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AUREL S.p.A. • Via Foro dei Tigli, 4 • 47015 Modigliana (FC) Italy • Ph. +39 0546 94 11 24 • F. +39 0546 94 16 60 | www.aurelwireless.com • [email protected]
This information may be subject to revision without notice. AUREL makes no warranty and assumes no liability in connection with any use of this information.
433.92 Mhz superhet receiver RED compliant(Radio Equipment Directive 2014/53/EU)
DESCRIPTION
DESCRIZIONE
Band pass filtered Super Het OOK Receiver
RX-4MR50
TECHNICAL SPECIFICATION Ta = 25 °C
PIN-OUT
CHARACTERISTICS MIN TYP MAX UNIT
P.N. 650201461G
DIMENSIONS
COMPONENT SIDE
2) Ground 3) Antenna
7) Ground
11) Ground
13) N.C.
14) Data-out
15) +Vcc
36
12
2.540.5 0.25
6
4
152
Ricevitore economico OOK operante a 433.92 Mhz con filtro passa banda, compatibile con la RED (Radio Equipment Directive 2014/53/EU) e in particolare con le norme armonizzate:
Ingresso antenna protetto da scariche ESD, conforme alla normativa 61000-4-2.
ESD antenna protection in compliance with EN61000-4-2.
EN 301 489-3 : V2.1.1EN 300 220-2 : V3.1.1
EN 301 489-3 : V2.1.1EN 300 220-2 : V3.1.1
Low cost OOK receiver working at 433.92 Mhz with band pass filter, compliant with RED (Radio Equipment Directive 2014/53/EU) and in particular with harmonics standards:
Reception frequency Frequenza di ricezione
Supply Voltage Alimentazione
Supply Current Corrente Assorbita
RF sensitivity* Sensibilità RF*
Square wave output Onda quadra in uscita
Output high voltage Livello alto d’uscita
Output low voltage
Switch on time Tempo di accensione
Livello basso d’uscita
IF Bandwidth - 3dB
RF power on 50 Ohm pin ant. Potenza RF su 50 Ohm pin ant.
Banda passante IF a - 3dB
Operating temperature range Temperatura di lavoro
mA
Vdc
MHz
dBm
KHz
V
Vmsec
KHz
dBm
°C
4.34.1 4.6
433.92
-113 -114
51
4
0.020
Vcc-0.6 Vcc-0.1
GND+0.4GND
420
-60
+85-20
53 5.5
* Generatore RF con modulazione 100%* RF generator with 100% modulation
REDCOMPLIANT2014/53/EURoHS
COMPLIANT
NEWmodel
BLOCK DIAGRAM
Data-out (14)Antenna
(3)
+V (15)
NC (13)
MIX
AM DET
I.F. LFAMP
RF AMP
L.O.
COMP
05.06.2019 - Rev A
Pagina 1
