PF1262-33RF1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors are long-standing components in the electronic industry, and PF1262-33RF1 is no exception. The PF1262-33RF1 is a type of fixed resistor that is mainly utilized in audio/video systems, amplifiers, and consumer electronics, among others. Depending on its application, a through hole resistor in general is capable of resisting voltage, carrying current, and acting as a signal source.

The PF1262-33RF1, in particular, is a high precision through hole type resistor which is mainly utilized for industrial grade measurements and other precision-oriented applications. It is made from a ceramic base with a graphite resistor layer, which have a thin metal film deposited on top. The entire assembly is then mounted onto a high precision ceramic substrate.

From its design, the PF1262-33RF1 is comprised of two metalized ceramics which act as electrodes. The middle layer is then the resistor with resistivity values ranging from 10kΩ to 10MΩ. The leads on both ends are then connected to the electrodes, with a termination material being used in certain applications. The resistor is then placed in a plastic encapsulation, for additional protection.

In terms of its working principles, the PF1262-33RF1 works in the same way as normal through hole resistors. It restricts current flow through a conductor, based on the size of its resistance. This is achieved when electrons pass through the resistor material, with the generated heat being released into the surrounding environment as it does so. Depending on the type and application, the PF1262-33RF1 can also be used as a signal source to produce sound, or even to form part of a voltage divider network.

The PF1262-33RF1 also has a few added benefits, which make it a preferred choice for precise measurements and audio/video measurements. The resistor can function up to 70℃ with a standoff voltage of 4DCV maximum, while its low tolerance and temperature coefficient of resistance makes it ideal for applications where accuracy is paramount. The ceramic substrate material also prevents noise interference, reducing any additional signals that could be picked up from its surroundings. Additionally, the films added to the resistor also make sure that the electrical properties remain consistent over time.

In conclusion, the PF1262-33RF1 is definitively a great choice for audio/ video systems, amplifiers, and precision measurements. Its improved accuracy over standard through hole resistors, as well as its noise-preventing construction, make it the go-to choice for a variety of electronics. Therefore, this type of resistor is a great way to ensure consistent performance and quality control in any given application.

The specific data is subject to PDF, and the above content is for reference