Dongguan Boges Communication Technology Co., Ltd

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RoHs Compliant Wifi Omni Antenna , 470Mhz 3dBi Fiber Glass Lte Directional Antenna

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Dongguan Boges Communication Technology Co., Ltd
Country/Region:china
Contact Person:Mrschristy xiao
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RoHs Compliant Wifi Omni Antenna , 470Mhz 3dBi Fiber Glass Lte Directional Antenna

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Brand Name :BOGES
Model Number :BGS-AN0470-20790
Certification :RoHs
Place of Origin :Dongguan, Guangdong, China
MOQ :Negotiable
Price :Negotiable
Supply Ability :20K Per Day
Delivery Time :10 Days
Packaging Details :PE Bag / Carton
S.W.R :2.0 Max.
Peak Gain :3 dBi
Connector :N Connector Male
Frequency :470Mhz
Length :79cm
Color :Grey
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View Product Description

RoHs Compliant 470Mhz 3dBi Fiber Glass Wifi Omni Directional Antenna ​


Detail Product Description

  • Works with 2G, 3G, 4G, LTE, xLTE, AWS, GSM & CDMA cell carriers such as Verizon, AT&T, Sprint, T-Mobile, Telus, Bell Canada, Rogers, DigiCel, TelCel and more
  • Improves poor signal via high 9 dBi gain for cellular (700, 850, 900, 1700, 1800, 1900 and 2100 MHz), 2.4 GHz WiFi and 900 MHz ISM wireless bands
  • Female N connector with 12" pigtail - Outdoor weatherproof fiberglass with high gloss urethane finish - Integrated ground plane - No additional ground plane needed - Mast sold separately
  • Applications include M2M, Telemetry, SCADA, Video Security, Marine, Office & Home. Compatible with Cisco, Cradlepoint, Digi, MoFi, Novatel, Pepwave, Proxicast, Sierra, SureCall and weBoost equipment.
  • Must be connected via 50-ohm coaxial cable to a modem / router / gateway / access point / booster / radio device. Does not improve signal for phones or other devices not directly wired to the antenna.


Specifications
Frequency: 698 - 2700 MHz
Gain: 8 dBi
Radiation: Omni
Polarization: Vertical
Impedance: 50 ohms
Connector: N Connector Male
Material: Fiberglass & Stainless Steel - white UV stable poly-urethane coating
Height: 1.04 in (26.5 mm)
Mount: Pole / wall


Specification

A. Electrical Characteristics

Frequency

2400 - 2700 MHz

Impedance

50 ohm

S.W.R

2.0 Max.

Peak Gain

8 dB

Return Loss

>= 10 dB

B. Material & Mechanical Characteristics

Cable Type

RF 178

Connector Type

N Connector Male

Body

FRP, White

C. Environmental

Operation Temperature

- 40 ˚C ~ + 65 ˚C

Storage Temperature

- 40 ˚C ~ +80˚C



Characteristics and Reliability Test

Test Items

Test Condition and Procedure

Requirements

C1

S.W.R.

Set DUT on Network Analyzer; make individual calibration to test

Directive DUT specification

M1

Vibration

MIL-STD-202G, 201A
Amplitude: 0.03 inch (0.76mm); Freq: 10 to 55 Hz
3 directions; 2 hours for each direction

1. No Visual Damage
2. Frequency Tol.<= 5%

M2

Random
Drop

Height: 1.5 Meter;
3 directions; 1 time for each direction

1. No parts separated
2. Frequency Tol.<= 5%

M3

Solderability

MIL-STD-202G, 210F, cond. A
Solder iron: 350±10°C; Duration: 5 seconds

1. Mounted on PCB
2. No Visual Damage

M4

Terminal-
Pull Test

MIL-STD-202G, 211A, cond. A
Holding with individual specification; force applied
to axis of terminal

1. Directive DUT specification
2. Frequency Tol.<= 5%

M5

Dimension

Inspection of dimension, color, material, package,
surface process

Directive DUT specification

E1

Salt Spray

MIL-STD-202G, 101E, cond. B
Temp: 35°C; RH: >= 95%; NaCl solution: >= 5%;
Time: 48 hours

After 2 Hours Recovery
1. No Visual Damage
2. Frequency Tol.<= 5%

E2

Humidity

MIL-STD-202G, 103B, cond. B
Temp: 40°C; RH: >= 95%; Time: 48 hours

After 2 Hours Recovery
1. No Visual Damage
2. Frequency Tol.<= 5%

E3

Thermal Shock

1 Cycle: - 40°C (30 minutes) to + 80°C (30 minutes)
Cycles: 24

After 2 Hours Recovery
1. No Visual Damage
2. Frequency Tol.<= 5%

E4

Life (High Temp.)

MIL-STD-202G, 108A, cond. A
Temp: 85°C; Time: 96 hours

After 2 Hours Recovery
1. No Visual Damage
2. Frequency Tol.<= 5%

R1

RoHS

With Reference to IEC 62321:2008 with flow chart

Directive RoHS 2002/95/EC

R2

PFOS

With Reference to USA EPA 3540C:1996 by LC/MS

Directive RoHS 2006/122/EC

R3

PFOA

With Reference to USA EPA 3540C:1996 by LC/MS

Directive RoHS 2006/122/EC















































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