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ANT0105_V1 8Ghz Ultra-wideband Omnidirectional Antenna

Type:ANT0105_V1

Frequency:20MHz~8000MHz

Gain, Typ (dB):≥0 Max. deviation from circularity :±1.5dB(TYP.)

Horizontal radiation pattern:±1.0dB

Polarization:vertical polarization

VSWR: ≤2.5: 1

Impedance, (Ohm):50

Connecter:N-50K

Outline: φ144×394


Product Detail

Product Tags

Leader-mw Introduction to 8Ghz Ultra-Wideband Omnidirectional Antenna

Introducing Leader microwave Tech.,(LEADER-MW) latest innovation in wireless communications technology - the 8Ghz Ultra-Wideband Omnidirectional Antenna. This cutting-edge antenna aims to revolutionize the way we connect and communicate in the digital age. With its advanced technology and superior performance, this antenna is sure to be a game-changer in wireless networking.

8Ghz ultra-wideband omnidirectional antenna provides unparalleled versatility and reliability. Its omnidirectional design enables seamless connectivity in all directions, ensuring consistent signal strength and coverage throughout the range. Whether you're setting up a wireless network in a large office space, warehouse, or outdoor environment, this antenna provides the perfect solution for all your connectivity needs.

One of the main features of this antenna is its ultra-wideband capability, allowing it to operate over a wide frequency range of 8Ghz. This means it can support a variety of wireless technologies and applications, including Wi-Fi, Bluetooth and IoT devices. With this antenna, you can future-proof your wireless network and ensure compatibility with the latest technologies.

Additionally, the 8Ghz ultra-wideband omnidirectional antenna delivers superior performance in terms of signal strength and speed. Whether you're streaming HD video, conducting video conferencing, or transferring large files, this antenna ensures a stable and reliable connection at all times. Its durable construction and weather-resistant design make it suitable for indoor and outdoor use, providing a reliable and consistent connection in any environment.

Leader-mw Specification

ANT0105_V1 20MHz8GHz

Frequency Range: 20-8000MHz
Gain, Typ: 0TYP.
Max. deviation from circularity ±1.5dB(TYP.)
Horizontal radiation pattern: ±1.0dB
Polarization: vertical polarization
VSWR: ≤ 2.5: 1
Impedance: 50 OHMS
Port Connectors: N-Female
Operating Temperature Range: -40˚C-- +85 ˚C
weight 1kg
Surface Color: Green
Outline: φ144×394

 

Remarks:

Power rating is for load vswr better than 1.20:1

Leader-mw Environmental Specifications
Operational Temperature -30ºC~+60ºC
Storage Temperature -50ºC~+85ºC
Vibration 25gRMS (15 degrees 2KHz) endurance, 1 hour per axis
Humidity 100% RH at 35ºc, 95%RH at 40ºc
Shock 20G for 11msec half sine wave,3 axis both directions
Leader-mw Mechanical Specifications
Item materials surface
installation block stainless steel 304 passivation
flange 5A06 rust-proof aluminum Color conductive oxidation
Lower pole 5A06 rust-proof aluminum Color conductive oxidation
Upper pole 5A06 rust-proof aluminum Color conductive oxidation
gland 5A06 rust-proof aluminum Color conductive oxidation
patching panel Red copper passivation
insulating part nylon
vibrator 5A06 rust-proof aluminum Color conductive oxidation
Axis 1 stainless steel passivation
Axis 2 stainless steel passivation
Rohs compliant
Weight 1kg
Packing Aluminum alloy packing case (customizable)

Outline Drawing:

All Dimensions in mm

Outline Tolerances ± 0.5(0.02)

Mounting Holes Tolerances ±0.2(0.008)

All Connectors: N-Female

0105V1
Leader-mw Test Data
Leader-mw Introduction to VSWR

Parameter VSWR is a measurement method that digitally describes the impedance matching degree of antenna and the circuit or interface it is connected to. The following circuit analysis shows the main calculation process of VSWR:

image

The meanings of the parameters in the figure are as follows:

Z0: characteristic impedance of signal source circuit;

ZIN: circuit input impedance;

V+ : source incident voltage;

V- : indicates the reflected voltage at the source end.

I+ : signal source incident current;

I- : reflected current at the signal source;

VIN: transmission voltage into the load;

IIN: Transmission current into the load

The VSWR calculation formula is as follows:

image


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