Code | photo_camera | Remains | shopping_cart | 1 | 2 | |||||||||
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005881 | Suppressor Protective diode 1,5kW 13V unidirectional | total: 1935 pcs маг ДП: 1935 pcs |
| DO201 | ||||||||||
005882 | Suppressor Protective diode 1.5kW 13V bidirectional | total: 1968 pcs маг ДП: 1968 pcs |
| DO201 | ||||||||||
005883 | Suppressor Protective diode 1,5kW 150V unidirectional | total: 493 pcs маг ДП: 493 pcs |
| DO201 | ||||||||||
005884 | Suppressor Protective diode 1,5kW 180V bidirectional | total: 1704 pcs маг ДП: 1704 pcs |
| DO201 | ||||||||||
005885 | Suppressor Protective diode 1.5kW 51V bidirectional | total: 391 pcs маг ДП: 391 pcs |
| DO201 | ||||||||||
005888 | Suppressor P Protective diode 600W 10V unidirectional | total: 3255 pcs маг ДП: 3255 pcs |
| DO15 | ||||||||||
005890 | Suppressor P Protective diode 600W 160V unidirectional | total: 3910 pcs маг ДП: 3910 pcs |
| DO15 | ||||||||||
005891 | Suppressor P Protective diode 600W 24V unidirectional | total: 3870 pcs маг ДП: 3870 pcs |
| DO15 | ||||||||||
005892 | Suppressor P Protective diode 600W 51V unidirectional | total: 1093 pcs маг ДП: 1093 pcs |
| DO15 | ||||||||||
005895 | Suppressor P Protective diode 600W 7.5V unidirectional | total: 1531 pcs маг ДП: 1531 pcs |
| DO15 | ||||||||||
005896 | Suppressor P Protective diode 600W 7.5V bidirectional | total: 3402 pcs маг ДП: 3402 pcs |
| DO15 | ||||||||||
005897 | Suppressor P Protective diode 600W 75V unidirectional | total: 1159 pcs маг ДП: 1159 pcs |
| DO15 | ||||||||||
005899 | Suppressor P Protective diode 600W 82V unidirectional | total: 1320 pcs маг ДП: 1320 pcs |
| DO15 | ||||||||||
006460 | Suppressor Protective diode 1,5kW 440V unidirectional | total: 781 pcs маг ДП: 781 pcs |
| DO201 | ||||||||||
010632 | Suppressor Protective diode 1.5kW 39V bidirectional | total: 377 pcs маг ДП: 377 pcs |
| DO201 | ||||||||||
010817 | Suppressor | total: 1609 pcs маг ДП: 1609 pcs |
| SMA | ||||||||||
011409 | Zener diode 0.3W, 22V | total: 2840 pcs маг ДП: 2840 pcs |
| SOT23 | ||||||||||
011506 | Suppressor P Protective diode 600W 100V bidirectional | total: 452 pcs маг ДП: 452 pcs |
| DO15 | ||||||||||
011648 | Zener diode Vnom=12V(at 100mA) Pmax=5W Imax=395mA | total: 315 pcs маг ДП: 315 pcs |
| CASE 017AA | ||||||||||
013094 | Zener diode | total: 2200 pcs маг ДП: 2200 pcs |
| SOT23 | ||||||||||
013095 | Zener diode | total: 3380 pcs маг ДП: 3380 pcs |
| SOT23 | ||||||||||
013759 | Suppressor | total: 130 pcs маг ДП: 130 pcs |
| SMB | ||||||||||
014290 | Suppressor P | total: 1470 pcs маг ДП: 1470 pcs |
| DO15 | ||||||||||
014596 | Suppressor | total: 610 pcs маг ДП: 610 pcs |
| DO201 | ||||||||||
015961 | Suppressor P | total: 1160 pcs маг ДП: 1160 pcs |
| SMB | ||||||||||
018333 | Zener diode Vnom=24V(at 50mA) Pmax=5W Imax=198mA | total: 11535 pcs маг ДП: 3535 pcs |
| CASE 017AA | ||||||||||
020302 | ESD protection device | total: 250 pcs маг ДП: 250 pcs |
| SOT23 | BOURNS | |||||||||
020303 | ESD protection device | total: 84 pcs маг ДП: 84 pcs |
| SOT23 | ||||||||||
020304 | ESD protection device | total: 164 pcs маг ДП: 164 pcs |
| SOT23 | BOURNS | |||||||||
020306 | ESD protection device | total: 210 pcs маг ДП: 210 pcs |
| SOD323 | BOURNS | |||||||||
020329 | ESD protection device | total: 25 pcs маг ДП: 25 pcs |
| SO8 | ||||||||||
022012 | Suppressor | total: 1346 pcs маг ДП: 1346 pcs |
| SMA | ||||||||||
022013 | Suppressor | total: 1470 pcs маг ДП: 1470 pcs |
| SMA | ||||||||||
022014 | Suppressor | total: 520 pcs маг ДП: 520 pcs |
| SMA | ||||||||||
022015 | Suppressor | total: 280 pcs маг ДП: 280 pcs |
| SMA | ||||||||||
022016 | Suppressor | total: 3987 pcs маг ДП: 3987 pcs |
| SMA | ||||||||||
022017 | Suppressor | total: 160 pcs маг ДП: 160 pcs |
| SMA | ||||||||||
022018 | Suppressor | total: 2150 pcs маг ДП: 2150 pcs |
| SMA | ||||||||||
022019 | Suppressor | total: 2041 pcs маг ДП: 2041 pcs |
| SMA | ||||||||||
022020 | Suppressor | total: 660 pcs маг ДП: 660 pcs |
| SMA | ||||||||||
022021 | Suppressor | total: 285 pcs маг ДП: 285 pcs |
| SMA | ||||||||||
022022 | Suppressor | total: 1125 pcs маг ДП: 1125 pcs |
| SMA | ||||||||||
022023 | Suppressor | total: 225 pcs маг ДП: 225 pcs |
| SMA | ||||||||||
022028 | Suppressor | total: 1860 pcs маг ДП: 1860 pcs |
| SMA | ||||||||||
022029 | Suppressor | total: 3820 pcs маг ДП: 3820 pcs |
| SMA | ||||||||||
022030 | Suppressor | total: 805 pcs маг ДП: 805 pcs |
| SMA | ||||||||||
022032 | Suppressor | total: 1557 pcs маг ДП: 1557 pcs |
| SMA | ||||||||||
022043 | Suppressor P | total: 3940 pcs маг ДП: 3940 pcs |
| DO15 | ||||||||||
022044 | Suppressor P | total: 3810 pcs маг ДП: 3810 pcs |
| DO15 | ||||||||||
022045 | Suppressor P | total: 3940 pcs маг ДП: 3940 pcs |
| DO15 |
A semiconductor diode consists of either p-type and n-type semiconductors (semiconductors with different types of impurity conductivity), or semiconductor and metal (Schottky diode). The contact between semiconductors is called a pn junction and conducts current in one direction (has one-way conductivity).
Special types of diodes:
- Zener diodes (Zener diodes) are diodes operating in the mode of (reversible) breakdown of the pn junction (see the reverse branch of the current-voltage characteristic). Used for voltage stabilization.
- Tunnel diodes (Leo Esaki diodes) are diodes that use quantum mechanical effects. On the current-voltage characteristic, they have a region of the so-called "negative resistance". They are used as amplifiers, generators, etc.
- Inverted diodes are diodes that have a much lower on-state voltage drop than conventional diodes. The principle of operation of such diodes is based on the tunneling effect.
- Point diodes are diodes characterized by a low p-n-junction capacitance and the presence on the reverse branch of the current-voltage characteristic of a section with a negative differential resistance. Previously, they were used in microwave technology (due to the low capacity of the p-n-junction) and were used in generators and amplifiers (due to the presence on the reverse branch of the current-voltage characteristic of a section with negative differential resistance).
- Varicaps (John Geumm diodes) are diodes with a large capacity when the pn junction is locked, depending on the applied reverse voltage. They are used as variable capacitors.
- LEDs (Henry Round diodes) are diodes that differ from ordinary diodes in that they emit light in the visible range (and not in the infrared) when electrons and holes recombine in the pn junction. LEDs are also produced with radiation in the infrared range, and more recently - in the ultraviolet.
- Semiconductor lasers are diodes that are similar in design to LEDs, but have an optical resonator. Emit coherent light.
- Photodiodes are diodes that are exposed to light.
- A solar cell is a diode similar to a photodiode but operates without bias. Light falling on the pn junction causes the movement of electrons and the generation of current.
- Gunn diodes are diodes used for generating and converting frequencies in the microwave range.
- The Schottky diode is a low voltage drop diode with direct power on.
- An avalanche diode is a diode whose principle of operation is based on an avalanche breakdown (see the reverse section of the current-voltage characteristic). It is used to protect circuits from overvoltage.
- Avalanche-transit diode is a diode, the principle of operation of which is based on avalanche multiplication of charge carriers. It is used to generate oscillations in microwave technology.
- Magnetodiode is a diode, the current-voltage characteristic of which significantly depends on the value of the magnetic field induction and the location of its vector relative to the plane of the p-n-junction.
- Stabilizers are diodes, during the operation of which a section of the branch of the current-voltage characteristic is used, corresponding to the "forward voltage" on the diode.
- A mixing diode is a diode designed to multiply two high-frequency signals.
- pin diode - a diode with a lower capacitance due to the presence between heavily doped p- and n-type semiconductors of a material characterized by its own conductivity. Used in microwave technology, power electronics, as a photodetector.
* the full version of the article can be found atlink