	(50)	10,0	—	1,1	1,0	10,0	3,0	130
D244B	(50)	5,0	—	1,1	1,5	5,0	3,0	130
D245	(300)	10,0	—	1,1	1,25	10,0	3,0	130
D245A	(300)	10,0	—	1,1	1,0	10,0	3,0	130
D245B	(300)	5,0	—	1,1	1,5	5,0	3,0	130
D246	(400)	10,0	—	1,1	1,25	10,0	3,0	130
D246A	(400)	10,0	—	1,1	1,0	10,0	3,0	130
D246B	(400)	5,0	—	1,1	1,5	5,0	3,0	130
D247	(500)	10,0	—	1,1	1,25	10,0	3,0	130
D247B	(500)	5,0	—	1,1	1,5	5,0	3,0	130
D248B	(600)	5,0	—	1,1	1,5	5,0	3,0	130
D302	200	1,0	—	5,0	0,25	1,0	0,8	70
D302A	200	1,0	—	5,0	0,3	1,0	1,2	55
D303	(150)	3,0	4,5	5,0	0,3	3,0	1,0	80
D303A	(150)	3,0	—	5,0	0,35	3,0	1,2	55
D304	(100)	5,0	12,5	5,0	0,25	5,0	2,0	80
D305	(50)	10,0	40	5,0	0,3	10,0	2,5	80
D332A	400	10,0	—	—	1,0	10,0	3,0	130
D332B	400	5,0	—	—	1,5	5,0	3,0	130
D333	500	10,0	—	—	1,0	10,0	3,0	130
D333B	500	5,0	—	—	1,5	5,0	3,0	130
D334B	600	5,0	—	—	1,5	5,0	3,0	130
2D201A	(100)	5,0	15	1,1	1,0	5,0	3,0	130
2D201B	(100)	10,0	100	1,1	1,0	10,0	3,0	130
2D201V	(200)	5,0	15	1,1	1,0	5,0	3,0	130
2D201G	(200)	10,0	100	1,1	1,0	10,0	3,0	130
2D202V	70 (100)	5,0	30	1,2 (5)	1,0	3,0	1,0	130
2D202D	120 (200)	5,0	30	1,2 (5)	1,0	3,0	1,0	130
2D202Zh	210 (300)	5,0	30	1,2 (5)	1,0	3,0	1,0	130
2D202K	200 (400)	5,0	30	1,2 (5)	1,0	3,0	1,0	130
2D202M	350 (500)	5,0	30	1,2 (5)	1,0	3,0	1,0	130
2D202R	420 (600)	5,0	30	1,2 (5)	1,0	3,0	1,0	130
KD202A	35 (50)	5,0	9,0	1,2 (5)	0,9	5,0	0,8	130
KD202B	35 (50)	3,5	9,0	1,2 (5)	0,9	3,5	0,8	130
KD202V	70 (100)	5,0	9,0	1,2 (5)	0,9	5,0	0,8	130
KD202G	70 (100)	3,5	9,0	1,2 (5)	0,9	3,5	0,8	130
KD202D	140 (200)	5,0	9,0	1,2 (5)	0,9	5,0	0,8	130
KD202E	140 (200)	3,5	9,0	1,2 (5)	0,9	3,5	0,8	130
KD202Zh	210 (300)	5,0	9,0	1,2 (5)	0,9	5,0	0,8	130
KD202I	210 (300)	3,5	9,0	1,2 (5)	0,9	3,5	0,8	130
KD202K	280 (400)	5,0	9,0	1,2 (5)	0,9	5,0	0,8	130
KD202L	280 (400)	3,5	9,0	1,2 (5)	0,9	3,5	0,8	130
KD202M	350 (500)	5,0	9,0	1,2 (5)	0,9	5,0	0,8	130
KD202N	350 (500)	3,5	9,0	1,2 (5)	0,9	3,5	0,8	130
KD202R	420 (600)	5,0	9,0	1,2 (5)	0,9	5,0	0,8	130
KD202S	480 (600)	3,5	9,0	1,2 (5)	0,9	3,5	0,8	130
2D203A	420 (600)	10,0	100	1 (10)	1,0	10,0	1,5	140
2D203B	560 (800)	10,0	100	1 (10)	1,0	10,0	1,5	140
2D203V	560 (800)	10,0	100	1 (10)	1,0	10,0	1,5	140
2D203G	700 (1000)	10,0	100	1 (10)	1,0	10,0	1,5	140
2D203D	700 (1000)	10,0	100	1 (10)	1,0	10,0	1,5	140
KD203A	420 (600)	10,0	30	1 (10)	1,0	10,0	1,5	140
KD203B	560 (800)	10,0	30	1 (10)	1,0	10,0	1,5	140
KD203V	560 (800)	10,0	30	1 (10)	1,0	10,0	1,5	140
KD203G	700 (1000)	10,0	30	1 (10)	1,0	10,0	1,5	140
KD203D	700 (1000)	10,0	30	1 (10)	1,0	10,0	1,5	140
2D204A	400	0,4	—	1,0	1,4	0,6	0,15	125
2D204B	200	0,6	—	5,0	1,4	0,6	0,1	125
2D204V	50	1,0	2,0	5,0	1,4	0,6	0,05	125
KD204A	400	0,4	—	1,0	1,4	0,6	0,15	85
KD204B	200	0,6	—	5,0	1,4	0,6	0,1	85
KD204V	50	1,0	2,0	5,0	1,4	0,6	0,05	85
2D206A	400 (400)	5,0	100	1,0	1,2	1,0	0,7	125
2D206B	500 (500)	5,0	100	1,0	1,2	1,0	0,7	125
2D206V	600 (600)	5,0	100	1,0	1,2	1,0	0,7	125
KD206A	400 (400)	10,0	100	1,0	1,2	1,0	0,7	125
KD206B	500 (500)	10,0	100	1,0	1,2	1,0	0,7	125
KD206V	600 (600)	10,0	100	1,0	1,2	1,0	0,7	125
KD208A	100 (100)	1,5	—	1,0	1,0	1,0	0,1	85
KD208V	100	1,5	—	—	1,0	—	0,1	85
2D210A	800 (800)	5,0	25	(5,0)	1,0	10,0	1,5	100
2D210B	800 (800)	10,0	50	(5,0)	1,0	10,0	1,5	100
2D210V	1000 (1000)	5,0	25	(5,0)	1,0	10,0	1,5	100
2D210G	1000 (1000)	10,0	50	(5,0)	1,0	10,0	1,5	100
KD210A	800 (800)	5,0	25	(5,0)	1,0	10,0	1,5	100
KD210B	800 (800)	10,0	50	(5,0)	1,0	10,0	1,5	100
KD210V	1000 (1000)	5,0	25	(5,0)	1,0	10,0	1,5	100
KD210G	1000 (1000)	10,0	50	(5,0)	1,0	10,0	1,5	100
2D212A	200 (200)	1,0	50	100	1,0	1,0	0,05	125
2D212B	100 (100)	1,0	50	100	1,0	1,0	0,1	125
KD212A	200	1,0	50	100	1,0	1,0	0,05	85
KD212B	200	1,0	50	100	1,2	1,0	0,1	85
KD212V	100	1,0	50	100	1,0	1,0	0,05	85
KD212G	100	1,0	50	100	1,2	1,0	0,1	85
2D213A	200 (200)	10,0	100	(100)	1,0	10,0	0,2	150
2D213A6	200 (200)	10,0	100	100	1,0	10,0	0,2	100
2D213B	200 (200)	10,0	100	(100)	1,2	10,0	0,2	150
2D213B6	200 (200)	10,0	100	100	1,2	10,0	0,2	100
2D213V	100 (100)	10,0	100	(100)	1,0	10,0	0,2	125
2D213G	100 (100)	10,0	100	(100)	1,2	10,0	0,2	125
KD213A	200 (200)	10,0	100	(100)	1,0	10,0	0,2	140
KD213A6	200 (200)	10,0	100	(100)	1,0	10,0	0,2	100
KD213B	200 (200)	10,0	100	(100)	1,2	10,0	0,2	130
KD213B6	200 (200)	10,0	100	(100)	1,2	10,0	0,2	100
KD213V	100 (100)	10,0	100	(100)	1,0	10,0	0,2	130
KD213G	100 (100)	10,0	100	(100)	1,2	10,0	0,2	130
2D216A	100 (100)	10,0	—	100	1,4	10,0	0,05	175
2D216B	200 (200)	10,0	—	100	1,4	10,0	0,05	175
2D217A	100 (100)	3,0	—	50 (100)	1,3	3,0	0,05	125
2D217B	200 (200)	3,0	—	50 (100)	1,3	3,0	0,05	125
2D219A	15 (15)	10,0	250	200	0,55	10,0	10	115
2D219B	20 (20)	10,0	250	200	0,55	10,0	10	115
2D219V	15 (15)	10,0	250	200	0,45	10,0	10	85
2D219G	20 (20)	10,0	250	200	0,45	10,0	10	85
2D220A	400 (400)	3,0	60	10 (50)	1,5	3,0	0,045	155
2D220B	600 (600)	3,0	60	10 (50)	1,5	3,0	0,045	155
2D220V	800 (800)	3,0	60	10 (50)	1,5	3,0	0,045	155
2D220G	1000(1000)	3,0	60	10 (50)	1,5	3,0	0,045	155
2D220D	400 (400)	3,0	60	10 (50)	1,3	3,0	0,045	155
2D220E	600 (600)	3,0	60	10 (50)	1,3	3,0	0,045	155
2D220Zh	800 (800)	3,0	60	10 (50)	1,3	3,0	0,045	155
2D220I	1000 (1000)	3,0	60	10 (50)	1,3	3,0	0,045	155
KD223A	200 (200)	2,0	—	35	1,3	6,0	10	150
KD226A	100 (100)	1,7	10	35	1,4	1,7	0,05	85
KD226B	200 (200)	1,7	10	35	1,4	1,7	0,05	85
KD226V	400 (400)	1,7	10	35	1,4	1,7	0,05	85
KD226G	600 (600)	1,7	10	35	1,4	1,7	0,05	85
KD226D	800 (800)	1,7	10	35	1,4	1,7	0,05	85
KD227A	100 (150)	5,0	—	1,2	1,6	5,0	0,8	85
KD227B	200 (300)	5,0	—	1,2	1,6	5,0	0,8	85
KD227V	300 (450)	5,0	—	1,2	1,6	5,0	0,8	85
KD227G	400 (600)	5,0	—	1,2	1,6	5,0	0,8	85
KD227D	500 (750)	5,0	—	1,2	1,6	5,0	0,8	85
KD227E	600 (850)	5,0	—	1,2	1,6	5,0	0,8	85
KD227Zh	800 (1200)	5,0	—	1,2	1,6	5,0	0,8	85
2D230A	400 (400)	3,0	60	10 (50)	1,5	3,0	0,045	125
2D230B	600 (600)	3,0	60	10 (20)	1,5	3,0	0,045	125
2D230V	800 (800)	3,0	60	10 (20)	1,5	3,0	0,045	125
2D230G	1000(1000)	3,0	60	10 (20)	1,5	3,0	0,045	125
2D230D	400 (400)	3,0	60	10 (20)	1,3	3,0	0,045	125
2D230E	600 (600)	3,0	60	10 (50)	1,3	3,0	0,045	125
2D230Zh	800 (800)	3,0	60	10 (20)	1,3	3,0	0,045	125
2D230I	1000(1000)	3,0	60	10 (20)	1,3	3,0	0,045	125
2D231A	(150)	10,0	150	200	1,0	10,0	0,05	125
2D231B	(200)	10,0	150	200	1,0	10,0	0,05	125
2D231V	(150)	10,0	150	200	1,0	10,0	0,05	125
2D231G	(200)	10,0	150	200	1,0	10,0	0,05	125
2D232A	(15)	10,0	250	200(200)	0,6	10,0	7,5	100
2D232B	(25)	10,0	250	200(200)	0,7	10,0	7,5	100
2D232V	(25)	10,0	250	200(200)	0,7	10,0	7,5	100
2D234A	100 (100)	3,0	10	50 (50)	1,5	3,0	0,1	125
2D234B	200 (200)	3,0	10	50 (50)	1,5	3,0	0,1	125
2D234V	400 (400)	3,0	10	50 (50)	1,5	3,0	0,1	125
2D251A	(50)	10,0	150	200	1,0	10,0	0,05	125
2D251B	(70)	10,0	150	200	1,0	10,0	0,05	125
2D251V	(100)	10,0	150	200	1,0	10,0	0,05	125
2D251G	(50)	10,0	150	200	1,0	10,0	0,05	125
2D251D	(70)	10,0	150	200	1,0	10,0	0,05	125
2D251E	(100)	10,0	150	200	1,0	10,0	0,05	125

High power rectifier diodes

Device type	Limit values of parameters at T=25C			Parameter values at T=25C				Tk.max (Tp.) C
Device type	Urev.max. (Uobra.i.mak.) B	Ipr.max. (Ipr.i.max.) A	Iprg. A	fwork (fmax) kHz	Upr. B	at Ipr. A	Iobr. mA	Tk.max (Tp.) C
1	2	3	4	5	6	7	8	9
2D2990A	600 (600)	20	—	200	1,4	20	11	125
2D2990B	400 (400)	20	—	200	1,4	20	11	125
2D2990V	200 (200)	20	—	200	1,4	20	11	125
KD2994A	100 (100)	20	—	200	1,4	20	0,2	125
KD2995A	50 (50)	20	—	200	1,1	20	0,01	150
KD2995B	70 (70)	20	—	200	1,1	20	0,01	150
KD2995V	100 (100)	20	—	200	1,1	20	0,01	150
KD2995G	50 (50)	20	—	200	1,1	20	0,01	150
KD2995E	100 (100)	20	—	200	1,1	20	0,01	150
2D2997A	200 (250)	30 (100)	—	100	1,0	30	25	125
2D2997B	100 (200)	30 (100)	—	100	1,0	30	25	125
2D2997V	50 (100)	30 (100)	—	100	1,0	30	25	125
KD2997A	200 (250)	30 (100)	—	100	1,0	30	25	125
KD2997B	100 (200)	30 (100)	—	100	1,0	30	25	125
KD2997V	50 (100)	30 (100)	—	100	1,0	30	25	125
2D2998A	15 (15)	30 (100)	600	200	0,6	30	150	125
2D2998B	25 (25)	30 (100)	600	200	0,68	30	150	125
2D2998V	25 (25)	30 (100)	600	200	0,68	30	150	125
2D2999A	200 (250)	20 (100)	—	100	1,0	20	25	125
2D2999B	100 (200)	20 (100)	—	100	1,0	20	25	125
2D2999V	50 (100)	20 (100)	—	100	1,0	20	25	125
KD2999A	200 (250)	20 (100)	—	100	1,0	20	25	125
KD2999B	100 (200)	20 (100)	—	100	1,0	20	25	125
KD2999V	50 (100)	20 (100)	—	100	1,0	20	25	125

Decoding the parameters of rectifier diodes:

Urev.max.	—	maximum permissible constant reverse voltage of the diode;
Urev.i.max.	—	maximum permissible pulse reverse voltage of the diode;
Ipr.max.	—	maximum average forward current for the period;
Ipr.i.max.	—	maximum pulse forward current per period;
Iprg.	—	rectifier diode overload current;
fmax	—	maximum permissible diode switching frequency;
fwork	—	operating frequency of diode switching;
Upr at Ipr	—	constant forward voltage of the diode at current Ipr;
Iobr.	—	constant reverse diode current;
Tk.max.	—	maximum permissible temperature of the diode body.
Tp.max.	—	maximum permissible diode junction temperature.

Rectifier posts

Device type	Limit values of parameters at T=25C			Parameter values at T=25C				Tk.max (Tp.) C
Device type	Urev.max. (Uob.i.max.) kB	Ipr.max. (Ipr.i.max.) mA	Iprg. A	fwork (fmax) kHz	Upr. B	at Ipr. mA	Iobr. mkA	Tk.max (Tp.) C
1	2	3	4	5	6	7	8	9
5GE200AF	(5,0)	1,2	—	(20)	210	1,2	70
5GE600AFM	(24,0)	1,2	—	(5)	800	1,2	70
D1004	(2,0)	100	—	1,0	5,0	100	100	100
D1005A	(4,0)	50	—	1,0	5,0	50	100	100
D1005B	(4,0)	100	—	1,0	10,0	100	100	100
D1006	(6,0)	100	—	1,0	10,0	100	100	100
D1007	(6,0)	75	—	1,0	10,0	75	100	100
D1007A	(8,0)	75	—	1,0	10,0	75	100	100
D1008	(10,0)	50	—	1,0	10,0	50	100	100
D1008A	(10,0)	50	—	1,0	10,0	50	100	100
D1009	(2,0)	300	—	1,0	4,0	100	100	70
D1009A	(1,0)	300	—	1,0	3,0	100	100	70
D1010	(2,0)	300	—	1,0	8,0	300	100	70
D1010A	(1,0)	300	—	1,0	5,0	300	100	70
D1011	(0,5)	300	—	1,0	2,0	300	100	70
D1011A	(0,5)	300	—	1,0	3,5	300	100	70
1TS104AI	1,0 (2,0)	10	20	10,0	6,5	50	150	70
2TS101A	0,7(0,7)	10	—	20,0	8,3	50	10	70
2TS102A	0,8	100	2,5	1,0	1,5	100	90	125
2TS102B	1,0	100	2,5	1,0	1,5	100	90	125
2Ц102В	1,2	100	2,5	1,0	1,5	100	90	125
2TS103A	2,0(2,0)	10	1,0	50(100)	10,0	50	10	70
KTs103A	2,0(2,0)	10	1,0	50(100)	10,0	50	10	70
KTs105A	(2,0)	100	—	1,0	3,5	100	100	85
KTs105B	(4,0)	100	—	1,0	3,5	100	100	85
KTs105V	(6,0)	100	—	1,0	7,0	100	100	85
KTs105G	(8,0)	75	—	1,0	7,0	50	100	85
KTs105D	(10,0)	50	—	1,0	7,0	50	100	85
KTs106A	4,0(4,0)	10	1,0	20(50)	25	10	5,0	85
KTs106B	6,0(6,0)	10	1,0	20(50)	25	10	5,0	85
KTs106V	8,0(8,0)	10	1,0	20(50)	25	10	5,0	85
KTs106G	10,0(10,0)	10	1,0	20(50)	25	10	5,0	85
KTs106D	2,0(2,0)	10	1,0	20(50)	25	10	5,0	85
2TS106A	4,0(4,0)	10	1,0	20(50)	25	10	5,0	125
2TS106B	6,0(6,0)	10	1,0	20(50)	25	10	5,0	125
2TS106V	8,0(8,0)	10	1,0	20(50)	25	10	5,0	125
2TS106G	10,0(10,0)	10	1,0	20(50)	25	10	5,0	125
KTs108A	(2,0)	100	5,0	50	6,0	180	150	85
KTs108B	(4,0)	100	5,0	50	6,0	180	150	85
KTs108V	(6,0)	100	5,0	50	10	180	150	85
2Ц108А	(2,0)	100	5,0	50	6,0	180	150	125
2TS108B	(4,0)	100	5,0	50	6,0	180	150	125
2Ц108В	(6,0)	100	5,0	50	10	180	150	125
KTs109A	(6,0)	300	—	15,6	7,0	300	10	85
2TS110A	(10,0)	100	5,0	1,0	10	100	100	125
2TS110B	(15,0)	100	5,0	1,0	10	100	100	125
KTs111A1	3,0(3,0)	1,0	1,0	(20)	12	1,0	0,1	60
2TS112A	(2,0)	10	1,0	D53	10	10	10	125
KTs113A-1	1,6(1,6)	0,5	1,5	0,4(20)	8,0	0,5	0,05	85
KTs114A	4,0(4,0)	50	1,0	(10)	22	50	10	85
KTs114B	6,0(6,0)	50	1,0	(10)	22	50	10	85
2TS114A	4,0(4,0)	50	1,0	(10)	22	50	10	125
2TS114B	6,0(6,0)	50	1,0	(10)	22	50	10	125
2TS116A	(5,0)	100	—	30	24	100	5,0	155
KTs117A	10,0(10,0)	1,3	—	15,6	35	10	1,0	75
KTs117B	12,0(12,0)	3,0	—	15,6	35	10	1,0	75
KTs118A	7,0(7,0)	2,0	—	15,1	35	10	1,0	100
KTs118B	10,0(10,0)	2,0	—	15,1	35	10	1,0	100
KTs118V	12,0(12,0)	2,0	—	15,1	35	10	1,0	100
2TS119A	10,0(10,0)	100	—	20	22	100	1,0	155
KTs201A	(2,0)	500	3,0	1,0	3,0	500	100	100
KTs201B	(4,0)	500	3,0	1,0	3,0	500	100	100
KTs201V	(6,0)	500	3,0	1,0	6,0	500	100	100
KTs201G	(8,0)	500	3,0	1,0	6,0	500	100	100
KTs201D	(10,0)	500	3,0	1,0	6,0	500	100	100
KTs201E	(15,0)	500	3,0	1,0	10	500	100	100
2TS202A	(2,0)	500	15	1,0(4,5)	3,0	500	100	125
2TS202B	(4,0)	500	15	1,0(4,5)	3,0	500	100	125
2Ц202В	(6,0)	500	15	1,0(4,5)	6,0	500	100	125
2TS202G	(8,0)	500	15	1,0(4,5)	6,0	500	100	125
2TS202D	(10,0)	500	15	1,0(4,5)	6,0	500	100	125
2Ц202E	(15,0)	500	15	1,0(4,5)	10	500	100	125
2TS203A	(6,0)	1000	30	1,0	8,0	1000	100	125
2TS203B	(8,0)	1000	30	1,0	8,0	1000	100	125
2Ц203В	(10,0)	1000	30	1,0	8,0	1000	100	125
2TS204A	(6,0)	1000	10	10(50)	11,5	1000	10	125

Decoding the parameters of rectifying columns:

Urev.max.	—	maximum permissible constant reverse voltage of the diode;
Urev.i.max.	—	maximum permissible pulse reverse voltage of the diode;
Ipr.max.	—	maximum average forward current for the period;
Ipr.i.max.	—	maximum pulse forward current per period;
Iprg.	—	rectifier diode overload current;
fwork	—	operating frequency of diode switching;
fmax	—	maximum permissible diode switching frequency;
Upr at Ipr	—	constant forward voltage of the diode at current Ipr.;
Ucz at Icz	—	constant forward voltage of the assembly at current Is;
Iobr.	—	constant reverse diode current;
Ixx.	—	direct current of the assembly switched on without load;
Tk.max.	—	maximum permissible temperature of the diode body.
Tp.max.	—	maximum permissible diode junction temperature.

Varicaps

Device type	Parameter values at T=25C							Urev.max. B	Iobr. mkA	Tk.max (Tp.) C
	Cnom at (Urev) pF (B)	DC pF	Ks.	at		Qv.	at f MHz
	Cnom at (Urev) pF (B)	DC pF	Ks.	U1 B	U2 B	Qv.	at f MHz
1	2	3	4	5	6	7	8	9	10	11
D901A	27,0 (4)	¦5,0	3,6…4,4	4	80	25	50	80	1	100
D901B	27,0 (4)	¦5,0	2,7…3,3	4	45	30	50	45	1	100
D901V	33,0 (4)	¦5,0	3,6…4,4	4	80	25	50	80	1	100
D901G	33,0 (4)	¦5,0	2,7…3,3	4	45	30	50	45	1	100
D901D	39,0 (4)	¦5,0	3,6…4,4	4	80	25	50	80	1	100
D901E	39,0 (4)	¦5,0	2,7…3,3	4	45	30	50	45	1	100
D902	9,0 (4)	¦3,0	2,5	—	—	30	50	25	10	100
KV101A	200 (0,8)	¦40,0	—	—	—	150	1	4	1	55
KV102A	18,5 (4)	¦4,5	1,8	4	45	40	50	45	1	85
KV102B	24,5 (4)	¦5,5	1,8	4	45	40	50	45	1	85
KV102V	32,5 (4)	¦7,5	1,8	4	45	40	50	45	1	85
KV102G	24,5 (4)	¦5,5	1,8	4	45	100	50	45	1	85
KV102D	24,5 (4)	¦5,5	1,8	4	80	40	50	80	1	85
2V102A	22,5 (4)	¦2,5	1,8	4	45	40	50	45	1	120
2V102B	24,5 (4)	¦2,5	1,8	4	45	40	50	45	1	120
2V102V	31,0 (4)	¦6,0	1,8	4	45	50	50	45	1	120
2V102G	18,0 (4)	¦4,0	1,8	4	45	50	50	45	1	120
2V102D	23,5 (4)	¦4,5	1,8	4	45	100	50	45	1	120
2B102E	31,0 (4)	¦6,0	1,8	4	45	100	50	45	1	120
2V102Zh	23,5 (4)	¦4,5	2,1	4	80	50	50	80	1	120
KV103A	20,0 (4)	-2,0 +12,0	—	—	—	50	50	80	10	80
KV103B	38,0 (4)	¦10,0	—	—	—	40	50	80	10	80
2V103A	20,0 (4)	-2,0 +12,0	—	—	—	50	50	80	10	125
2V103B	38,0 (4)	¦10,0	—	—	—	40	50	80	10	125
KV104A	105 (4)	¦15,0	1,8	4	45	100	10	45	5	85
KV104B	125 (4)	¦19,0	1,8	4	45	100	10	45	5	85
KV104V	160 (4)	¦32,0	1,8	4	45	100	10	45	5	85
KV104G	119 (4)	¦24,0	2,1	4	80	100	10	80	5	85
KV104D	160 (4)	¦32,0	2,1	4	80	100	10	80	5	85
KV104E	119 (4)	¦24,0	1,8	4	45	150	10	45	5	85
2V104A	105 (4)	¦15,0	1,8	4	45	100	10	45	5	125
2V104B	125 (4)	¦19,0	1,8	4	45	100	10	45	5	125
2V104V	160 (4)	¦32,0	1,8	4	45	100	10	45	5	125
2V104G	119 (4)	¦24,0	2,1	4	80	100	10	80	5	125
2V104D	160 (4)	¦32,0	2,1	4	80	100	10	80	5	125
2B104E	119 (4)	¦24,0	1,8	4	45	150	10	45	5	125
KV105A	500 (4)	¦100	3,8	4	90	500	1	90	20	100
KV105B	500 (4)	¦100	3	4	50	500	1	50	20	100
2V105A	500 (4)	¦100	4	4	90	500	1	90	20	125
2V105B	500 (4)	¦100	3	4	50	500	1	50	20	125
KV106A	35,0 (4)	¦15,0	—	—	—	40	50	120	20	95
KV106B	25,0 (4)	¦10,0	—	—	—	60	50	90	20	95
2V106A	35,0 (4)	¦15,0	—	—	—	40	50	120	20	125
2V106B	25,0 (4)	¦10,0	—	—	—	60	50	90	20	125
KV107A	25 (2…9)	¦15,0	—	—	—	20	10	5,5…16	100	70
KV107B	25 (6…18)	¦15,0	—	—	—	20	10	13…31	100	70
KV107V	47,5 (2…9)	¦17,5	—	—	—	20	10	5,5…16	100	70
KV107G	47,5 (6…18)	¦17,5	—	—	—	20	10	13…31	100	70
KV109A	2,45 (25)	¦0,2	4,0…5,5	3	25	300	50	25	0,5	85
KV109B	2,15 (25)	¦0,15	4,5…6,5	3	25	300	50	25	0,5	85
KV109V	2,5 (25)	¦0,6	4,0…6,0	3	25	160	50	25	0,5	85
KV109G	12,5 (3)	¦4,5	4	3	25	160	50	30	0,5	100
KV109D	11,5 (3)	¦4,5	2,2	3	25	30	50	30	1	100
KV109E	2,15 (25)	¦0,15	4,5…6,0	3	25	450	50	30	0,02	100
KV109Zh	2,3 (25)	¦0,5	4,0…6,0	3	25	300	50	30	0,02	100
KV110A	15,0 (4)	¦3,0	2,5	4	45	300	50	45	1	85
KV110B	18,0 (4)	¦3,6	2,5	4	45	300	50	45	1	85
KV110V	22,0 (4)	¦4,4	2,5	4	45	300	50	45	1	85
KV110G	15,0 (4)	¦3,0	2,5	4	45	150	50	45	1	85
KV110D	18,0 (4)	¦3,6	2,5	4	45	150	50	45	1	85
KV110E	22,0 (4)	¦4,4	2,5	4	45	150	50	45	1	85
2V110A	15,0 (4)	¦3,0	2,5	4	45	300	50	45	1	125
2V110B	18,0 (4)	¦3,6	2,5	4	45	300	50	45	1	125
2V110V	22,0 (4)	¦4,4	2,5	4	45	300	50	45	1	125
2V110G	15,0 (4)	¦3,0	2,5	4	45	150	50	45	1	125
2V110D	18,0 (4)	¦3,6	2,5	4	45	150	50	45	1	125
2B110E	22,0 (4)	¦4,4	2,5	4	45	150	50	45	1	125
KVS111A	33,0 (4)	¦3,3	2,1	4	30	200	50	30	1	100
KVS111B	33,0 (4)	¦3,3	2,1	4	30	150	50	30	1	100
KV112A-1	12,0 (4)	¦2,4	1,8	4	25	200	50	25	1	85
KV112B-1	15,0 (4)	¦3,0	1,8	4	25	200	50	25	1	85
2V112A-1	12,0 (4)	¦2,4	1,8	4	25	200	50	25	1	125
2V112B-1	15,0 (4)	¦3,0	1,8	4	25	200	50	25	1	125
2V112B9	15,0 (4)	¦3,0	1,8	4	25	200	50	25	1	125
KV113A	68,0 (4)	¦13,6	4,4	4	150	300	10	150	10	85
KV113B	68,0 (4)	¦13,6	3,9	4	115	300	10	115	10	85
2V113A	68,0 (4)	¦13,6	4,4	4	150	300	10	150	10	125
2V113B	68,0 (4)	¦13,6	3,9	4	115	300	10	115	10	125
KV114A-1	68,0 (4)	¦13,6	4,4	4	150	300	10	150	10	85
KV114B-1	68,0 (4)	¦13,6	3,9	4	115	300	10	115	10	85
2V114A-1	68,0 (4)	¦13,6	4,4	4	150	300	10	150	10	125
2V114B-1	68,0 (4)	¦13,6	3,9	4	115	300	10	115	10	125
KV115A	400 (0)	¦300	—	—	—	—	—	100	0,1	85
KV115B	400 (0)	¦300	—	—	—	—	—	100	0,05	85
KV115V	400 (0)	¦300	—	—	—	—	—	100	0,01	85
KV116A	210 (1)	¦42,0	18	1	10	100	1	10	1	85
2V116A-1	210 (1)	¦42,0	18	1	10	100	1	10	1	125
KV117A	33,0 (3)	¦6,6	5,0…7,0	3	25	180	50	25	1	100
KV117B	33,0 (3)	¦6,6	4,0…7,0	3	25	150	50	25	1	100
2V117A	33,0 (3)	¦6,6	5,0…7,0	3	25	180	50	25	1	125
2ВС118А	86,0 (4)	¦13,6	3,6…4,4	4	100	200	10	115	1	125
2ВС118Б	86,0 (4)	¦13,6	2,7…3,3	4	50	250	10	60	1	125
KV119A	210 (1)	¦42,0	18	1	10	100	1	12	1	85
2V119A	210 (1)	¦42,0	18	1	10	100	1	12	1	125
KVS120A	275 (1)	¦45,0	20	1	30	100	1	32	0,5	85
KVS120A1	275 (1)	¦45,0	20	1	30	100	1	32	0,5	85
KVS120B	275 (1)	¦45,0	20	1	30	100	1	32	0,5	85
KV121A	5,15 (25)	¦0,85	7,6	1,5	25	150	50	30	0,5	100
KV121B	5,15 (25)	¦0,85	7,6	1,5	25	200	50	30	0,5	100
KV122A	2,55 (25)	¦0,25	4,0…5,5	3	25	450	50	30	0,2	100
KV122A9	2,55 (25)	¦0,25	4,0…5,5	3	25	450	50	30	0,05	100
KV122B	2,15 (25)	¦0,15	4,5…6,5	3	25	450	50	30	0,2	100
KV122B9	2,15 (25)	¦0,25	4,5…6,5	3	25	450	50	30	0,05	100
KV122V	2,5 (25)	¦0,6	4,0…6,0	3	25	300	50	30	0,2	100
KV122V9	2,5 (25)	¦0,6	4,0…6,0	3	25	300	50	30	0,05	100
KV123A	3,2 (25)	¦0,6	6,8	3	25	250	50	28	0,05	100
2V124A	27,0 (3)	¦2,7	4,75…6,75	3	25	200	50	28	0,5	125
2V124A9	27,0 (3)	¦2,7	4,75…6,75	3	25	200	50	28	0,5	125
2V124A-5	27,0 (3)	¦2,7	4,75…6,75	3	25	200	50	28	0,5	125
2V124B	10,0 (3)	¦2,0	4,0…6,5	3	25	250	50	30	0,5	125
2V125A	30,0 (1)	¦6,0	—	—	—	150	50	14	1	125
2V125B	10,0 (4)	¦2,0	—	—	—	150	50	14	1	125
KV126A-5	3,2 (25)	¦0,6	6,8	3	25	200	50	28	0,5	100
KV127A	255 (1)	¦25,0	20	1	30	140	1	32	0,5	100
KV127B	290 (1)	¦30,0	20	1	30	140	1	32	0,5	100
KV127V	245 (1)	¦15,0	20	1	30	140	1	32	0,05	100
KV127G	275 (1)	¦45,0	20	1	30	100	1	32	0,5	100
KV128A	25,0 (1)	¦3,0	1,9	1	9	300	50	12	0,05	100
KV129A	9,0 (3)	¦1,8	4	Uk-1	Uк+1	50	50	25	0,5	100
KV130A	4,1 (28)	¦0,4	12	1	28	300	50	28	0,05	100
KV130A9	4,1 (28)	¦0,4	12	1	28	300	50	28	0,05	100
KV131A	485 (1)	¦45,0	18	1	8,5	130	1	14	0,05	100
KV132A	33,0 (2)	¦6,6	3,5	2	5	300	50	12	0,05	100
KV133A	150 (4)	¦30	8	4	27	100	10	32	1	125
KV134A	20,0 (1)	¦2,0	3	1	10	400	50	23	0,05	100
KV134A9	20,0 (1)	¦2,0	3	1	10	400	50	23	0,05	100
KV135A	540 (1)	¦54,0	16	1	10	150	1	13	0,5	100
KV136A	18,0 (4)	¦1,9	2,6…3,1	2	30	350	50	30	0,02	100
KV136B	22,0 (4)	¦2,2	2,6…3,1	2	30	350	50	30	0,02	100
KV138A	18,0 (2)	¦2,0	3,5	2	5	200	50	12	0,05	100
KV138B	19,0 (2)	¦2,0	3,5	2	5	200	50	12	0,05	100
KV139A	560 (1)	¦60,0	18	1	5	160	1	16	0,1	100
KV140A-1	190 (1)	¦20,0	18	1	10	200	1	15	1	125
KV140B-1	217,5(1)	¦22,5	18	1	10	200	1	15	1	125
2V141A-6	6,0 (8)	¦0,6	3	1	8	600	50	16	0,2	125
2V143A	27,0 (3)	¦2,7	3,2…4,1	3	15	400	50	18	0,05	125
2V143B	27,0 (3)	¦2,7	3,8…4,8	3	15	400	50	18	0,05	125

Explanation of varicap parameters:

Sleep	—	rated capacitance of the varicap at a given reverse voltage;
Urev.	—	reverse voltage on varicap;
DC	—	deviation range of the varicap nominal capacity;
Ks.	—	overlap coefficient of the varicap capacitance when the voltage changes from U1 to U2;
Qv.	—	quality factor of the varicap at frequency f;
Urev.max.	—	maximum permissible reverse voltage of the varicap;
Iobr.	—	constant reverse current varicap;
Tk.max.	—	maximum permissible temperature of the varicap housing;
Tp.max.	—	maximum permissible temperature of the varicap junction.

LEDs

Device type	Glow color	Parameter values at T=25C				Ipr.max. mA	Uobr.i) B	Tk.max (Tp.) ¦С
Device type	Glow color	IV. mkd (L, cd/m2)	Upr. B	Ipr.nom. mA	lmax. mkM	Ipr.max. mA	Uobr.i) B	Tk.max (Tp.) ¦С
1	2	3	4	5	6	7	8	9
KL101A	Yellow	(10)	5,5	10	0,64	10	—	70
KL101B	Yellow	(15)	5,5	20	0,64	20	—	70
KL101V	Yellow	(20)	5,5	40	0,64	40	—	70
2L101A	Yellow	(10)	5	10	0,64	10	—	70
2L101B	Yellow	(15)	5	20	0,64	20	—	70
AL102A	Red	40	2,8	5	0,69	10	(2,0)	70
AL102AM	Red	40	—	—	0,69	20	2,0	70
AL102B	Red	100	2,8	10	0,69	20	(2,0)	70
AL102BM	Red	100	—	—	0,69	20	2,0	70
AL102V	Green	200	2,8	20	0,53	22	(2,0)	70
AL102VM	Green	200	—	—	0,56	22	2,0	70
AL102G	Red	250	2,8	10	0,69	20	(2,0)	70
AL102GM	Red	250	—	—	0,69	20	2,0	70
AL102D	Green	400	2,8	20	0,53	22	(2,0)	70
AL102DM	Green	400	—	—	0,56	22	2,0	70
3L102A	Red	20	3	5	0,69	20	(2,0)	70
3L102B	Red	100	3	10	0,69	20	(2,0)	70
3L102V	Green	250	2,8	20	0,53	22	(2,0)	70
3L102G	Red	60	3	10	0,69	20	(2,0)	70
3L102D	Red	200	3	10	0,69	20	(2,0)	70
AL112A	Red	(1000)	2	10	0,68	12	—	70
AL112B	Red	(600)	2	10	0,68	12	—	70
AL112V	Red	(250)	2	10	0,68	12	—	70
AL112G	Red	(350)	2	10	0,68	12	—	70
AL112D	Red	(150)	2	10	0,68	12	—	70
AL112E	Red	(1000)	2	10	0,68	12	—	70
AL112Zh	Red	(600)	2	10	0,68	12	—	70
AL112I	Red	(250)	2	10	0,68	12	—	70
AL112K	Red	(1000)	2	10	0,68	12	—	70
AL112L	Red	(600)	2	10	0,68	12	—	70
AL112M	Red	(250)	2	10	0,68	12	—	70
AL301A-1	Red	25	2,8	5	0,7	11	—	70
AL301B-1	Red	100	2,8	10	0,7	11	—	70
AL307A	Red	150	2	10	0,666	20	2,0	70
AL307AM	Red	150	2	10	0,666	20	2,0	70
AL307B	Red	900	2	10	0,666	20	2,0	70
AL307BM	Red	900	2	10	0,666	20	2,0	70
AL307V	Green	400	2,8	20	0,566	22	2,0	70
AL307VM	Green	400	2,8	20	0,566	22	2,0	70
AL307G	Green	1500	2,8	20	0,566	22	2,0	70
AL307GM	Green	1500	2,8	20	0,566	22	2,0	70
AL307D	Yellow	400	2,8	10	0,56; 0,7	22	2,0	70
AL307DM	Yellow	400	2,5	10	0,56; 0,7	22	2,0	70
AL307E	Yellow	1500	2,8	10	0,56; 0,7	22	2,0	70
AL307EM	Yellow	1500	2,5	10	0,56; 0,7	22	2,0	70
AL307ZhM	Yellow	3500	2,5	10	0,56; 0,7	22	2,0	70
AL307I	Orange	400	2,8	10	0,56	22	2,0	70
AL307KM	Red	2000	2	10	—	20	2,0	70
AL307L	Orange	1500	2,8	10	0,56	22	2,0	70
AL307NM	Green	6000	2,8	20	—	22	2,0	70
AL310A	Red	610	2	10	0,67	12	—	70
AL310B	Red	250	2	10	0,67	12	—	70
AL316A	Red	800	2	10	0,67	20	—	70
AL316B	Red	250	2	10	0,67	20	—	70
ALS331A	Change.	600	4	20	0,56…0,7	20	2	70
3LS331A	Change.	250	3	10	—	20	2	70
AL341A	Red	150	2,8	10	0,69…0,71	20	2,0	70
AL341B	Red	500	2,8	10	0,69…0,71	20	2,0	70
AL341V	Green	150	2,8	10	0,55…0,56	22	2,0	70
AL341G	Green	500	2,8	10	0,55…0,56	22	2,0	70
AL341D	Yellow	150	2,8	10	0,55; 0,7	22	2,0	70
AL341E	Yellow	500	2,8	10	0,55; 0,7	22	2,0	70
AL341I	Red	300	2	10	—	30	2,0	70
AL341K	Red	700	2	10	—	30	2,0	70
KL360A	Green	300	1,7	10	—	20	—	85
KL360B	Green	600	1,7	10	—	20	—	85
3L360A	Green	300	1,7	10	—	20	—	85
3L360B	Green	600	1,7	10	—	20	—	85
KLD901A	Blue	150	12	3	0,466	6	—	70
KIPD01A-1L	Green	800	7	10	0,55…0,56	12	8,0	70
KIPD01B-1L	Green	600	7	10	0,55…0,56	12	8,0	70
KIPD02A-1K	Red	400	1,8	5	0,7	20	3,0	70
KIPD02B-1K	Red	900	1,8	5	0,7	20	3,0	70
KIPD02V-1L	Green	250	2,5	5	0,55	20	3,0	70
KIPD02G-1L	Green	500	2,5	5	0,55	20	3,0	70
KIPD02D-1ZH	Yellow	250	2,5	5	0,63	20	3,0	70
KIPD02E-1ZH	Yellow	650	2,5	5	0,63	20	3,0	70
KIPD03A-1K	Red	60	2	5	0,65	8,0	5,0	70
KIPD03A-1ZH	Yellow	30	2,5	5	0,6	8,0	5,0	70
KIPD03A-1L	Green	32	3	5	0,57	8,0	5,0	70
KIPD04A-1K	Red	15000	2	10	0,7	30	2,0	70
KIPD04B-1K	Red	10000	2	10	0,7	30	2,0	70
KIPD05A-1K	Red	200	1,8	5	0,7	6,0	6,0	70
KIPD05B-1L	Green	100	2,5	5	0,55	6,0	6,0	70
KIPD05V-1ZH	Yellow	100	2,5	5	0,63	6,0	6,0	70
KIPD06A-1K	Red	4000	5,5	25	0,7	25	10,0	55
KIPD06B-1K	Red	6000	5,5	25	0,7	25	10,0	55
KIPD06V-1L	Green	3000	7,5	25	—	25	10,0	55
KIPD06G-1L	Green	5000	7,5	25	—	25	10,0	55
KIPM01A-1K	Red	400	2	10	0,65…0,675	30	5,0	70
KIPM01B-1K	Red	1000	2	10	0,65…0,675	30	5,0	70
KIPM01V-1L	Zhel-Zel	400	2,8	20	0,55…0,57	30	5,0	70
KIPM01G-1L	Zhel-Zel	1000	2,8	20	0,55…0,57	30	5,0	70
KIPM01D-1L	Zhel-Zel	2000	2,8	20	0,55…0,57	30	5,0	70
KIPM02A-1K	Red	400	2	10	0,65…0,675	30	5,0	70
KIPM02B-1K	Red	1000	2	10	0,65…0,675	30	5,0	70
KIPM02V-1L	Zhel-Zel	400	2,8	20	0,55…0,57	30	5,0	70
KIPM02G-1L	Zhel-Zel	1000	2,8	20	0,55…0,57	30	5,0	70
KIPM02D-1L	Zhel-Zel	2000	2,8	20	0,55…0,57	30	5,0	70
KIPM03A-1K	Red	400	2	10	0,65…0,675	30	5,0	70
KIPM03B-1K	Red	1000	2	10	0,65…0,675	30	5,0	70
KIPM03V-1L	Zhel-Zel	400	2,8	20	0,55…0,57	30	5,0	70
KIPM03G-1L	Zhel-Zel	1000	2,8	20	0,55…0,57	30	5,0	70
KIPM03D-1L	Zhel-Zel	2000	2,8	20	0,55…0,57	30	5,0	70
KIPM04A-1K	Red	400	2	10	0,65…0,675	30	5,0	70
KIPM04B-1K	Red	1000	2	10	0,65…0,675	30	5,0	70
KIPM04V-1L	Zhel-Zel	400	2,8	20	0,55…0,57	30	5,0	70
KIPM04G-1L	Zhel-Zel	1000	2,8	20	0,55…0,57	30	5,0	70
KIPM04D-1L	Zhel-Zel	2000	2,8	20	0,55…0,57	30	5,0	70

Decoding the parameters of light-emitting diodes:

IV.	—	LED luminous intensity;
L	—	LED brightness;
Upr.	—	direct voltage drop across the LED at current Ipr.nom.;
Ipr.nom.	—	rated forward current of the LED;
lmax.	—	maximum spectral distribution of the LED;
Ipr.max.	—	maximum permissible forward current through the LED;
Urev.max	—	maximum permissible LED reverse voltage;
Urev.i.max	—	maximum permissible pulse reverse voltage of the LED;
Tk.max.	—	maximum permissible temperature of the LED housing;
Tp.max.	—	maximum permissible LED junction temperature.

Decoding the parameters of light-emitting diodes in the IR range:

Rizl.	—	IR LED radiation power;
Upr.	—	direct voltage drop across the LED at current Ipr.nom.;
Ipr.nom.	—	rated forward current of the LED;
tout.iz.	—	LED emission pulse rise time;
tsp.iz.	—	LED emission decay time;
lmax.	—	maximum spectral distribution of the LED;
Ipr.max.	—	maximum permissible forward current through the LED;
Urev.max	—	maximum permissible LED reverse voltage;
Tk.max.	—	maximum permissible temperature of the LED housing;
Tp.max.	—	maximum permissible LED junction temperature.

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Nikolaj-2 05/30/2019 23:17 I liked it very much. Everything is convenient and accessible.

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Practical use of rectifier diode

Due to the unstoppable development of scientific and technological progress, the use of rectifiers has affected all spheres of human activity. Power rectifier diodes are used in the following components and mechanisms:

in power supplies for main engines of vehicles (land, air and water), industrial machines and equipment, drilling rigs;
complete with diode bridge for welding machines;
in rectifying installations for galvanic baths used for producing non-ferrous metals or applying a protective coating to a part or product;
in rectifier installations for water and air purification, filters of various kinds;
for transmitting electricity over long distances via high-voltage power lines.

In everyday life, rectifiers are used in various transistor circuits. Low-power devices are mainly used, both in the form of a half-wave rectifier and in the form of a diode bridge. For example, the diodes of the generator rectifier unit are well known to car enthusiasts.