https://cablematic.com/en/products/wifi-5-port-splitter-800-to-2500-mhz-tubular-AM026/
WIFI 5-port splitter 800 to 2500 MHz tubular
- Number of ports: 5 x N female.
- Frequency range from 800 to 2500 MHz.
- Bandwidth: 1700 MHz.
- Péinsertion loss: <= 6.4 dB.
- Passband ripple: <= 0.3 dB.
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- Number of ports: 5 x N female.
- Frequency range from 800 to 2500 MHz.
- Bandwidth: 1700 MHz.
- Péinsertion loss: <= 6.4 dB.
- Passband ripple: <= 0.3 dB.
More info
Port multiplier for connections of WIFI antennas that operate in the 800 MHz to 2500 MHz band. Model that has 5 ports and allows to connect 4 WIFI antennas to the same wireless network electronics, such as a WIFI access point .
Specifications
- Number of ports: 5 x N female.
- Frequency range from 800 to 2500 MHz.
- Bandwidth: 1700 MHz.
- Péinsertion loss: <= 6.4 dB.
- Passband ripple: <= 0.3 dB.
- VSWR: <= 1,2.
- Impedance: 50 Ohm.
- Maximum power: 200 W.
- Size: 235 x 60 x 25 mm.
- Gross Weight: 240 g
- Product size (width x depth x height): 24.0 x 6.0 x 3.0 cm
- Number of packages: 1
- Packages size: 25.0 x 7.0 x 5.0 cm
Technical terms
- Impedance
- Hz
- Wifi
Impedance (Z) is the total opposition that a circuit offers to alternating current (AC) flow when a specific voltage is applied.
Unlike simple resistance, impedance is a complex quantity comprising resistance (the real part) and reactance (the imaginary part, representing inductive or capacitive effects). In the frequency domain, impedance is represented as a phasor, accounting for both magnitude and phase shift between voltage and current. In DC circuits, impedance reduces to pure resistance with zero phase angle.
| Parameter | Technical Spec |
|---|---|
| Symbol | Z |
| Unit | Ohm (Ω) |
Impedance management is critical in high-speed hardware design and signal integrity. In modern PCB manufacturing, controlled impedance ensures that high-frequency signals reach their destination without reflections, which is vital for PCIe or DDR5 performance.
Complex Domain Analysis
Mathematical modeling of impedance using the j-operator allows engineers to optimize filter performance and resonance characteristics in electronic systems.
Key Advantages
- Maximum power transfer through impedance matching.
- Minimized signal reflections in high-frequency transmission lines.
- Improved electromagnetic compatibility (EMC).
Note: Impedance is the cornerstone of modern AC circuit theory and high-frequency design.
