Module Information
Model: RC-TASK2-868
Description:
ASK/OOK transmitter module with Crystal oscillator.
Vdc: 2.2 ÷ 3.6Volt
Current: 21/15mA
Frequency: 868.30MHz
Power : 10dBm
Dimension: 20.32 x 11.43mm
Model: RC-TFSK3-434
Description:
433.92MHz FSK Radio Transmitter Module - Standard Pinout .
Vdc: 2.4 ÷ 3.6Volt
Current: 14.5m
Frequency: 433.92MHz
Powe : 10dBm
Dimension: 20.32 x 11.43mm
Model: RC-TFSK4-434
Description :
433.92MHz FSK Transmitter Module - Standard Pinout.
Vdc: 2.4 ÷ 3.6Volt
Current: 14.5mA
Frequency: 433.92MHz
Power : 10dBm
Dimension: 30.5 x 10.3mm
Reference Schematics
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RF-CC1310 MINIATURIZED VERSION
Sub 1GHz Multichannels Radio Transceiver module CC1310 based
Ultra Low Power sub 1GHz Multichannels Radio Transceiver
The RC-CC1310-XXX module is based on Texas Instruments CC1310F128 component. This device combines a flexible, very low power RF transceiver with a powerful 48 MHz Cortex M3 microcontroller in a platform supporting multiple physical layers and RF standard.
Frequency Bands : 868MHz - 915MHz
Datasheet
3D Files
PCB Files
Sub-1Ghz technology is becoming one of the chief driving forces behind the Internet of Things (Iot) the main benefits of this technology are:
The low power consumption has always been the predominant feature of the sub 1GHz applications, with new technologies we consumption in sleep mode of less than 1 uA. The consumption of this device is 5.5mA when receiving and 23.5mA when transmitting at +14dBm (13.4mA at +10dBm) in sleep mode the consumption is 0.6µA (microamps).
The Long Range has become a reality because with new technology you can reach distances of several kilometers in addition, by occupyng the ISM bands in the wireless spectrum belo 1 GHz, this communication avoids the much more crowded band at 2.4 GHZ, where Wi-Fi, Bluetooth, ZigBee and other wireless protocols operate.
The sensitivity parameter is -110dBm at data rates of 50 kbps and down to -124dBm when the data rate is 0.625kbps.Interference from other wireless communications can be overcome with 90dB of blocking. The RF output power levels can reach up to +14dBm. All this ensure a robust signaling for long range communications.
Ready for use Small Size for SMD mounting (Dimensions 15x 22mm) - Metal shield
Ta = 25°C unless otherwise specified
| Technical Characteristics | Min | Typ | Max | Unit |
| Supply Voltage | 1.8 | 3.0 | 3.6 | Volt |
| Current Consumption (RX mode) | | 5.50 | | mA |
| Current Consumption (TX Mode +10dBm) | | 13.40 | | mA |
| Current Consumption (TX Mode +14dBm) | | 23.50 | | mA |
| Current Consumption Stand by Mode | | 0,70 | | µA |
| Current Consumption Shut Down Mode | | 185 | | nA |
| Frequency Band | | 868 - 915 | | MHz |
| Frequency Error | | ±10 | | ppm |
| RF Output Power (*) | -10 | | +14 | dBm |
| RF Sensitivity (Data Rate 50kbps) | | -110 | | dBm |
| Long Range RF Sensitivity (Data Rate 625bps) | | -124 | | dBm |
| Data Rate | 0.01 | | 4.0 | Mbit/s |
| Operating Range Temperature | -30 | | 75 | °C |
(*) Programmable parameter
Microcontroller
- Power Arm Cortex - M3
- Up to 48MHz Clock Speed
- 128KB of On-System Programming Flash
- 8KB od SRAM for Cache (or as General-Purpose RAM)
- 20KB of Ultralow Leakege SRAM
- Support Over-the-Air Upgrade (OTA)
For more information and details consult the datasheet of the CC1310 chip from Texas Instruments website.
Pin Outs
Mechanical Dimension
Reference Schematics
Information Request:
Link to Buy Samples RF-CC1310
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