About Electronic Diodes
Backed by rich industry experience and knowledge, we have been able to satisfy the diverse needs of clients by trading & exporting Electronic Diodes that allows current to flow in one direction only. The offered electronic diodes can be viewed as an electronic version of a check valve. Completely temperature resistance, these diodes are demanded most commonly to convert AC to DC. We thoroughly check these diodes on assorted predefined parameters in ahead of supplying it to our valuable customers.
Product details
| Color | Orange |
| Current (Amp) | 10a |
| Voltage | 35v |
High Performance for Power and Signal ApplicationsDesigned for rectification, demodulation, and fast switching, these silicon diodes are suitable for use in a variety of electronic and industrial circuits. Their 1000V peak reverse voltage and 1A continuous forward current capacity make them optimal for regions requiring stable power handling and reliable performance.
Versatile and Easy IntegrationWith standard miniature-size dimensions, axial-lead design, and 25mm long leads, these diodes easily fit into through-hole PCB layouts. Their solderable leads and tape reel packaging ensure rapid and efficient placement during assembly, accommodating both prototyping and mass production needs.
Reliable Operation in Demanding EnvironmentsCapable of working within a broad temperature range (-65C to +150C) and compliant with RoHS standards, these diodes ensure safety, environmental friendliness, and longevity for a variety of consumer and industrial applications.
FAQs of Electronic Diodes:
Q: How can these electronic diodes be used in power supply units?
A: These diodes serve as crucial components for converting AC to DC through rectification in power supply circuits. Their 1000V peak reverse voltage and 1A forward current capacity ensure they handle substantial input voltages and continuous loads found in power supply units.
Q: What are the main benefits of using silicon diodes with a fast reverse recovery time?
A: A reverse recovery time of less than 4s allows the diode to rapidly switch between conducting and non-conducting states. This results in efficient performance, minimized power losses, and suitability for high-speed switching applications.
Q: Where is the optimal placement of these diodes within an electronic circuit?
A: Optimal placement typically includes rectifier bridges, signal demodulation stages, and protection circuits within consumer electronics and industrial automation devices. Their standard size and through-hole design facilitate integration into a variety of PCB layouts.
Q: What mounting process is appropriate for these diodes?
A: These diodes are designed for through-hole mounting using their axial leads. They can be soldered onto PCBs, and their 25mm lead length accommodates various board thicknesses and layouts, ensuring reliable mechanical and electrical connections.
Q: When should I select these diodes for a project?
A: Choose these diodes when your application requires handling voltages up to 1000V, continuous currents up to 1A, and reliable, fast switching. Their broad operating temperature range and RoHS compliance also make them suitable for environmentally-conscious and demanding designs.
Q: What types of electronic systems benefit from these diodes features?
A: Power supply modules, industrial automation controls, consumer electronic devices, and systems requiring signal rectification or demodulation particularly benefit from these diodes low forward voltage drop, high reliability, and fast response.