LPWA/LTE High Performance PCB Antenna

$0.00

Product Name: LPWA/LTE High Performance PCB Antenna
Category: LPWA
Part Number: YMA8-391B
Model Number: N/A

Description:
The LPWA/LTE High Performance PCB Antenna (YMA8-391B) is a compact yet powerful antenna designed for optimal LPWA (Low Power Wide Area) and LTE communication. Built on high-performance PCB technology, this antenna ensures superior signal reception and reliable connectivity in space-constrained applications. Its efficient design makes it ideal for embedded systems, IoT devices, and smart city solutions, offering robust performance for both LTE and LPWA networks. This antenna is well-suited for a range of wireless communication applications, providing consistent connectivity with minimal footprint and high durability.

Product Name: LPWA/LTE High Performance PCB Antenna
Category: LPWA
Part Number: YMA8-391B
Model Number: N/A

Description:
The LPWA/LTE High Performance PCB Antenna (YMA8-391B) is a compact yet powerful antenna designed for optimal LPWA (Low Power Wide Area) and LTE communication. Built on high-performance PCB technology, this antenna ensures superior signal reception and reliable connectivity in space-constrained applications. Its efficient design makes it ideal for embedded systems, IoT devices, and smart city solutions, offering robust performance for both LTE and LPWA networks. This antenna is well-suited for a range of wireless communication applications, providing consistent connectivity with minimal footprint and high durability.

Specifications
Frequency [MHz] Peak Gain [dBi] VSWR Impedance Polarization Radiation Pattern
815-960 -0 ~ 3.0 4.0 or less 50 ohm Linear Omni-Directional
1428-2170 -0 ~ 3.0 3.0 or less 50 ohm Linear Omni-Directional
General Specification
Frequency 815~960[MHz] / 1428~2170[MHz]
Antenna Type λ/2 dipole antenna
Connector Type U.FL
Mechanical
Dimensions 120mm x 20mm, t=1mm
Weight 5.2g
Waterproof Rating NA
Cable 130mm
Environmental
Operational Temperature Range -40℃~+90℃
Storage Temperature Range -40℃~+90℃ (Antenna Alone Condition)