SL4300_Data_Sheet_R1_7.pdf
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Data Sheet
SL4300 Series
SL4300
Embedded protocol
•
Easy to use
ISM/SRD band FSK
transceiver modules
433
/
868
/
915 MHz
General Information
The
SL4300
is a transceiver designed to simplify
implementation of radio functionality into products.
The modules have a built-in communication
protocol (
RSL232™
) and are optimized for long
range performance and low cost. They can be
used in complex Meshnet applications, as well as
for easy replacement of wired connections.
The
SL4300
modules are made for operation in
the standard ISM/SRD bands of 433/
868
/
915
MHz, and comply or will comply with both FCC
and ETSI regulations.
The modules are available with internal chip
antenna or with connection for external antenna:
1
external antenna
(SMD package)
2
internal antenna
(SMD package)
Features
·
Embedded Protocol
·
Integrated Antenna (Model 2)
·
Very Long Range
·
Digital Signal Strength Indicator
Low Power Consumption
Clear Channel Assessment
·
·
·
2.2 – 3.6V Voltage Supply
·
188 bytes RX and TX Buffers
·
50 Ohm Antenna Impedance
·
Point-to-Point
·
UART Communication
·
Point-to-Multipoint
·
Automatic Address Check
·
Very Small Size
·
Automatic CRC Check
·
Temperature and Frequency Calibrated
Applications
Automatic Meter Reading
Meshnet
·
·
·
Home and Building Automation
·
Alarm and Security Systems
·
Consumer Electronics
·
Telemetry Applications
·
Sensor Networks
·
Two-Way Remote Key Entry
·
Remote Control
·
Industrial Monitoring and Control
·
Barcode Scanners
V1.7 – PRELIMINARY SPECIFICATION – Information herein are subject to change without notice
www.shortlink.se
• +46 533 468 30 •
info@shortlink.se
Data Sheet
SL4300 Series
Table of Contents
1. Reference Data
1
2. Product Description
1
3. Device Pinout Top View
2
4. Circuit Description
3
5. Operating Conditions
4
6. Timing Information
4
7. Radio Data Packet
4
8. Addressing
4
9. Communication Modes
5
10. CRC Error Detection
5
11. Setup Mode
5
12. Setup Mode Commands
6
13. Sleep Mode
8
14. Normal Operation
9
15. Clear Channel Assessment
9
16. UART Interface
9
17. RF Test Mode
10
18. Range Test Mode
10
19. Typical Connection to Host MCU
11
20. PCB Layout Recommendations
12
21. Soldering Profile Recommendation
12
22. Antenna Connection
12
23. Chip-antenna Design Guidelines
13
24. Duty Cycle
13
25. RF Frequency, Output Power Level and Data Rate
14
26. Footprint Top View SL4300-x1
15
27. Footprint Top View SL4300-x2
16
28. Tape and Reel Information SL4300-x1
17
29. Contact Information
18
30. Disclaimers
18
Appendix 1. Declaration of Conformity, SL4300-C1
19
Appendix 2. Declaration of Conformity, SL4300-C2
20
V1.7 – PRELIMINARY SPECIFICATION – The information herein is subject to change without notice
Data Sheet
SL4300 Series
1. Reference Data
Table 1.
Reference Data
Parameter,
typical values
SL4300-B1 *
SL4300-Cx *
SL4300-Dx *
Unit
Ext antenna
Ext/Int antenna
Ext/Int antenna
Frequency Band
433
868
915
MHz
Max Data Rate
38.4
38.4
38.4
kbps
Max Output Power
10
10
2 **
dBm
Receiver Class (EN 300 220-1)
2
2
Transmitter Power Class (EN 300 220-1)
8
8
Number of Channels
1
4
9
Sensitivity
-110
-110
-110
dBm
Supply Voltage
2.2 – 3.6
V
Current Consumption, RX, at 3.3 V
TBD
20
TBD
mA
Current Consumption, TX, Power Setting
4, at 3.3 V
TBD
23
TBD
mA
Current Consumption, TX, Power Setting
5, at 3.3 V
TBD
35
TBD
mA
Current Consumption, SLEEP
1
mA
Mechanical Dimensions
1
(12.7 x 25.4 x 3.2)
(12.7 x 37.5 x 3.2)
mm
2
* B=433 MHz, C=868 MHz, D=915 MHz, x=1 (ext. ant.), x=2 (int. ant.)
** Max allowed EIRP for US is -1 dBm
2. Product Description
The SL4300 is a series of radio modules that
make it easy to implement radio functionality into
products. The SL4300 series contains three
radio modules which operate on different
ISM/SRD bands. They are compact, surface-
mounted and high-performance modules. The
embedded
RSL232™
protocol simplifies data
exchange and configuration of the modules for
radio communication, and helps ensure that the
configured module will comply with radio
regulations. The modules are certified for
license-free operation under European and US
regulations. When used in a line-of-sight
environment a range of 1–2 km can be achieved
at 433 MHz. The module can be set up to act as
an RS232 wire replacement.
V1.7 – PRELIMINARY SPECIFICATION – The information herein is subject to change without notice
Page 1 of 20
Data Sheet
SL4300 Series
3. Device Pinout Top View
1
32
1
32
31
31
30
30
2
3
4
5
6
7
8
9
10
11
29
2
3
4
5
6
7
8
9
10
11
29
28
28
27
27
26
26
25
25
24
24
23
23
22
22
21
21
20
20
Table 2.
Device Pinout
Pin #
Pin Name
Pin type
Description
1
GND
Ground
2
FACTORY_DEFAULT
Input
If this pin is set during start-up the module
settings are reset to factory default.
3
RF_TEST_MODE_ENABLE
Input
This pin enables RF test mode. Set for test
mode, clear for normal operation.
4
RF_TEST_MODE_SEL_0
Input
Used to select the type of RF test.
5
RF_TEST_MODE_SEL_1
Input
Used to select the type of RF test.
6
MASTER/SLAVE
Input
When range test mode is enabled, this pin
selects between master and slave. Set for
master, clear for slave.
7
CTS
Output
UART flow control. Active low.
8
TXD
Output
UART transmit pin.
9
RXD
Input
UART receive pin.
10
RTS
Input
UART flow control. Active low.
11
GND
Ground
12
GDOA
Output
This pin toggles with incoming packages during
range test.
13
GDOB
Output
This pin is pulled high when the master and
slave are out of range during range test.
14
GDOC
Output
This pin is pulled high during setup mode.
15
GDOD
Output
This pin is pulled high during calibration of PLL
and DCO.
16
NC
Reserved
This pin must be left unconnected.
17
NC
Reserved
This pin must be left unconnected.
18
NC
Reserved
This pin must be left unconnected.
19
GND
Ground
20
SETUP
Input
Set pin to enable setup mode. Clear for normal
mode.
V1.7 – PRELIMINARY SPECIFICATION – The information herein is subject to change without notice
Page 2 of 20
Data Sheet
SL4300 Series
Pin #
Pin Name
Pin type
Description
21
SLEEP
Input
Set pin to enable sleep mode. Clear for normal
mode.
22
RANGE_TEST
Input
Set pin to enable range test. Clear for normal
mode.
23
RST
Input
Module reset. Active low.
24
GND
Ground
25
NC
Reserved
This pin must be left unconnected.
26
NC
Reserved
This pin must be left unconnected.
27
NC
Reserved
This pin must be left unconnected.
28
NC
Reserved
This pin must be left unconnected.
29
NC
Reserved
This pin must be left unconnected.
30
NC
Reserved
This pin must be left unconnected.
31
GND
Ground
32
VCC
Power supply
33
GND
Ground
Not used with chip antenna.
34
RF
RF I/O
50 ohm antenna connection. Not used with chip
antenna.
35
GND
Ground
Not used with chip antenna.
NOTE: Input pins should not be left unconnected (floating).
4. Circuit Description
The SL4300 module is a RF transceiver with an
embedded communication protocol. It consists
of a high-performance RF transceiver and
RSL232™
communication controller.
The RF transmissions are packet-oriented. The
data packet contains error detection and
address information used by the communication
controller to maintain and verify data integrity.
The
RSL232™
communication controller
handles data transfers through the UART
interface and the configuration of the module.
The UART interface in the module is
asynchronous, and allows two-way
communication with the host. It can also be
configured for handshake operation.
The RF transceiver FSK modulates the data to
be
transmitted
by
radio
frequency,
and
demodulates data that are received.
V1.7 – PRELIMINARY SPECIFICATION – The information herein is subject to change without notice
Page 3 of 20
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