Gå vidare till produktinformation
1 av 8

acasom

5.8G (5.725-5.85GHz) 10W Signal Booster for testing instruments &industrial control – 18dB Gain

5.8G (5.725-5.85GHz) 10W Signal Booster for testing instruments &industrial control – 18dB Gain

Ordinarie pris $245.00USD
Ordinarie pris Försäljningspris $245.00USD
Rea Slutsåld
Frakt beräknas i kassan.
output power
Kvantitet
American Express Apple Pay Google Pay Mastercard PayPal Union Pay Visa
Visa alla uppgifter

About this product

This high-performance RF signal booster designed for long-range wireless communication and C-band transmission systems. Featuring low-noise design, high linearity amplification and fast TX/RX switching technology.This booster significantly enhances signal strength, transmission distance and communication reliability in complex environments.The device supports plug-and-play operation and is suitable for telemetry systems, industrial wireless communication, long-range data transmission.

Features

Maximum output power up to 40dBm (40W)

Ultra-low noise figure ≤2.5dB

High TX/RX gain for long-range transmission

Fast TX/RX switching time ≤1μs

Specification

Items

Specifications

Frequency Range

5.725-5.85 GHz

Output Power

10W(40dBm)

20W(43dBm)

Model No.

DPA575810S1

SPA575820S1

DC Supply

12-24 V

Receiving Gain

18 dB

Transmission Gain:

18 dB

Noise Figure

<2.5dB

TX/RX Switch Time Delay

<1 μs

Operating Temperature

-30°C~+70°C

Storage Temperature

-40°C~+150°C

Operating Humidity

Up to 95%

RF Connector

Input: SMA-Female; Output:  SMA-Female

Power Socket

5.5*2.1mm DC( default )

Shell Size

118*59*17mm

Shell Material

Aluminum

Net Weight

200g

Attentions

1)The input power shall NOT exceed 20dBm to avoid damage.

2)Connect antenna and secure all cables before power-on,do not power on without antenna load.

3)Power supply recommended: 10W:24V@2A;  20W:24V@3A.

4)Maintain good ventilation for heat disspation,a heat sink or cooling fan is recommended.

5)Never swap RFin /ANT ports,reversed wiring will damage the booster.