1N4007 is designed to work on high voltages and can easily operate with voltages under 1000V.ĭue to the small size and low cost of 1N4007 diode, it can be found in many practical devices such as: It converts the power from AC to DC with a filter capacitor. Parameter Value Package DO-45 and SMD packages Diode Silicon Rectifier General Usage Operating temperature -55 to 175 degrees Celsius Max Power Dissipation 3W Max Repetitive Reverse Voltage 1000V Average Forward Current 1000mA Non-repetitive Max Forward Current 30A Reverse voltage 500 to 700V Forward voltage drop 1.1V Max direct current intensity 1A Specifications of 1N4007 What is a 1N4007 diode used for?ġN4007 is a general diode that is used as a rectifier in an electronic circuit. The other specifications of 1N4007 are given in tabular form. 1N4007 diode is a comparatively low-speed rectifier diode, which is not efficient for square waves of greater than 15 kHz.Its power dissipation is 3W, and the average direct current is 1000mA or 1A.It can support reverse voltage peaks up to 1000V and 30A current.1N4007 diode can withstand currents up to 1A continuously with a voltage up to 700V.Other Important Features of the 1N4007 diode are The 1N4007 diode has reverse voltage ratings of 1000 V and can handle temperatures up to 175 degrees Celsius which makes it suitable for Rectification purposes. Pin Name Polarity Function 1 Anode Positive Current always enters through the Anode 2 Cathode Negative Current always exit through the Cathode Pinout of 1N4007 1N4007 Diode Specifications The table given below describes 1N4007 pins. The diodes in the 1N400X series have similar properties, so if the 1N4001 does not work for you, you can use 1N4002 as its substitute. So, 1N signifies that it is a single junction semiconductor. 400X is the identification number to specify the diode.N signifies that it is a semiconductor diode.The standard is specific for semiconductor devices and now has been adopted globally. The naming of 1NXXXX devices is based on the American standard numbering system. Here’s the table that shows the difference in their reverse voltage ratings: 1N400X Diode Reverse Voltage 1N4001 50 V 1N4002 100 V 1N4003 200 V 1N4004 400 V 1N4005 600 V 1N4006 800 V 1N4007 1000 V This table compares the Reverse voltage ratings of 1N400x Diodes What does 1N in 1N400x represent? The blocking voltage ranges from 50 volts in 1N4001 to 1000 volts in 1N4007. The 1N400x series was originally introduced by Motorola’s Semiconductor Products Division registered at JEDEC in 1963 for military and industrial applications.ġN400x (1N4001 or 1N4000) series belongs to the family of 1 Ampere silicon rectifier diodes which are generally used in AC adapters for common household appliances. What is the 1N400X Recifier Diode series? Due to these parameters, these diodes are used in rectifier circuits for the conversion of AC to DC, and hence the name, rectifier diode.įrom the construction point of view, these are solid-state devices made of semiconductor material that replaced vacuum valves for the rectification of the electrical signal. Here’s what it means-Ī rectifier diode is a semiconductor diode with higher current ratings, higher reverse voltage ratings, higher leakage current, and higher junction capacitance. What are Rectifier Diodes?ġN4007 is a rectifier diode. Due to this, they are used for converting AC to DC power.ġN4007 is one such diode, used in power supplies to prevent a negative voltage supply from causing problems in a circuit. 1N4007 diode Datasheet What is the purpose of a diode?ĭiodes are used in a circuit to ensure that the electrical current flows in one direction only.Can you use 1N4007 instead of 1N4001? Differences.What is the 1N400X Recifier Diode series?.
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