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DL-CC1310-B433

DL-CC1310-B433, 433MHz Wireless Transparent, SoC Transceiver Module, TI CC1310 Chip

Fiyat
15,00 USD + KDV
524,77 TL + KDV
This DL-CC1310-B Wireless Module supports Narrow-band Communication, Direct Sequence Spread Spectrum (DSSS), Long-range Transmission and High-efficiency Communication. Its fully functional AT Commands support any Serial Baud Rate setting from 1920bps to 256000bps, which can greatly improve the communication efficiency with up to -124dBm receiver sensitivity.
  • DL-CC1310-B433
  • 433Mhz
  • CC1310
  • +14dBm
  • 1.8~3.8V
  • -122dBm
  • 800m
  • 18*16*2mm

Brief Introduction

DL-CC1310-B Wireless Module is a SoC embedded Serial Port RF Transceiver Module (UART Module) with AT command, which was developed by DREAMLNK based on TI' CC1310 (built-in dual-core ARM) Radio Frequency chip. It combines an integrated RF Controller (Cortex®-MO) and a powerful Arm® Cortex®-M3 Processor, the Clock Speed of the MCU can reach up to 48MHz.

This DL-CC1310-B Wireless Module supports Narrow-band Communication, Direct Sequence Spread Spectrum (DSSS), Long-range Transmission and High-efficiency Communication. It has built-in fully functional AT Commands that support any Serial Baud Rate setting from 1920bps to 256000bps, which can greatly improve the communication efficiency with up to -124dBm receiver sensitivity.

The embedded software makes this Wireless Module support not only Transparent Transmission Mode, Accurate Signal Strength Indication, automatic CCA (Clear Channel Assessment), but also High-speed Data Stream & Packet Segmentation Transmission, which can effectively reduce the probability of signal collision.


Hardware Features:

● Original CC1310 Chip from TI;

● SOC integrated RF module with metal shield

● Industrial grade components: 433/868/915MHz

● Wide supply voltage range: 1.8V to 3.8V;

● Ultra-low sleep current < 1uA;

● High efficiency receiving performance (RX current @ 5.5mA);

● High Transmission Efficiency:

TX (+10dBm): 17mA;

TX (+14dbm): 27mA;

● Excellent Receiver Sensitivity:

Long Range Mode: -124dbm at 0.625kbps;

Universal Mode: -110dbm at 50kbps;

● Accurate Signal Strength Indication and Clear Channel Assessment (CCA).

● Compact size for SMD mounting (Dimensions = 18x16.5mm)


Software Features:

● Easily configure with defaulted AT command, for a simple development;

● Transparent Transmission Mode supported;

● Data flow control & high-speed data stream transmission supported;

● 1920-256000bps serial baud rate is supported;

● 0.6kbps-500kbps wireless baud rate is supported;

● Wake-on-Radio (eWOR) function supported, which can be greatly increases the battery standby time;

● Packet Segmentation Supported

● Preset CCA (Clear Channel Assessment) function, which can effectively reduce the collision probability of co-frequency interference;

● Strong Anti-jamming: supports anytime RSSI acquisition and CCA (Clear Channel Assessment);

● Supports manual fast frequency hopping to avoid co-frequency interference;

● Point-to-Point, Broadcasting and Monitoring transmission can be achieved.


Technical Parameter

Parameter

Min.

Typical

Max.

Unit

Remarks

Operating Conditions

Working Voltage

2.0

3.3

3.6

V

Voltage above range may damage the RF module

I/O Voltage Range

1.8

3.3

3.6

V

Recommended Operating voltage is +3.3V

Working Temperature Range

-40

25

85


Current Consumption

Receiving Current

5

5.5

6.1

mA

@ Radio Frequency Receiving Current (MCU sleep)

Receiver Working Current

6

6.8

8

mA

@ Overall Receiving Current

Transmission Current

32

25

15

35

27

17

38

29

20

mA

@433M 15dBm Peak value

@433M 14dBm Peak value

@433M 10dBm Peak value

27

16

29

18

32

21

mA

@868M 14dBm Peak value

@868M 10dBm Peak value

27

16

29

18

32

21

mA

@915M 14dBm Peak value

@915M 10dBm Peak value

Standby Current

1

1.5

2

mA

@ Radio Frequency Receive Function Stopped

Sleep Current

0.2

<1

2

uA

@M1=0

RF Parameters

Recommended Frequency (Ensure best performance))

420

433

510

MHz

@433Mh RF module

840

868

915

930

MHz

@868Mhz/915Mhz RF module

Transmitting Power Range

-10

14

15

dBm

@0-10dBm, 1dbm resolution

Max. Receiver Sensitivity @ FSK

-120

-124

-127

dBm

@868Mhz/915Mhz

@625bps

-119

-122

-124

dBm

@433Mhz

@625bps

FSK Rate Range

0.625

9.6

500

Kbps

@ See Recommended Configuration for details

Wake-on-Radio Mode Consumption


0.04


mAH

@AT+RXGAS=500


Recommended Configuration


Rate (bps)

Focus on

Clear Channel Threshold Setting

Recommended Channel Spacing

WOR Function

625

Range optimization

-92 dBm

250Khz

Not Available

1250

Range optimization

-92 dBm

250Khz

Not Available

3750

Range optimization

-92 dBm

250Khz

Not Available

2500

Range optimization

-92 dBm

250Khz

Not Available

5000

Range optimization

-92 dBm

250Khz

Not Available

2400

Common mode

-92 dBm

250Khz

Available

3600

Common mode

-90 dBm

250Khz

Available

6200

Common mode

-90 dBm

250Khz

Available

9600

Common mode

-90 dBm

500Khz

Available

14400

Common mode

-85 dBm

500Khz

Available

19200

Common mode

-85 dBm

500Khz

Available

25000

Common mode

-85 dBm

500Khz

Available

38400

Common mode

-85 dBm

500Khz

Available

50000

Common mode

-80 dBm

500Khz

Available

70000

Common mode

-80 dBm

500Khz

Not recommended

100000

Common mode

-80 dBm

500Khz

Not recommended

200000

Common mode

-75 dBm

1Mhz

Not recommended

300000

Common mode

-75 dBm

1Mhz

Not recommended

400000

Common mode

-75 dBm

1Mhz

Not recommended

500000

Common mode

-75 dBm

1Mhz

Not recommended

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Pin Name

I/O Type

Pin Description

VCC

PWR

To maximize the chip function, ≥2.5V stable voltage is recommended

GND

PWR

Reference Ground

ANT

Analog I/O

RF signal input/output port, π-matching network must be reserved;

Adopt 50Ω impedance matching for RF routing, route the ground and add via holes around it

DIO1(AUX)

Out

Indicate the working status of the module:

Start-up initialization or wake-up mode initialization:

0: Initialization completed; serial port transmission can be carried out

1: Serial port transmission is not allowed until initialization is completed

AT Command:

0: Idle

1: TX buffer is full and needs to wait for low level before transmission

Transparent Transmission Mode & Wake-on-Radio (WOR) Mode:

0: Idle

1: The module receives the data and outputs the data through the serial port after the set delay

When Transmitting Data to the Module:

0: The buffer is empty (Transmitting completed) / the buffer is not full

1: Buffer is not empty / buffer full,

(Two settings can be configured by "AT+ AUXM” Command)

DIO2(UART-RX)

In

TTL serial port input, connected to external TXD output pin

DIO3(UART-TX)

Out

TTL serial port output, connected to external RXD input pin

DIO4(M0)

In

Switching between AT Command and Transparent Transmission Mode, defaulted high level

0: Transparent Transmission Mode

1: AT Command Mode

DIO5(M1)

In

Control Module Sleep, defaulted high level

0: Sleep (or wake-on-radio)

1: Wake up

DIO6-DIO14

Out / In

Common I/O port, no function at present, can be customized to realize the following functions:

1. ADC detection

2. Key value fast transmit

3. RF status indication

4. PA control

If not used, it must be N/C (No Connection)


DL-CC1310-B433, 433MHz Wireless Transparent, SoC Transceiver Module, TI CC1310 Chip DreamLNK Türkiye Resmi Distribütörü DL-CC1310-B433
DL-CC1310-B433, 433MHz Wireless Transparent, SoC Transceiver Module, TI CC1310 Chip

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