2J  |  SKU: 2JE07g

2JE07g 2.4 GHz ISM surface mount ceramic Antenna

Regular price €0,00
Tax included


Manufacturer / (EU) Responsible Person

Manufacturer
2J Antennas, s.r.o.
Stefanikova 61, Bardejov, 08501, Slovakia
sales@2j-antennas.com
+421 (54) 488-0311

Description

This compact surface mount ceramic antenna is engineered for seamless integration into commercial and residential smart networks. Supporting Wi-Fi, Bluetooth, ZigBee, and ISM standards, it delivers reliable omni-directional performance within the 2.4 GHz band. Its ceramic housing ensures durability and resilience in extreme environments, while the ground plane dependent design allows for efficient operation in minimal space. The antenna is supplied in tape & reel packaging for streamlined manufacturing and is RoHS compliant.

Connections

2.4GHz/WiFi/LPWA/BT/ZigBee/RFID/ISM

Installation / Environmental

This low-power, compact and ground plane dependent J2E07g can be easily integrated into a minimum area size of 6.3mm x 8.5mm. Designed with ceramic housing, one of the most durable materials, this surface mount antenna will withstand extreme environmental conditions ranging from -40C to +80C. The 2JE07g is delivered with your manufacturing needs in mind with an efficient tape & reel packaging. The 2JE07g is manufactured within RoHS compliance.

  • Typical applications: Commercial / Residential Smart Networks, Consumer Electronics, Business/Home Automation Devices, Smart Devices, Smart TV, Tablets, Smart Phones, Mobile Devices


Technical Specifications

Operating Temperature: -40°C to +85°C
Antenna Technologies: Monopole
Location: Internal
Mounting: Surface Mount Ceramic
Type: Single

Connection 1 - 2.4 GHz ISM

Standards: WiFi, Bluetooth, ZigBee, ISM
Frequency: 2410-2490 MHz
VSWR: ~1.2:1
Efficiency (%): ~67
Peak Gain (dBi): ~3.2
Impedance (Ohm): 50
Polarisation: Linear
Max. Input Power (W): 25

Download Datasheet PDF

Send request

Let us know your specific requirements or check the availability of this product. We will get back to you shortly.