EVAL-916-ES Linx Technologies Inc, EVAL-916-ES Datasheet

KIT EVAL BASIC 916MHZ ES SERIES

EVAL-916-ES

Manufacturer Part Number
EVAL-916-ES
Description
KIT EVAL BASIC 916MHZ ES SERIES
Manufacturer
Linx Technologies Inc
Series
ESr
Type
Transmitter, Receiverr
Datasheets

Specifications of EVAL-916-ES

Frequency
916MHz
Product
RF Development Tools
Maximum Frequency
916 MHz
Supply Voltage (max)
5 V
Lead Free Status / RoHS Status
Contains lead / RoHS non-compliant
For Use With/related Products
ES Series RF Modules - 916MHz
Lead Free Status / Rohs Status
Lead free / RoHS Compliant
Other names
EVAL916ES
DESCRIPTION
Housed in a tiny SMD package, the ES Series offers
an unmatched combination of features, performance,
and cost-effectiveness. The ES utilizes an advanced
FM / FSK-based synthesized architecture to provide
superior performance and noise immunity when
compared to AM / OOK solutions. An outstanding
56kbps maximum data rate and wide-range analog
capability make the ES Series equally at home with
digital data or analog sources. A host of useful
features including PDN, LADJ, low voltage detect, and
a clock source are provided. The ES operates in the
900MHz band, which in North America allows an
unlimited variety of applications, including data links,
audio links, home and industrial automation, security,
remote control / command, and monitoring. Like all Linx modules, the ES Series
requires no tuning or external RF components (except an antenna).
FEATURES
n Ultra-compact SMD package
n FM / FSK modulation
n Wide bandwidth (20Hz to 28kHz)
n Very low current consumption
n Data rates to 56,000bps
n User power-down input
n Low-voltage detect output
n Microprocessor clock output
APPLICATIONS INCLUDE
n Wireless Data Transfer
n Wireless Analog / Audio
n Home / Industrial Automation
n Keyless Entry
n Remote Control
n Fire / Security Alarms
n Wireless Networks
n Remote Status Sensing / Telemetry
n Long-Range RFID
n RS-232 / 485 Data Links
n Voice / Music Links / Intercom
ES SERIES TRANSMITTER DATA GUIDE
WIRELESS MADE SIMPLE
®
TXM-869-ES
TXM-916-ES
n No production tuning
n No external RF components
n Precision-frequency synthesized
n Direct interface to analog and
n Excellent cost / performance ratio
PART #
TXM-869-ES
TXM-916-ES
RXM-869-ES
RXM-916-ES
EVAL-***-ES
MDEV-***-ES
*** = Frequency
Receivers are supplied in tubes of 40 pcs.
ORDERING INFORMATION
needed
architecture
digital sources
Figure 1: Package Dimensions
0.630"
0.125"
DESCRIPTION
ES Series Transmitter 869MHz
ES Series Transmitter 916MHz
ES Series Receiver 869MHz
ES Series Receiver 916MHz
Basic Evaluation Kit
Master Development System
RF MODULE
TXM-916-ES
0.510"
LOT 1000
Revised 2/4/11

Related parts for EVAL-916-ES

EVAL-916-ES Summary of contents

Page 1

... Receivers are supplied in tubes of 40 pcs. n RS-232 / 485 Data Links n Voice / Music Links / Intercom 0.510" 0.630" RF MODULE TXM-916-ES LOT 1000 0.125" Figure 1: Package Dimensions DESCRIPTION ES Series Transmitter 869MHz ES Series Transmitter 916MHz ES Series Receiver 869MHz ES Series Receiver 916MHz Basic Evaluation Kit Master Development System Revised 2/4/11 ...

Page 2

ELECTRICAL SPECIFICATIONS Parameter Designation Min. POWER SUPPLY Operating Voltage V 2.1 CC Supply Current I 5.5 CC Power-Down Current I – PDN TRANSMIT SECTION Transmit Frequency TXM-916-ES – TXM-869-ES – Center Frequency Accuracy – -60 Output Power P ...

Page 3

PIN ASSIGNMENTS 1 PDN ANT 2 LADJ GND 3 VCC LO_V_D 4 GND /CLK SE 5 DATA /CLK Figure 7: ES Series Transmitter Pinout (Top View) PIN DESCRIPTIONS Pin # Name Description Power Down. Pulling this line low will place ...

Page 4

USING THE DIVIDED CLOCK OUTPUT (/CLK) When the ES is used with a microcontroller, the divided clock output (/CLK) saves cost and space by eliminating the need for a crystal or other frequency reference for the microprocessor. This line is ...

Page 5

... Comparing your own design with a Linx evaluation board can help to determine if and at what level design-specific interference is present. External interference can manifest itself in a variety of ways. Low-level interference will produce noise and hashing on the output and reduce the link’ ...

Page 6

... Many Linx customers have done this successfully; however, there are a wide variety of potting compounds with varying dielectric properties. Since such compounds can considerably impact RF performance the responsibility of the designer to carefully evaluate and qualify the impact and suitability of such materials. The trace from the module to the antenna should be kept as short as possible. ...

Page 7

PAD LAYOUT The following pad layout diagram is designed to facilitate both hand and automated assembly. 0.065" 0.610" 0.070" 0.100" Figure 13: Recommended PCB Layout PRODUCTION GUIDELINES The modules are housed in a hybrid SMD package that supports hand or ...

Page 8

... It is usually best to utilize a basic quarter-wave whip until your prototype product is operating satisfactorily. Other antennas can then be evaluated based on the cost, size, and cosmetic requirements of the product. You may wish to review Application Note AN-00500 “Antennas: Design, Application, Performance” ...

Page 9

COMMON ANTENNA STYLES There are literally hundreds of antenna styles and variations that can be employed with Linx RF modules. Following is a brief discussion of the styles most commonly utilized. Additional antenna information can be found in Linx Application ...

Page 10

... Government Printing Office in Washington or from your local government bookstore. Excerpts of applicable sections are included with Linx evaluation kits or may be obtained from the Linx Technologies website, www.linxtechnologies.com. In brief, these rules require that any device that intentionally radiates RF energy be approved, that is, tested for compliance and issued a unique identification number ...

Page 11

WIRELESS MADE SIMPLE U.S. CORPORATE HEADQUARTERS LINX TECHNOLOGIES, INC. 159 ORT LANE MERLIN, OR 97532 PHONE: (541) 471-6256 FAX: (541) 471-6251 www.linxtechnologies.com Disclaimer Linx Technologies is continually striving to improve the quality and function of its products. For this ...

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