SRD - Standard Recovery Diodes
Standard recovery diodes are divided into rectifier diodes and fast diodes. They are optimised for low conduction losses and can handle very large currents.
Rectifier diodes are subdivided into normal recovery diodes and avalanche diodes. Those are usually used for AC-DC conversion.
Specifications
- 35A - 60 A
- Passivated glass plate
- Low forward voltage drop
- High overvoltage capability
- Low leakage current
- Normal and reverse polarity
- Metric and UNF threads available
Datasheets
Dokumenttyp | Hersteller | Bezeichnung | Datei |
Datasheet | NAINA | SRD 35A | 1N1183 - 1N1186R | PDF 554.4 Kb |
Datasheet | NAINA | SRD 35A | 1N1187 - 1N1190R | PDF 550.7 Kb |
Datasheet | NAINA | SRD 35A | 1N3765 - 1N3768R | PDF 550.4 Kb |
Datasheet | NAINA | SRD 40A | 1N1183A - 1N1186AR | PDF 549.5 Kb |
Datasheet | NAINA | SRD 40A | 1N1187A - 1N1190AR | PDF 554.4 Kb |
Datasheet | NAINA | SRD 60A | 1N2128A - 1N2131AR | PDF 546.7 Kb |
Datasheet | NAINA | SRD 60A | 1N2133A - 1N2138AR | PDF 167.3 Kb |
SRD Facts
The standard recovery diode (SRD) has not changed much over the years. SRDs are used in circuits that require fast voltage recovery, such as switching power supplies and rectifiers.
However, in recent years there have been some developments in SRDs aimed at their performance and reliability.
- Improving performance: The performance of SRDs has been improved through the use of new materials and manufacturing technologies. This has led to higher operating frequencies, higher current densities and higher voltages that can be handled by these diodes.
- Improved reliability: By using better materials and manufacturing processes, SRDs can be produced with higher reliability. This means they last longer and are less prone to failure or damage.