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W3013

W3013

Pulse Electronics
RF ANTENNA Chip Solder Surface Mount
Active4,842 in stock

Overview

The W3013 is a compact, surface-mount ceramic chip antenna designed specifically for the 868MHz ISM band. It provides an omni-directional radiation pattern in a low-profile 10mm x 3.2mm x 4mm package, making it suitable for space-constrained wireless devices. This single-band antenna is optimized for high reliability in industrial and consumer IoT applications requiring a 868MHz to 870MHz frequency range.

Why Choose This Part

The W3013 offers a small footprint and low weight of only 600 mg, which is critical for portable electronics and wearable designs. It features a high return loss of -10dB and is fully SMD compatible, allowing for standard lead-free reflow soldering processes. Its ceramic construction ensures physical durability and stable performance across an operating temperature range of -40C to +85C.

Applications

868 MHz ISM Band Devices
Ideal for European license-free spectrum applications including short-range radio links and industrial monitoring.
LoRa and Sigfox Nodes
Provides a compact internal antenna solution for LPWAN sensors operating in the 868MHz band.
Smart Metering
Integrates into utility meters for wireless data transmission where external antennas are not feasible.
Home Automation
Used in security sensors and lighting controllers that utilize sub-GHz frequencies for better wall penetration.

Key Specifications

Gain 1.4dBi
Return Loss -10dB
Termination Solder
Antenna Type Chip
Height (Max) 0.157" (4.00mm)
Mounting Type Surface Mount
Frequency Group UHF (300MHz ~ 1GHz)
Frequency Range 868MHz ~ 870MHz
Number of Bands 1
Frequency (Center/Band) 868MHz

Getting Started

Successful implementation requires following the manufacturer's recommended PCB layout, specifically the defined ground plane clearance and matching circuit. To evaluate performance, engineers should use a network analyzer to tune the matching network to the specific enclosure and PCB environment. Reference designs typically include a pi-matching network between the RF transceiver and the antenna feed point.

Also Consider

ANT-868-CHP-T Linx Technologies - An alternative 868MHz ceramic chip antenna with a different footprint for design flexibility.