Applied Wireless AT900-32 User manual

Instructions for Installation and Operation
900 MHz Stereo Audio Receiver
Model AR900-32
900 MHz Stereo Audio Transmitter
Models
AT900-32, AT900-32DY, AT900-32DZ
User’s Guide
Long Range Wireless Applications
(This page intentionally left blank)

User’s Guide – 900MHz Stereo Audio Transmitter & Receiver 1
900 MHz Stereo Audio Transmitter
Model AT900 Series
900 MHz Stereo Audio Receiver
Model AR900-32
Introduction / Product Descriptions
The Model AT900 Series transmitters from Applied Wireless Inc.
are high quality transmitters designed to broadcast excellent
quality low noise stereo audio from any line level source, to the
Applied Wireless model AR900-32 (or PAR900) receivers. The
AT900-32 transmitter is compatible with line level audio sources
such as CD and DVD players, commercial radio (AM or FM)
receivers, satellite radio receivers, MP3 players, ipods and PCs.
These products conform to FCC Part 15 requirements for
unlicensed use, and will transmit over distances up to 750 feet.*
The range may be increased through the use of a directional
antenna (such as a flat panel or Yagi) at the receiver.
* Unobstructed, straight line-of-sight range, when used with the standard
antennas included with the transmitter and receiver.
The AT900-32 transmitter and the AR900-32 receiver provide
thirty-two user-selectable channels of operation within the 902 –
928 MHz band to enable simultaneous operation of multiple
transmitters in a common area. Excellent frequency stability is
assured through the use of crystal references. The products
incorporate precise FM modulation and sophisticated filters to
provide stable, interference-free high fidelity audio reception.
The transmitter and receiver are housed in small yet rugged
aluminum extrusion enclosures. AC power converters (9VDC) are
supplied, along with RCA phono-type audio cables. Depending on
model, the transmitter’s quarter-wave antenna is either
permanently attached (AT900-32) or is remote (AT900-32D). The
antenna supplied with the receiver is a removable quarter-wave
ground plane (sometimes referred to as a half-wave) antenna. The
receiver’s antenna attaches with a
2 Applied Wireless, Inc.
BNC connector, enabling the use of an alternative antenna, (such
as a directional flat panel or Yagi) to increase operating range
(please contact Applied Wireless for a selection of available
antennas).
The AT900-32 transmitter and the AR900-32 receiver are well-
suited for many diverse applications, including distribution of
audio entertainment content throughout a building, PA systems,
commercial and industrial surveillance, monitoring, security, etc.
Installation Instructions
Before Beginning the Installation
Plan your installation carefully. The physical location and
orientation of the transmitter and receiver antennas (relative to
each other and their surroundings) will have a significant influence
on reception quality at the receiver. The following guidelines will
generally yield the best results:
Both the transmitter antenna and the receiver antenna should be
positioned vertically (pointing either up or down).
Antennas should be positioned high enough to enable people to
move about below them without creating obstructions between
the antennas.
Although the RF signal from the transmitter will pass through
most non-metallic building materials (wood, brick, etc.), its
strength is reduced with every wall through which it must pass.
Therefore, maximum stated reception range is based on
unobstructed line of sight conditions.
The AT900-32 and AT900-32DY transmitters and the AR900-
32 receiver are rated for indoor use only. If either unit must be
located outdoors, it must be protected from the elements
(using, for example, a non-metallic NEMA4 enclosure). The
model AT900-32DZ does have an outdoor rated antenna.
Connecting Audio to the AT900-32 Transmitter
Connect a line level stereo audio source (outputs from a CD player,
for example) to the corresponding LEFT and RIGHT line-level input
jacks on the transmitter’s rear panel (refer to Figure 1). A shielded

User’s Guide – 900MHz Stereo Audio Transmitter & Receiver 3
dual cable is supplied with the transmitter for making these
connections. Some audio devices, such as MP3 players, portable
CD players, and PC sound cards have a single miniature (3.5mm)
stereo phone jack (as opposed to separate RCA phono-type jacks).
To connect any of these to the transmitter, use the supplied adaptor
in conjunction with the standard dual cable to make the
connection.
Note 1: If the audio source device provides only a single (mono)
output, a “Y” adaptor (not supplied) may be used to feed the signal
to both of the transmitter’s input jacks.
Note 2: If a microphone is to be used as the audio source, an
external microphone preamp (not supplied) must be used to raise
the microphone’s output signal to the required line level.
Connecting the AT900-32DY or DZ Remote Antennas
The remote antennas are connected using any length CAT 5 cable.
The RF head is located in the antenna case, so no coax cable is
required. For the AT900-32DZ Outdoor rated enclosure, the
antenna case will need to be opened to connect the cable.
Connecting the AR900-32 Receiver’s Audio Outputs
Using the shielded dual audio cable provided, connect the
receiver’s line level audio outputs to the appropriate inputs on the
Figure 1 – AT900-32 Transmitter (Rear Panel)
4 Applied Wireless, Inc.
device that is to amplify and reproduce (or record) the received
audio signals (refer to Figure 2). If the destination device has only
a single (mono) input, a “Y” adaptor (not supplied) may be used to
combine the receiver’s LEFT and RIGHT outputs, and feed the
combined signal to the destination device’s mono input jack.
Connecting Power to the Transmitter and Receiver
The AT900-32 and the AR900-32 each require an external power
source of between 7.5 and 18 volts DC. A plug-in 120VAC-to-
9VDC power converter is supplied with each unit. Insert the power
converter’s 2.1mm plug into the DC INPUT jack on the unit’s rear
panel (refer to Figures 1 and 2). Plug each converter into a live
120VAC outlet. The transmitter’s red POWER indicator LED (on
the front panel) should illuminate. On the receiver, power on is
indicated by the illumination of the 2 digit CHANNEL display.
User Settings and Adjustments
Selecting the Channel of Operation (Transmitter)
Referring to Figure 3 and Table 1, select the channel on which the
transmitter will operate. Available channels are numbered 01
through 32. To select a channel, use a small flat-blade screwdriver
to rotate the selector on the left to the “tens digit” of the desired
channel, then rotate the selector on the right to the “ones digit” of
the desired channel. As an example, to select channel 26 rotate the
selector on the left to “2,” and rotate the selector on the right to
“6.” Be sure to line up the selector’s triangle-shaped pointer (NOT
the screwdriver slot) to the desired number. Please note that setting
Figure 2 – AR900-32 Receiver (Rear Panel)

User’s Guide – 900MHz Stereo Audio Transmitter & Receiver 5
the channel to “00” is the same as channel “01.” Similarly, setting
the channel to any number from “33” to “99” is the same as
channel “32.”
If several AT900-32 transmitters are to be used
simultaneously in a common area (so as to broadcast
multiple audio programs), each transmitter must be set to
its own unique channel.
Selecting the Channel of Operation (Receiver)
The AR900-32 provides 32 user-selectable channels. Referring to
Figure 4 and Table 1, use the DOWN and UP buttons on the unit’s
front panel to select the desired channel. Momentarily pressing
either button will raise or lower the displayed channel by one;
holding either button continuously will rapidly cycle the channels
up or down as appropriate. If multiple AT900-32 transmitters are
operating in a common area to broadcast multiple audio programs,
the AR900-32 receiver can receive any of the desired programs
simply by selecting the corresponding channel.
Figure 3 – AT900-32 Transmitter (Front Panel)
Set this selector
to the “tens” digit
of the desired
channel
Set this selector
to the “ones” digit
of the desired
channel
Figure 4 – AR900-32 Receiver (Front Panel)
6 Applied Wireless, Inc.
If you encounter sporadic noises, dropouts, fading, etc., it may be
due to interference from another 900MHz device (such as an older
cordless phone or baby monitor) operating nearby. To alleviate the
problem, try selecting a different channel for the transmitter and
receiver – ideally one that is at least 9MHz above or below the
originally selected channel (see Table 1).
Please note: Wireless devices that operate outside of the 902 –
928MHz frequency band, such as modern cordless phones and
computer networks operating at 2.4 or 5.8GHz, will not generally
interfere with, or be affected by, the AT900-32 transmitter and/or
the AR900-32 receiver.
Table 1 – Channel / Frequency Allocations
Channe
l
Number Frequenc y (MHz)
Channe
l
Number Frequenc y (MHz)
Channe
l
Number Frequenc y (MHz)
Channe
l
Number Frequenc y (MHz)
01 905.0 09 914.2 17 905.6 25 915.0
02 906.2 10 915.4 18 906.6 26 916.2
03 923.6 11 917.0 19 907.6 27 917.4
04 924.4 12 917.8 20 908.8 28 918.4
05 925.6 13 919.0 21 910.0 29 919.6
06 910.6 14 920.6 22 911.2 30 921.0
07 911.8 15 921.4 23 912.4 31 921.8
08 913.4 16 922.6 24 913.8 32 923.0
NOTE 1: Setting the transmitter to channel “00” is the same as channel 1. Similarly, setting
the transmitter’s channel to any number from “33” to “99” (inclusive) is the same as channel
32.
NOTE 2: If the AT900-32 and AR900-32 will be used along with an Applied Wireless video
transmitter and receiver (models VT900-3 and VR900-3), the channel for the audio units
must be at least 9MHz above or below the channel of the video units, to prevent
interference between the RF signals. For example, if the video units are set to channel 1
(907MHz), set the audio units to channel 32.

User’s Guide – 900MHz Stereo Audio Transmitter & Receiver 7
Setting the Transmitter’s Audio Modulation Level
With an active audio source connected to the transmitter’s AUDIO
INPUTS,adjust the AUDIO LEVEL control on the front panel such
that the green MODULATION LEVEL OK indicator is illuminated
whenever audio is present, and the red PEAK indicator flashes only
on the loudest audio transients. To prevent distorted audio at the
receiver, the red PEAK indicator should not be illuminated
continuously. IMPORTANT!
Properly setting the transmitter’s modulation
level is CRITICAL to satisfactory operation of
the transmitter and receiver. If the level is set
too low, the receiver will likely be plagued with
objectionable background noise (hiss). If the
level is set too high, distorted audio and/or
interference on adjacent channels is likely to
result.
Note: The audio source device may have a volume control that
adjusts the level of the audio signal(s) being fed to the transmitter’s
inputs. If your source device (e.g. MP3 player, portable CD player,
or PC sound card) is so equipped, initially set that device’s volume
control to its approximate midpoint. Then, adjust the transmitter’s
AUDIO LEVEL control as described above. Use the following
guidelines to “fine tune” the settings:
If the audio output at the receiver suffers from excessive
background noise, the source device’s volume level is
probably set too low. Increase the source device’s volume
control a bit, and readjust the transmitter’s AUDIO LEVEL
control accordingly.
If the audio output at the receiver is distorted, and/or if the
transmitted audio program can be heard on (or interferes
with) either or both of the channels adjacent to the selected
channel of operation, the source device’s volume level is
probably set too high. Reduce the source device’s volume
control a bit, and readjust the transmitter’s AUDIO LEVEL
control accordingly.
8 Applied Wireless, Inc.
Adjusting Headphone Volume (Receiver)
If desired, stereo headphones or earbuds equipped with a standard
3.5mm mini-phone plug may be used with the AR900-32 receiver.
Insert the plug into the HEADPHONE jack on the rear panel. The
output level at this jack may be adjusted using the VOLUME control
on the front panel.
Note: The receiver’s VOLUME control only affects the volume at
the headphone jack. It does not affect the volume at the receiver’s
line level audio output phono jacks.
EQualization (Receiver)
When headphones or earbuds are used with the receiver, the EQ
button on the receiver’s front panel may be used to select one of
four preset audio equalization (tone) profiles, enabling you to
select the audio response characteristics that you prefer. The
chosen equalization profile only affects the audio from the
headphone jack on the rear panel. The audio signals at the line
level audio output phono jacks remain “flat” regardless of the
equalization profile chosen for the headphones.
Momentarily pressing the EQ button will cause the 2-digit
CHANNEL indicator to display the current equalization profile. The
four equalization profiles are as follows:
E1: No Equalization (flat response)
E2: Bass Boost
E3: Treble Boost
E4: Bass Boost + Treble Boost
Pressing the EQ button again (while the display is indicating the
equalization profile) will advance to the next profile. The 2-digit
CHANNEL indicator will automatically revert to displaying the
receiver’s current channel when the EQ button has not been pressed
for two to three seconds.

User’s Guide – 900MHz Stereo Audio Transmitter & Receiver 9
Transmitter Connection Diagram
For maximum range, the
transmitter’s antenna must be
oriented vertically.
Rear panel of transmitter
A
C Adapto
r
L
e
f
t
Right
Audio Outputs
Audio Source Device
with RCA phono jack outputs,
for example:
CD player
DVD player
Tuner
Satellite radio receiver
Audio Source Device
with 3.5mm mini phone jack
stereo output, for example:
MP3 player
Portable CD player
PC Sound Card
3.5mm Stereo
Out
p
ut Jack
Dual RCA phono jack
to 3.5mm mini phone
plug adapto
r
10 Applied Wireless, Inc.
Receiver Connection Diagram
AC Adaptor
For maximum range, the
receiver’s antenna must be
oriented vertically.
Rear panel of receiver
L
e
f
t
Right
Audio Inputs
Audio Playback (or Recording)
Device with RCA phono jack
inputs, for example:
P.A. Amplifier
Stereo Receiver
Audio Recorder

User’s Guide – 900MHz Stereo Audio Transmitter & Receiver 11
Internal Settings
The AT900-32 transmitter and the AR900-32 receiver each have
internal jumpers and/or switches (on their respective printed circuit
boards) that are preset at the factory to provide the proper
configuration for most applications. The following sections
describe these settings, and provide guidelines for when it may be
necessary or desirable to modify them.
CAUTION!
The AT900-32 transmitter and the AR900-32 receiver both
contain sensitive electronic components on their
respective circuit boards. These devices can be
permanently damaged by static discharge if adequate
anti-static procedures are not observed. Such damage is
not covered by the Applied Wireless, Inc. Limited
Warranty. Before attempting to modify any of the internal
settings, discharge any static that may have accumulated
on your body by touching a metal object or surface that is
earth grounded, such as a cold water pipe. In addition,
your work area should be as static-free as possible (for
example, do not work in an area in which the floor is
covered by nylon carpeting).
In order to modify any internal settings, the unit’s circuit board
must be removed from the enclosure, as follows:
1. Disconnect the power and audio cables from the unit.
2. For the receiver, remove the antenna. For the receiver,
remove the VOLUME knob.
3. For the transmitter, remove the two Phillips screws
securing the front panel.
4. For the receiver, remove the two Phillips screws securing
the rear panel.
5. The two long edges of the circuit board are retained in
lengthwise grooves along the inside walls of the enclosure.
Gently slide the circuit board out of the enclosure. As you
remove the circuit board, hold it by its edges only.
6. Once the internal setting(s) have been modified as
necessary, reassemble the unit by reversing the steps above.
12 Applied Wireless, Inc.
Local/Distance (DX) Jumper (Receiver)
The AR900-32 receiver has an internal jumper that determines the
receiver’s RF sensitivity. The factory default position for this
jumper is the Distance (DX) setting, configuring the receiver for
maximum sensitivity. This is the appropriate setting for most
applications (to allow for maximum reception range). However, if
multiple AT900-32 transmitters are to be used in a common area
(so as to broadcast multiple audio programs), and any are set to
operate on numerically adjacent channels, there is a possibility of
interference from one channel to the adjacent channel. Switching
the jumper to the LOCAL setting on any receiver(s) that exhibit such
interference may reduce or eliminate this interference. To do this,
perform the following steps:
1. Locate the LOCAL/DX jumper on the circuit board. In its
factory default position, the jumper connects the middle pin
of the 3-pin group to the DX pin, leaving the LOCAL pin
open.
2. Remove the jumper from its default position, and reinsert it
such that it connects the middle pin to the LOCAL pin
(leaving the DX pin open).

User’s Guide – 900MHz Stereo Audio Transmitter & Receiver 13
Noise Reduction (Transmitter and Receiver)
The transmitter and receiver are each equipped with active noise
reduction circuits that minimize objectionable background noise
(or “hiss”) which might otherwise be noticeable during periods of
silence, such as the pause between tracks on a CD. These circuits
are normally enabled (factory default). However, if the particular
audio source material has very few (if any) silent pauses, the noise
reduction circuits may be turned off, to give the sound a somewhat
“brighter” or “livelier” character.
To de-activate the noise reduction circuits, locate the NR switches
on the transmitter and receiver printed circuit boards. Slide the
actuator of each switch to its NR OFF position.
For the AT900-32D remote antenna models, the Noise Reduction
switch will be found in the controller (aluminum extrusion).
Note 1: Be sure to readjust the transmitter’s audio modulation
level (as described on pages 6and 7) anytime the noise reduction
circuits and/or ALC are either activated or turned off.
Note 2: The noise reduction switches in the transmitter and the
receiver must be set to match each other (either on or off), in order
to maintain balanced audio frequency response.
Automatic Level Control (Transmitter)
The AT900 Series transmitters have an ALC control circuit to help
prevent under or over modulation as a result of dramatic changes
in source volume. The factory default is ALC ON. To turn the
ALC feature off, use the slide switch located on the transmitter
board also located inside the aluminum extrusion case.
14 Applied Wireless, Inc.
Technical Specifications
AT900-32 Transmitter
Operating Frequency (32 Channels) 902 – 928 MHz
Operating Voltage Range 7.5 to 18VDC
Operating Current 120 mA
Audio Signal-to-Noise Ratio* 78 dB
Audio Frequency Response (+/-3dB)* 50 - 15,000 Hz
Audio Channel (L/R) Separation (@ 1KHz)* 30 dB
Audio Distortion (@ 1kHzm +/-25KHz deviation)* 0.3%
Stereo Pilot Level -20 dBc
RF Output Power 1 mW (0 dBm)
Frequency Stability (over operating temp.range) +/-30 ppm
FM Deviation +/-75 KHz
Harmonic Suppression -45 dBc
Antenna Output Impedance 50 Ohms
Operating Temperature Range -20C to +70C
Storage Temperature Range -50C to +150C
*Audio performance specifications are “end-to-end” characteristics,
when used with Model AR900-32 receiver.
AR900-32 Receiver
Operating Frequency (32 Channels) 902 – 928 MHz
Operating Voltage Range 7.5 to 18VDC
Operating Current 140 mA
Audio Frequency Response (+/-3dB, flat EQ)* 50 - 15,000 Hz
Audio Channel (L/R) Separation (@ 1KHz)* 30 dB
Audio Signal-to-Noise Ratio* 50 dB
Audio Distortion (@ 1kHzm +/-25KHz deviation)* 0.3%
RF Input Sensitivity (30 dB SNR) -106 dBm
IF Bandwidth 180 KHz
Antenna Input Impedance 50 Ohms
Frequency Stability (over operating temp. range) +/-30 ppm
Operating Temperature Range -20C to +70C
Storage Temperature Range -50C to +150C
*Audio performance specifications are “end-to-end” characteristics,
when used with Model AT900-32 transmitter.

User’s Guide – 900MHz Stereo Audio Transmitter & Receiver 15
The following sections pertain exclusively to the Audio
Transmitter, Model AT900-32:
This product incorporates transmitter module FCC ID: QY4265
This device complies with Part 15 of the FCC Rules. Operation is
subject to the following two conditions:
(1) This device may not cause harmful interference and
(2) This device must accept any interference received, including
interference that may cause undesired operation.
INSTRUCTION TO THE USER (required by the FCC)
This equipment has been tested and found to comply with the
limits for a class B digital device, pursuant to part 15 of the FCC
Rules. These limits are designed to provide reasonable protection
against harmful interference in a residential installation. This
equipment generates, uses and can radiate radio frequency energy
and if not installed and used in accordance with the instructions,
may cause harmful interference to radio communications.
However, there is no guarantee that interference will not occur in a
particular installation. If this equipment does cause harmful
interference to radio or television reception, which can be
determined by turning the equipment off and on, the user is
encouraged to try to correct the interference by one or more of the
following measures:
Reorient or relocate the receiving antenna.
Increase the separation between the equipment and
receiver.
Connect the equipment into an outlet on a circuit different
from that to which the receiver is connected.
Consult the dealer or an experienced radio/TV technician
for help.
This equipment has been certified to comply with the limits for a
class B computing device, pursuant to FCC Rules. In order to
maintain compliance with FCC regulations, shielded cables must
be used with this equipment. Operation with non-approved
equipment or unshielded cables is likely to result in interference to
radio and TV reception. The user is cautioned that changes and
modifications made to the equipment without the approval of
manufacturer could void the user’s authority to operate this
equipment.
16 Applied Wireless, Inc.
ONE YEAR LIMITED WARRANTY (USA)
Products manufactured by APPLIED
WIRELESS, INC. (AW) and sold to
purchasers in the USA are warranted by
AW according to the following terms and
conditions. You should read this Warranty
thoroughly.
WHAT IS COVERED,AND DURATION OF
COVERAGE:
AW warrants the product to be free from
defects in materials and workmanship for
one (1) year from the date of purchase by
the original end user purchaser.
WHAT IS NOT COVERED:
This warranty does not apply to the
following:
1. Damage caused by accident,
physical or electrical misuse or
abuse, improper installation, failure to
follow instructions contained in the
User’s Guide, any use contrary to the
product’s intended function,
unauthorized service or alteration
(i.e. service or alteration by anyone
other than AW).
2. Damage occurring during shipment.
3. Damage caused by acts of God,
including without limitation:
earthquake, fire, flood, storms, or
other acts of nature.
4. Damage or malfunction caused by
the intrusion of moisture or other
contamination within the product.
5. Batteries supplied by AW in or for the
product.
6. Cosmetic deterioration of chassis,
cases, or pushbuttons resulting from
wear and tear typical of normal use.
7. Any cost or expense related to
trouble-shooting to determine
whether a malfunction is due to a
defect in the product itself, in the
installation, or any combination
thereof.
8. Any cost or expense related to
repairing or correcting the installation
of an AW product.
9. Any cost or expense related to the
removal or reinstallation of the
product.
10. Any product whose serial number or
date code is altered, defaced,
obliterated, destroyed, or removed.
This warranty is extended to the original
purchaser of the product(s) only, and is
not transferable to any subsequent owner
or owners of the product(s). AW reserves
the right to make changes or
improvements in its products without
incurring any obligation to similarly alter
products previously purchased.
EXCLUSION OF INCIDENTAL OR
CONSEQUENTIAL DAMAGES:
AW expressly disclaims liability for
incidental and consequential damages
caused (or allegedly caused) by the
product. The term “incidental or
consequential damages” refers (but is not
limited) to:
1. Expenses of transporting the product
to AW to obtain service.
2. Loss of use of the product.
3. Loss of the original purchaser’s time.
LIMITATION OF IMPLIED WARRANTIES:
This warranty limits AW’s liability to the
repair or replacement of the product. AW
makes no express warranty of
merchantability or fitness for use. Any
implied warranties, including fitness for
use and merchantability, are limited in
duration to the period of the one (1) year
express limited warranty set forth herein.
The remedies provided under this
warranty are exclusive and in lieu of all
others. AW neither assumes nor
authorizes any person or organization to
make any warranties or assume any
liability in connection with the sale,
installation, or use of this product.
Some states do not allow limitations on
how long an implied warranty lasts, and
some states do not allow the exclusion or
limitation of liability for incidental or
consequential damages so the limitations
or exclusions stated herein may not apply
to you. This warranty gives you specific
legal rights and you may have other rights
which vary from state to state.
(continued on next page)

User’s Guide – 900MHz Stereo Audio Transmitter & Receiver 17
ONE YEAR LIMITED WARRANTY (USA), cont.
HOW TO OBTAIN WARRANTY SERVICE:
If a product covered by this warranty and sold in the USA by AW proves to be defective
during the warranty period AW will, at its sole option, repair it or replace it with a
comparable new or reconditioned product without charge for parts and labor, when said
product is returned in compliance with the following requirements:
1. You must first contact AW at the following address/phone for assistance:
APPLIED WIRELESS, INC.
1250 Avenida Acaso, Suite F
Camarillo, CA 93012
Phone: [phone]
If you are instructed to return your product directly to the factory, a Return
Merchandise Authorization number (RMA) will be issued to you.
2. You must package the product carefully and ship it insured and prepaid. The RMA
number must be clearly indicated on the outside of the shipping container. Any
product returned without an RMA number will be refused delivery.
3. In order for AW to perform service under warranty, you must include the following:
(a) Your name, return shipping address (not a PO Box), and daytime telephone number.
(b) Proof of purchase showing the date of purchase.
(c) A detailed description of the defect or problem.
Upon completion of service, AW will ship the product to the specified return shipping
address. The method of shipping shall be at AW’s sole discretion. The cost of return
shipping (within USA) shall be borne by AW.
Applied Wireless products are designed and
manufactured with pride in the United States of America
Copyright 2007 by Applied Wireless, Inc. All rights reserved.
Specifications subject to change without notice.
APPLIED WIRELESS,INC.
1250 Avenida Acaso, Camarillo, CA 93012
Phone: [phone] Fax: [phone]
Email: [email protected]
www.appliedwireless.com
Pub. # UG-ATR90032 Rev. date 03/07