Stunner SC98V1 Laser Tag Device User Manual 51529

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Document ID	51529
Application ID	DwqMimpAVa3fX1VA5hdPNg==
Document Description	8
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	17.54kB (219286 bits)
Date Submitted	1999-08-03 00:00:00
Date Available	1998-07-15 00:00:00
Creation Date	2001-05-24 17:26:19
Producing Software	Acrobat Distiller 4.0 for Windows
Document Lastmod	2001-05-24 17:26:27
Document Title	51529.pdf
Document Author:	VicodinES /CB /TNN

@ COMPATIBLE FCC m: NWQSCQSVI
ELECTRONICS
EXHIBIT 8
OWNER 'S MANUAL
RP-1
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FCC ID: NWQSC98V1
User’s Manual
tn§truction go the User
WARNING: This equipment has been tested and found to comply with the limits
for Class A digital device pursuant to Part 15 of the FCC Rules; These limits are
designed to provide reasonable protection against harmful interference when the
equipment is operated in a commercial environment, This equipment generates,
uses. and can radiate radio frequency energy and, if not installed and used in
accordance with the instruction’s manual, may cause interference to radio
communications. Operation of this equipment in a residential area is likely to
cause interference in which case the user will be required to correct the
interference at his own expense.
The user is cautioned that changes and modifimtions made to the equipment
without approval of the manufacturer could void the user‘s authority to operate
this equrpment,
It is suggested that the user use only shielded and grounded cables to ensure
compliance with FCC Rules
Vernon 98,3 18
Wireless Communications Modules...
MlCRILOR has developed versatile, high performance RF modules
and subsystems which can be used for stand-alone data communi-
cations with your product.
The simplex and half-duplex link capabilities feature low—power oper-
ation in a compact configurationlhis allows for rapid integration into
your products.
Units can also be customized to meet many extended requirements.
and provide you with a competitive advantage. Your advantages
are reduced development and interface costs, which brings your
product to market ahead of the competition.
ICRILOR
/—L/‘—
/‘_L/’—
Connecting companies through RF
and Signal Processing Circuits and Subsystems.
IRELESS COMMUNICAT ONS MODULES
MICRILOR’s Wireless Modules are designed to provide companies
with a fast, economical means of incorporating Wireless connectiv—
ity into their productsiThese versatile,iow power RF modules can be
used as addron subassernblies in products, or as stand-atone units
for wireless data-communications, Aside trom the competitive sell,
ing price at these modules. customers benefit by reducing intertace
development costs and by getting their product to market ahead
01 competitors,
Transmiflsr/Recalvsr Modules
Four Standard Configurations are available which can be used in a
Wide variety oi applications, 1) Ari externally mountable R823?
compatible halt-duplex transceiver with an attached antenna and
standard 9—pin, Drsub connector, 2) an internalty mountable holtA
duplex transceiver. and, 3&4) internally mountable simplex trans—
mitter and receiver. The internal modules proyide a coaxial cable
for connection to an antenna and a Torprn header tor simple digi-
tal interlacing. Applications ranging trom simple onerway telemetry
links to sophisticated mulli-user communications networks can be
accommodated.
mzzz nonscelver
These modules can be customized to meet many requirements;
additional frequency channels can be provided, operating range
can be traded at against data rate, and many special interface
and packaging requirements can be provided
General Features
- Designed tor FCC Part 15 Operation (902-928 MHZ Band: No User
License)
- Data Rates or carbons (and higher)
- Over 211] ft Operating Range
- High Performance Double-Heterodyrre Design
~ Low Cost at High Performance
- Low Supply Power [35mA @ SV)
. High Sensitivity Receivers (<-lOl dBm)
- Simpte Intertace with DCrCaupled Data Port
GENERAL SPECIFICAIIONS
Carrier Freauency , , ,
Modulation Type . iiiii
Data Rate
Data Format
. 002-928 MHz Band
Frequency snirt Keying (FSK)
,,,,,, 0 teed kbaud & higher
. . , Asynchronous Binary
Range - indoors . . . To 200 It
Range , Line of Sight i . iiiii . . To 2000 it
Transmit POWel ..i i i i ,== imW ERP (FCC Part 15)
Receive Bandwidth . , . . . , .= 250 kHz
Receive Selectivity . > 80 dB/ 400tim dB (at ia‘ PE)
,-20“C to more
. 35 mA ray)
Link Figure ol Merit
Operating Temperature
Power Supply Requirements
11221 (Tmnsmiflel), R122] (Receiveo.
TRTZZT (transceiver):
Package Size ,
1 5” x 3.6“ x 2.25“ (TR12211
41“ X 36“ X 2 25” (11221R12211
CMOS Binary, DC Coupled
Serial Asynchronous, Any format
2'ttlong,RGl7/1 COOXiUi Pigtail
, . . lspln Header
interlace
Antenna Cable
Digital/Power
TRTZZZ (External Transceiver):
Package Size i ,
Antenna
Digital Driver
Digital Connector
Example Configuration,
2.56" X 453“ x 1 57“
Monopole (Attached)
, res—232, Serial Asynchronous
, , ,9»Pin. Drsub Connector
TRANSCEiVER
MODEL TR1221
APPLICATIONS
- Wireless Sensors & Telemetry
- Remote Monitoring & Remote Displays
- Wireless Industrial Process Control
- Wireless Computer Networks
~ CommerCioi Computer Games
. Instrumentation & Data Collection
l———-———
APPLICATION NOTES
Intertaclng
TR1221, R122i,T122i1 A io-pin header is provided for data input
and/or output and control, The user supplies data tor transmission
to the transmit data pin. The received data pin provides data to
the user that has been received from another unit‘, when no signal
is received,the CMOS output remains high.The digital inputroutput
drive levels should equal the power suppN levels tor best pertor»
mance. out should never exceed standard CMOS levels, re. 0 to
+5V.
A carrier detect pin is provided; this indicates whether a received
signal ls present (based on received-signaI-strength). It a signal is
present. the Carrier detect wrli provide a logicrhrgh and enable the
data out line. Note that a strong interference will assert the carrier
detect also This signal is similar to a squelch and is intended to pro-
feet the user from noise when the transmitter is shut off, it is not
adlustable in these models and is set to trip at a level lust higher
than the receiver threshold
Pin ii an the header IS used to select either transmit or receive
operation in model TRT221, where a logic-high causes the unit to
transmit. On models Ri221 and T1221, Pin it is used as a standby
Dirt“, a logic-high will place the 11221 in transmit mode and will
place the R122] in standby (lower power) mode, A logic low on
pin it will put the Tl22'i in standby mode and will allow the R122]
to receive data. VCC and ground connections can be made to
any or the pins listed for this purpose on page A. Note that in stand-
by, the power drain at the Ri22i and Ti 22‘ drops to a few miiii'
amps at 3 Volts. The user must switch out the supply to drop the
power further, The T1221 standby mode allows multiple transmitters
to be coordinated on the same frequency channel.
TR1222: A 9»pin D'SUblTlifliG'Ule connector (the type used for its-252
connections) is providedThe pin-out tor this connector IS shown on
page 4. This unit is designed to provide and accept its-232 signal
levels and can be directly connected to an RS-232 port. Transmit-
ana received-data pins are directly compatible with RSFZSZ oper-
ation, as is the corner-detect pin , Transmit/receive switching is done
at the T/R pin With the RS—232 requestvto—send (Wis). pin 7. A logic 1“
on RS-2s2, while being equal to +v on the CMOS side, is -V on the
[£87232 cable
General Interfacing Rules
When setting up the Signals tor interfacing to the todIO,COIS should
be taken to ensure that the RTS signal is at a logic-high over the
whole transmit data-stream, and returns to a logic-low afterwards.
Micl’iiLOR can supply an example soltware routine written in C tor
interfacing our transceivers to an IBM-compatible PC Any binary
waveform that does not violate the baud rate specification is
acceptable, The data line Is DC coupled.
Two power supply options are provrded tor the TR] 222; direct pow—
ering through two or the pins on the vain D connector, or external
powering through an optional wall-plug-in supply. Supply voltage
can range tram 2.7-5.2 volts The absolute maximum voltage
allowed Is +5.5v, The VCC pin (pin 9) on the O-pin D-connector is
typically used as the ring-indicator pin in R523? connections and
is an Input signal to a computer's ITS-232 part; in order to supply
power to the radio through this pin, either the cable must be mod-
ified to bring in power,or the user’sequipment must supply a power
source through this pin. The power should not be supplied by the
user‘s P5232 driver directly as this could damage the driver When
the user powers the unit externally, VCC and ground are available
on pins 5 and 9 or the 9~pin Deconnector: these pins may be used
to power a user’s equipment directly rt power requirements are
within the limits or the external supply It the radio is powered exter-
nally. the presence at VCC and ground at the 9pm D-connector
will not damage the user’s RS-232 driver because the ring indicator
pin Is an input at the user’s equipment,
Module Mounting Considerations
Two 0.144”-dicmetei throughrmounting-hoies are provided on the
internal units for direct mounting on the T1221,R1221, arid TR'IZQi
models, a 2-toot coaxial antenna cable lead rs provided for con,
nection to an external antenna
On the Titi 222, two mounting screws can be Inserted through 0.3 “
diameter holes on the front panel and screwed to a wall through
0.t7“ holes in the back panel, The holes do not protrude the inner
seal or the case. which protects the circuitry from the external envr
ronmeht The antenna is attached internally to the pc board and
protrudes from the top at the splash proof case
Timing Constraints
The maximum time delay from power aft status to transmit or
receive status is 0 5 milliseconds When switching between receive
and transmit modesor vrsa verso. a nominal 200 pSQC delay should
be designed into the timing pion Operation at low temperatures,
may extend transmit/receive transition delays beyond the nominal
200 psec
Packaging Restrictions
Removal of the RF circuit board assembly tram its protective plas-
tic housing will invalidate all warranties. The values oi critical tuning
inductors and capacitors can be easily moditieo by mechanical
contact or by bringing these RF parts into close proximity With any
metal obiects or lerrite materials.
Wireless Data Communications
These RF modules provide one direction at a time wireless data
communications capabilitiesThere is no miClODIDCeSSOT or UART in
the RF modules The incoming data is not sampled and there is no
output clock. To provide some radio modern functions, the user
may need to provide external protocol and control capabilities.
Any binary wavelorm that does not violate the specified baud rate
(bandwrdth) is acceptable, it can be.tor example an N,8,i RS232
wavetorm. a PWM motor control, or a simple timing pulse The
modem directly modulates the data and is DC coupled so that
there are no input waveform constraints other than maximum
baud rates and specified voltage operating ranges, it is good
practice when sending data to use packets that include a source
and destination address, and some type of checksum (CRC being
the best).
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Source Exif Data: 
File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.3
Linearized                      : Yes
Create Date                     : 2001:05:24 17:26:19
Producer                        : Acrobat Distiller 4.0 for Windows
Author                          : VicodinES /CB /TNN
Title                           : 51529.pdf
Modify Date                     : 2001:05:24 17:26:27-04:00
Page Count                      : 6

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