But, you can ask any further questions, and we’ll respond promptly.The 1N4007 diode is probably the most popular of all diodes, since it is installed in the vast majority of chargers for phones, smartphones and tablets. We’ve covered all the critical insights about this component. ConclusionĮlectronic appliances require diodes such as the 1N4002 to regulate the direction of current flow. But, they belong to the same family of diodes and can thus be used interchangeably depending on the circuit’s peak discharge current. In addition to these differences, the max fwd current of the respective diodes also varies. Also, 1N4007 features an 8pF junction capacitance, but the 1N4002 is at 15pF.Secondly, the 1N4007 diode has a 700V reverse RMS voltage compared to 35V for the 1N4002.The 1N4007 has a 1000V peak repetitive reverse voltage, while the 1N4002 is 50V.Appliances and battery charger circuits.ĭifferences Between 1N4002 and 1N4007 diodes.Signal processing applications and voltage blocking use.Addresses reverse polarity issues and power management aspects.Applicationsįigure 6: The Diode is essential in AC to DC conversionĪmong the fundamental uses of the diode includes the following: Otherwise, the flow of current will be prone to discharge. However, for outputs above 25V, having a protection diode is imperative. They prevent voltage spikes and current surges from harming other parts of the course.įor a circuit with a 15V output voltage having a diode is unnecessary. The protection diode is handy in parenting low current areas within the regulator IC.Īlso, note that the circuit features diode 1 and diode 2. Notably, the circuit features external capacitors and an IC regulator. Some of the similar general-purpose silicon rectifier diodes to the 1N4001 diode include the following: LM338 IC Protection Circuit using 1N4002 DiodeĬheck out the circuit diagram below for the use of the 1N4002 diode in protecting an LM338 IC. The diode best operates at a temperature range of -55 degrees – +175 degrees Celsius.Moreover, it has a diffused junction and a 3W maximum power dissipation.The diode has a current-reverse leakage property which significantly minimizes its leakage.But, it is also possible to find both DO-41 & SMD packages of the diode. Further, it comes in a DO-41 Package type and features a 70V RMS (Root Mean Square) reverse voltage.Also, the diode has a 30A non-repetitive peak current and 100V peak repetitive reverse voltage.It has a 1A average forward current and a 5uA reverse current.Thus electronic hobbyists can quickly tell the cathode as it features a silver band. Often, the cathode end features a color band to distinguish it from the anode. Cathode– Electrical current leaves the diode via the cathode.Anode– It’s the terminal via which continuous current enters the diode.The current flow regulator has two main pins: the anode and the cathode. Moreover, the 1N4002 Rectifier diode is necessary for circuits with a current of 1A. Also, this family of rectifier diodes is handy in various current rectification applications. It’s a lead silicon rectifier diode, often housed in a plastic cover.
#1n4007 diode anode cathode series
The 1N4002 belongs to the 1N400x series diodes. Primarily, current must flow from the anode to the cathode terminal, which is what a diode in any electrical appliance facilitates. What is a 1N4002 Diode?Īny diode operates as a two-terminal component, enabling the unidirectional flow of current. Join us as we explore the critical properties of the 1N400x diode series family, emphasizing the features of the 1N4002. There are several general-purpose diodes on the market, and the 1N4002 diode is one of them.
0 kommentar(er)
