OD912JE

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Through Hole Resistors play a very important role in electronic circuits, and the OD912JE is a special type of resistor. The OD912JE resistor is a low cost, high power, general purpose, thick-film resistor used in high power applications. Its special design allows for increased power dissipation, high voltage tolerance, and low inductance. It is also very stable over temperature variation and has a very tight tolerance.

The OD912JE can be used for a variety of applications requiring high power dissipation. These include snubbers, blocking networks, line feed and termination resistors, and series emitter resistors. The OD912JE is especially suited to snubber resistor applications due to its low inductance. It is also commonly used in power supplies where high power dissipation is required.

The OD912JE is rated for operation over temperatures from -55°C to +150°C, and is available in a wide range of resistance values from 0Ω to 10KΩ. It is available in various packages to suit different applications, from the standard 0.2” x 0.2” package to the high power 0.4” x 0.4” package. The OD912JE is also available with overload protection, making it an ideal choice for high voltage, high power applications.

The working principle of the OD912JE is based on the thin-film deposition process. A thin layer of a conductor and resistive materials is deposited on a ceramic substrate using the thin-film deposition process. This layer is then patterned to create the desired resistance value and physical size. The OD912JE utilizes an add-on lead frame design for increased power protection. An additional copper layer is sandwiched between the top and bottom surfaces of the resistor, which provides an increased current rating and helps in protecting the resistor against thermal overload.

The OD912JE is an ideal choice for use in high power applications due to its high power dissipation, low inductance, and tight tolerance. Its wide operating temperature range and overload protection make it an ideal choice for power supplies and other high current applications. The use of the add-on lead frame design offers increased protection against thermal overload. The thin-film deposition process used to produce the OD912JE ensures its high reliability and stability over temperature variation.

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