PRODUCT Data Sheet: WLAN 802.11 a/b/g
Part No. M830510
Savvi
TM
Embedded Ceramic
WLAN 802.11 a/b/g Antenna
2.4—2.5 and 4.9—5.8 GHz
KEY BENEFITS
DESIGN ADVANTAGES
Best in Class Performance—Smallest Occupied Volume
•
81% peak efficiency
•
Minimal ground clearance and component “keep out”
areas. Very low component height.
•
High selectivity eliminates the need for additional
filters and frees board space.
High Tolerance to Frequency Shifts
•
IMD’s high RF isolation resists antenna de-tuning that
can otherwise impair reception.
•
Single part works for various PCB sizes and layouts.
Quicker Time-to-Market
•
Fewer design changes
•
Simpler implementation—no
matching networks.
RoHS Compliant
•
Antennas comply with appropriate RoHS Directives.
Ethertronics’ Savvi series of Isolated Magnetic
Dipole™ (IMD) antennas deliver on the key needs of
device designers for higher functionality and
performance in smaller/thinner designs. These
innovative antennas provide compelling advantages
for laptops, handheld PCs, industrial devices, or
other WLAN enabled equipment.
TECHNOLOGY ADVANTAGES
Real-World Performance and Implementation
Ceramic antennas may look alike on the outside, but
the important difference is inside. Other antennas
may contain simple PiFA or monopole designs that
interact with their surroundings, complicating layout
or changing performance with use position.
Ethertronics’ antennas utilize patented IMD technolo-
gy to deliver a unique size and performance combi-
nation.
Stays in Tune
High RF isolation means
IMD antennas resist
detuning regardless of
usage position. And one
standardized part can
typically be placed in a
variety of locations.
Smallest Effective Size
IMD antennas require a
smaller keep-out area for surrounding components,
leading to a smaller effective size.
High Performance
IMD’s high efficiency and simple design rules lower
development risk and speed time-to-market without
sacrificing performance. Plus, high RF selectivity
eliminates the cost and space for band-pass circuitry.
More information is available on our Website at
www.ethertronics.com/resources/.
END USER ADVANTAGES
Superior Range
•
Greater antenna efficiency means longer range.
Exceptional Coverage
•
Better coverage means fewer or no dead spots, or
slow speed connections, for a better end user
experience.
SERVICE AND SUPPORT
Extensive RF Experience
•
Our Savvi ceramic antennas are supported by exten-
sive application notes, and when needed, by the
expertise of RF engineers who have integrated
hundreds of antenna designs into wireless devices.
Global Operations & Design Support
•
Ethertronics’ global operations encompass an
integrated network of design centers that provide
local customer support.
ETHERTRONICS
9605 Scranton Road, Suite 300 | San Diego, CA 92121 - USA | www.ethertronics.com
tel +(1) 858.550.3820 | fax +(1) 858.550.3821 | contact: info@ethertronics.com
PRODUCT: WLAN Antenna
Ethertronics produces a wide variety of standard and custom antennas to meet user needs.
Below are the typical specs for a WLAN application.
Ethertronics’ Savvi
TM
WLAN Embedded Antenna Specifications
Electrical Specifications
Typical Characteristics
(inside an enclosure)
WLAN a/b/g Antenna
Peak Gain
Average Efficiency
VSWR Match
Feed Point Impedance
Size
Mounting
Weight
2.4—2.5 GHz (b/g)
1.1 dBi
54%
2.6:1 max
4.9—5.8 GHz (a)
3.2 dBi
69%
3.0:1 max
50
Ω
unbalanced
8.00x3.00x1.33mm
Surface mount
.2 grams
Mechanical Specifications
Tape & Reel
Packaging M830510: Minimum Order Quantity of 99,000 pcs. Order multiples of 4,500 pcs.
M830510-1K: Minimum Order Quantity of 1,000 pcs. Order multiples of 1,000
Typical Efficiency, Return Loss
Antenna Radiation
Patterns
WLAN (a)
Phi = 0
o
Plane
Phi = 90
o
Plane
Theta = 90
o
Plane
Typical Performance
Ethertronics’ Test Board
PCB: 40x80mm
z (θ=0
o
)
y (Φ=90
o
)
x (Φ=0
o
)
WLAN (b/g)
© 2011 Ethertronics. All rights reserved. Ethertronics, the Ethertronics logo, shaping antenna technology, Savvi, Isolated Magnetic Dipole and the
iMD logo are trademarks of Ethertronics. All other trademarks are the property of their respective owners.
Specifications subject to change and are dependent upon actual implementation.
WLAN 08/05/11
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