RC-S2LP-915-HA
RC-S2LP-915-HA
RC-S2LP-915-HA
RC-S2LP-915-HA
RC-S2LP-915-HA
RC-S2LP-915-HA

RC-S2LP-915-HA

RC-S2LP-915-HA  module is based on STMicroelectronics S2-LP transceiver.

This device is a high performance ultra low power RF transceiver designed for RF wireless application in the sub 1GHz band.
The module is designed for maximum performance in a minimal space, with 4 programmable I/O pins.
Programmable from external microcontroller via SPI interface.
For more information and details, please refer to the S2-LP datasheet (www.st.com).

     datasheet.jpg             Catalog.jpg             
In stock
12,00 €
Tasse escluse

La quantità minima ordinabile per questo prodotto è 2.

Quantità Sconto unità Salva
10 10% 12,00 €
20 20% 48,00 €
 

RC-S2LP-XXX-HA module is based on STMicroelectronics S2-LP transceiver.

This device is a high performance ultra low power RF transceiver designed for RF wireless application in the sub 1GHz band.
The module is designed for maximum performance in a minimal space, with 4 programmable I/O pins.
Programmable from external microcontroller via SPI interface.
For more information and details, please refer to the S2-LP datasheet (www.st.com).

N.3 Versions available :
- RC-S2LP-434 Freq. : 433MHz
- RC-S2LP-868 Freq. : 868MHz
- RC-S2LP-915 Freq. : 915MHz

Sub-1Ghz technology is becoming one of the chief driving forces behind the Internet of Things (Iot), in particular this type of module is ideal for this applications basically for the following reasons :

  • Ultra low power consumption, the consumption of this device is 7mA when receiving and 20mA when transmitting at +14dBm (11mA at +10dBm) in sleep mode the consumption is 0.7µA.
  • Long range operations, the sensitivity parameter is -109dBm at data rates of 38.4 kbps and down to -128dBm when the data rate is 0.3kbps. Interference from other wireless communications can be overcome with 90dB of blocking. The RF output power levels can reach up to +16dBm. All this ensure a robust signaling for long range communications.
  • Ready for use SMD mounting (15x 22mm)
  • Metal shield.
Technical Characteristics MIN TYP MAX UNIT
Supply Voltage 1.8 3.0 3.60 Volt
Supply Current RX mode 7.2 mA
Supply Current TX mode -----> +10dBm 11 mA
Supply Current TX mode -----> +14dBm 20 mA
Supply Current Standby Mode 0,5 µA
Supply Current Shut Down Mode 2.5 nA
Operative Frequency 915 MHz
RF Power Output 50ohm (programmable parameter) -30 +16 dBm
RF Sensitivity 38.4kbps 2GFSK -109 dBm
RF Sensitivity 0.3kbps 2GFSK -128 dBm
Operating Temperature range -30 +75 °C

 

Pads Name Description Pin Type
1 SDO SPI slave data output Digital out
2 SDI SPI slave data input Digital in
3 SCLK SPI slave clock input Digital in
4 CSn SPI chip select Digital in
5 GPIO-0 General purpose I/O configurable through SPI registers Digital I/O
6 GPIO-1 General purpose I/O configurable through SPI registers Digital I/O
7 GPIO-2 General purpose I/O configurable through SPI registers Digital I/O
8 GPIO-3 General purpose I/O configurable through SPI registers Digital I/O
9 GND Connect to GND Ground pin
10 SDN Shutdown input pin Digital in
11 GND Connect to GND Ground pin
12 GND Connect to GND Ground pin
13 VCC 1.8Volt to 3.6Volt Power Supply
14 VCC 1.8Volt to 3.6Volt Power Supply
15 GND Connect to GND Ground pin
16 GND Connect to GND Ground pin
17 GND Connect to GND Ground pin
18 GND Connect to GND Ground pin
19 GND Connect to GND Ground pin
20 ANT Connect to external Antenna Antenna
21 GND Connect to GND Ground pin

EVALUATION BOARD -----> RC-S2LP-XXX-EW

The RC-S2LP-XXX-EW is an evaluation board based on the RC-S2LP-XXX module.

The Evaluation board can be used instead of those provided by the chip manufacter (www.st.com) denominated STEVAL-FKIXXXV2.

With this board it is possible to use all the SW resources provided for the development activity, in particular :

- STSW-S2LP-DK (S2-LP-DK Application Notes)
- STSW-S2LP-SFX-DK (S2-LP SigFox Demo)

RC-S2LP-XXX signal test points are split across two rows which are Arduino compliant connectors: CN1, CN2 and Cn3, CN4. The RC-S2LP-XXX shield is connected to the Nucleo motherboard via the Arduino compliant connectors.

   

Frequenza
915MHz
Tipo di Modulazione
ASK / FSK
Tensione di Alimentazione
1.8 - 3.6 Volt
Assorbimento
7.2/20mA
Dimensioni meccaniche
22 x 15mm
Potenza RF
-30dBm ÷ +16dBm
Sensibilità
-128dBm
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