RXM-315-XX-S Datasheet, PDF (2/9 Pages) List of Unclassifed Manufacturers – LC SERIES RECEIVER MODULE DATA GUIDE

PERFORMANCE DATA–RXM-***-LC
ABOUT THESE MEASUREMENTS
The performance parameters listed
below are based on module
operation at 25°C from a 3VDC.
Figure 1 at the right illustrates the
connections necessary for testing
and operation. It is recommended
that all ground pads be connected to
the groundplane. The pads marked
NC have no physical connection and
are designed only to add support.
5VDC
200
External
Resistor
3VDC
1 NC
2 NC
3 NC
4 GND
5 VCC
6 PDN
7 NC
8 DATA
ANT 16
GND 15
NC 14
NC 13
NC 12
NC 11
NC 10
NC 9
Figure 1: Test/Basic Application Circuit
ABSOLUTE MAXIMUM RATINGS
Supply voltage V_CC
Operating temperature
Storage temperature
Soldering temperature
RF input, pin 16
Any input or output pin
-0.3
to +4.2 VDC
-0.3
to +5.2 VDC
(SEE NOTES 3,4)
-30°C
to +70°C
-45°C
to +85°C
+225°C for 10 sec.
0 dBm
-0.3
to
Vcc
*NOTE* Exceeding any of the limits of this section may lead to permanent
damage to the device. Furthermore, extended operation at these maximum
ratings may reduce the life of this device.
Parameters
RXM-315-LC-S
Operating Voltage
w/Dropping Resistor
Current Continuous
Current in Sleep
Data Out Voltage
Logic Low
Data Out Voltage
Logic High
Receive Frequency
Noise BW
Sensitivity @10^-5 BER
Baud Rate
Settling Time
Designation Min. Typical Max. Units
V_CC
2.7
–
4.2
VDC
V_CC
4.7
–
5.2
VDC
I_CC (V_CC=3V) 4.0
5.0
7.0
mA
I_SLP (V_CC=3V)
–
700
930
µA
V_OL
0
–
0.2
VDC
V_OH
V_CC-0.3
–
V_CC
VDC
V_OH
2.7
3.4
V_CC
VDC
(Note 5)
F_C
314.925 315.0 315.075 MHz
–
280
–
kHz
-92
-95
-100 dBm
100
–
5,000 bps
5
7
10 mSec
Notes
–
3
–
–
–
–
4
–
–
1
_
2
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Parameters
RXM-418-LC-S
Operating Voltage
w/Dropping Resistor
Current Continuous
Current in Sleep
Data Out Voltage
Logic Low
Data Out Voltage
Logic High
Receive Frequency
Noise BW
Sensitivity @10^-5 BER
Baud Rate
Settling Time
Designation Min. Typical Max. Units
V_CC
2.7
–
V_CC
4.7
–
I_CC (V_CC=3V) 4.0
5.0
I_SLP (V_CC=3V)
–
700
V_OL
0
–
V_OH
V_CC-0.3
–
V_OH
2.7
3.4
4.2
5.2
7.0
930
0.2
V_CC
V_CC
(Note 5)
VDC
VDC
mA
µA
VDC
VDC
VDC
F_C
417.925 418 418.075 MHz
–
280
–
kHz
-92
-95
-100 dBm
100
–
5,000 bps
5
7
10 mSec
Notes
–
3
–
–
–
–
4
–
–
1
_
2
Parameters
RXM-433-LC-S
Operating Voltage
w/Dropping Resistor
Current Continuous
Current in Sleep
Data Out Voltage
Logic Low
Data Out Voltage
Logic High
Receive Frequency
Noise BW
Sensitivity @10^-5 BER
Baud Rate
Settling Time
Designation Min.
V_CC
2.7
V_CC
4.7
I_CC (V_CC=3V) 4.0
I_SLP (V_CC=3V) –
V_OL
0
V_OH
V_CC-0.3
V_OH
2.7
F_C
433.845
–
-92
100
5
Typical
–
–
5.0
700
–
–
3.4
433.92
280
-95
–
7
Max.
4.2
5.2
7.0
930
0.2
V_CC
V_CC
(Note 5)
433.995
–
-100
5,000
10
Units
VDC
VDC
mA
µA
VDC
VDC
VDC
MHz
kHz
dBm
bps
mSec
Notes
–
3
–
–
–
–
4
–
–
1
–
2
Notes:
1. For BER of 10^-5 at 4800 baud. Sensitivity is affected by antenna SWR. See Figure 3.
2. Time to valid data output.
3. *CRITICAL* In order to operate the device over this range it is necessary for a 200 resistor to be placed
in-line with VCC.
4. When operating from a 5 volt source it is important to consider that the output will swing to well less than
5 volts as a result of the required dropping resistor. Please verify that the minimum voltage will meet the
high threshold requirment of the device to which data is being sent.
5. Maximum output voltage measured after in-line dropping resistor.
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