Products
RFTYT 10 Ways Power Divider
Data Sheet
| Way | Freq.Range | IL. max（dB） |
VSWR max |
Isolation min（dB） |
Input Power （W） |
Connector Type | Model |
| 10 way | 0.5-3GHz | 2 | 1.8 | 17dB | 20W | SMA-F | PD10-F1311-S(500-3000MHz) |
| 10 way | 0.5-6GHz | 3 | 2 | 18dB | 20W | SMA-F | PD10-F1311-S(500-6000MHz) |
| 10 way | 0.8-4.2GHz | 2.5 | 1.7 | 18dB | 20W | SMA-F | PD10-F1311-S(800-4200MHz) |
Overview
The power divider is a passive device widely used in RF systems, which is used to divide a single input signal into multiple output signals and maintain a relatively constant power distribution ratio. Among them, a 10 channel power divider is a type of power divider that can divide an input signal into 10 output signals.
The design goal of a 10 channel power divider is to provide multiple outputs while maintaining the lowest possible insertion loss and high power distribution uniformity. This device is typically composed of microstrip line structures and special layout techniques to achieve good high-frequency performance and stability.
The 10 ways power divider generally has characteristics such as low insertion loss, high isolation, good return loss, excellent frequency response, and uniform power distribution to ensure compliance with usage requirements.
The 10 ways power divider is widely used in various RF systems, including communication, radar, antenna arrays, radio, and other fields. They play an important role in achieving signal allocation, power control, and signal processing, and have made significant contributions to the development of modern wireless communication technology.
Choosing The 10 ways power divider requires considering multiple factors. Firstly, there is the frequency range, and RF power splitters are usually suitable for specific frequency ranges, such as 2GHz to 6GHz, commonly used in communication systems. Secondly, there is power loss, and the RF power divider should minimize power loss as much as possible to ensure the efficiency of signal transmission. Insertion loss refers to the additional attenuation introduced by a signal passing through a power divider, which also needs to be minimized as much as possible. In addition, isolation refers to the degree of mutual isolation between output ports, which has a significant impact on the independence and anti-interference ability of the signal. Based on your specific application and referring to the above factors, choose a suitable 10 ways power divider.
