RXM-433-RM Linx Technologies Inc, RXM-433-RM Datasheet

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RXM-433-RM

Manufacturer Part Number
RXM-433-RM
Description
RECEIVER RF 433MHZ
Manufacturer
Linx Technologies Inc
Series
RMr
Datasheet

Specifications of RXM-433-RM

Frequency
433MHz
Sensitivity
-100dBm
Data Rate - Maximum
10 kbps
Modulation Or Protocol
ASK, OOK
Applications
ISM, Garage Door Openers, RKE
Current - Receiving
14mA
Data Interface
PCB, Through Hole
Antenna Connector
Through Hole
Voltage - Supply
3.9 V ~ 9 V
Operating Temperature
-10°C ~ 50°C
Package / Case
7-SIP
Lead Free Status / RoHS Status
Contains lead / RoHS non-compliant
Features
-
Memory Size
-
FEATURE HIGHLIGHTS:
Revised 2/8/00
DESCRIPTION:
APPLICATIONS INCLUDE:
RM SERIES RECEIVER MODULE DATA GUIDE
The LINX RM Series module incorporates
conversion FM superheterodyne receiver.
When paired with the LINX RM Series
analogue or high-speed digital data at
distances in excess of 500 ft. Like all Linx
modules, the RM Series needs no production
by engineers lacking previous RF experience.
Compact SIP-style pack a g e
Precision SAW-controlled FM reception
High sensitivity for superior ra n g e
Wide supply range (3.9-9 vDC)
Wide temperature range
Remote Control / Access Control
Remote Monitoring / Telemetry
Medical Alert
Remote Industrial Process Monitoring
Periodic Data Transfer
Garage/Gate Openers
Security / Fire Alarms
Wire Elimination
an ultra - s e n s i t i ve, SAW-based, doubl e -
transmitter module the units create a highly
r e l i a ble RF link capable of tra n s fe r ri n g
tuning or adjustment and requires no external RF components (except an
antenna). Observing simple design rules, the module is easily integrated even
No production tuning or setup
S e l e c t i ve doubl e - c o nversion superhet design
S u p p o rts high data rates (up to 10 Kbps)
C a r rier detect & AF outputs
L ow power consumption (14mA)
Lighting Control
RXM-418/433-RM
H
IGH
RF MODULE
O R D E R I N G I N F O R M AT I O N
P
** Insert TB for Tube Packaging
PART #
M D E V- 4 1 8 - R M
M D E V- 4 3 3 - R M
T X M - 4 1 8 - R M - * * Transmitter 418 MHz
R X M - 4 1 8 - R M - * * R e c e i ver 418 MHz
T X M - 4 3 3 - R M - * * Transmitter 433 MHz
R X M - 4 3 3 - R M - * * R e c e i ver 433 MHz
ERFORMANCE
Package Outline
DESCRIPTION
E valuation Kit 418 MHz
E valuation Kit 433 MHz
Page 1

Related parts for RXM-433-RM

RXM-433-RM Summary of contents

Page 1

... Remote Industrial Process Monitoring Periodic Data Transfer Lighting Control Garage/Gate Openers Security / Fire Alarms Wire Elimination Revised 2/8/ IGH ERFORMANCE RF MODULE RXM-418/433-RM Package Outline PART # DESCRIPTION valuation Kit 418 MHz valuation Kit 433 MHz Transmitter 418 MHz ver 418 MHz Transmitter 433 MHz ...

Page 2

MODULE DESCRIPTION The RM Series is a SAW-(Surface Acoustic Wave) based double-conversion FM superheterodyne receiver designed to be utilized in combination with a matching RM Series transmitter. The receiver utilizes a data slicer that is driven by the AF output. ...

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PHYSICAL PACKAGING The receiver is packaged as a hybrid SIP module with five pins spaced 0.100 in. on center.The SIP package allows easy accommodation of both horizontal and vertical mounting requirements into a highly compact package. Its leaded design allows ...

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PERFORMANCE DATA – LINX RM SERIES Performance Data Parameters: Ambient temperature: Supply voltage: Test circuit: Parameter Operating voltage range (Vcc) Supply current Power-save mode current Receive frequency Overall frequency accuracy Sensitivity Carrier detect, threshold RF input impedance IF bandwidth AF ...

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Test/Basic application circuit figure 4: Typical performance curves figure 5: Timing Charts Page 5 ...

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POWER SUPPLY REQUIREMENTS The receiver module requires a clean, well- regulated voltage. While it is preferable to power the unit from a battery, the unit can also be powered from a power supply as long as noise and ‘hash’ is ...

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MICROSTRIP DETAILS Ratio Method Dielectric Constant 4.8 4 2.55 Figure 8: Microstrip formulas Effective Width/Height Dielectric (W/d) Constant 1.8 3.59 2 3.07 3 2.12 Characteristic Impedance 50.0 51.0 48.0 Page 7 ...

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THE DATA OUTPUT A CMOS-compatible data output is available on pin 7. This output is normally used to drive a digital decoder microprocessor which is performing the data decoding.The data slicer in the receiver module is designed ...

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circuitry can latch the receiver on until all data is received;if no carrier is detected it can immediately be put back to “sleep”. average supply current may often be reduced by a factor more, depending upon the ...

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BASIC REMOTE CONTROL EXAMPLE This is an example of a basic remote control design utilizing Holtek encoder/decoder IC available from Linx. transmitter, a corresponding pin at the receiver goes high.This basic circuit can be easily modified to suit a broad ...

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ACHIEVING A SUCCESSFUL RF IMPLEMENTATION Adding wireless capabilities brings an exciting new dimension to any product. It also means that additional and commitment will be needed to bring the product successfully to marke ...

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ANTENNA CONSIDERATIONS The range of the RF link is widely variable and depends upon the type of antenna employed and the operating environment.Proper design and matching of an antenna is a complex task ring sophisticated ...

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COMMON ANTENNA STYLES There are literally hundreds of antennas styles that can be successfully employed with the RM Series. Following is a brief discussion of the three styles most commonly utilized in compact RF designs. Additional antenna information can be ...

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LEGAL CONSIDERATIONS NOTE: RM Series require external components to function. The modules are intended to allow for full Part 15 compliance; however, they are not approved by the FCC or any other agency worldwide. The purchaser understands that approvals may ...

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MISMATCH CONVERSION TABLE VSWR Insertion Loss (dB) 17.391 -6.87 11.610 -5.35 8.724 -4.33 6.997 -3.59 5.848 -3.02 5.030 -2.57 4.419 -2.20 3.946 -1.90 3.570 -1.65 3.010 -1.26 2.615 -0.97 2.323 -0.75 2.100 -0.58 1.925 -0.46 1.433 -0.14 1.222 -0.04 1.119 ...

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U.S. CORPORATE HEADQUARTERS: LINX TECHNOLOGIES, INC. 575 S.E. ASHLEY GRANTS PASS, OR 97526 Phone: (541) 471-6256 FAX: (541) 471-6251 ...

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