The JARON Digital Phase Shifter Module is a high-precision microwave component designed for broadband phase control in high-power systems. It provides accurate, programmable phase shifting with low insertion loss, high power handling, and excellent phase linearity. Featuring digital step control and stable repeatability, this module ensures precise beam steering and phase alignment in radar, phased-array, and microwave communication systems.
Product Overview
High-power digitally controlled phase shifters are commonly used in RF circuits, primarily for adjusting phase and resolving signal attenuation issues. They are widely used in radar systems, missile attitude control, satellite communications, and other fields.
Features
Compact size, low loss, high power handling, and high phase shifting accuracy.
High-power digitally controlled phase shifters offer a low through-loss of 2.5dB, a peak power handling capacity of 400W, a maximum phase shift of 360°, and flexible customization of the phase shifting angle and step size.
Applications
The JARON Digital Phase Shifter Module is widely used in microwave systems that require precise phase control and beam steering. It supports digitally stepped phase adjustment with high power capacity and low insertion loss, ensuring excellent phase accuracy and repeatability. Typical applications include:
Phased-Array Radar Systems: Enabling beam direction control and array phase calibration.
Beamforming Communication Systems: Synchronizing signals and phase alignment in multi-antenna networks.
Satellite Link Systems: Providing stable phase tuning and channel correction.
Electronic Scanning Systems: Supporting fast scanning and distributed phase control.
Microwave Control Platforms: Offering precise phase compensation and path balancing.
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