Brief: Want to know why the High Power Flange Resistor with its 1.2~1.3 Standing Wave Ratio and plastic package is a top choice? In this video, we demonstrate its compact design, excellent high-frequency performance, and reliable operation in applications like power distributors and terminal loads. See how its cermet technology and easy installation make it ideal for demanding RF and microwave circuits.
Related Product Features:
Features a compact size with a large power capacity and excellent high-frequency characteristics.
Utilizes cermet technology and a thick film non-inductive design for reliable performance.
Designed for easy installation without special tools, compatible with SMT automatic mounting equipment.
Offers a low standing wave ratio of 1.2~1.3 across a frequency range of 0~2GHz.
Suitable for reflow and wave soldering, reducing assembly costs and enhancing manufacturing efficiency.
Provides high mechanical strength, stability, and a long service life in various environmental conditions.
Ideal for use as isolation resistors, terminal loads, and in couplers within RF and communication systems.
Exhibits strong interchangeability, allowing replacement of resistors with different specifications and models.
Faqs:
What are the key applications for this High Power Flange Resistor?
This resistor is suitable for power distributors, isolation resistors, terminal load resistors, couplers, and various RF and microwave circuits in communication base stations and electronic devices.
What is the standing wave ratio and frequency range of this resistor?
The resistor operates with a standing wave ratio of 1.2~1.3 across a frequency range of 0 to 2GHz, ensuring minimal signal reflection and optimal performance in high-frequency applications.
How does the design of this flange resistor support installation and heat dissipation?
The flanged dual-lead design features standard dimensions for easy installation without special tools and facilitates better heat dissipation during operation, enhancing reliability and longevity.
What environmental and durability tests does this resistor pass?
It undergoes temperature shock, moisture proof, vibration, low temperature, load life, and collision tests, with resistance changes within specified limits, ensuring stability and durability in harsh conditions.