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HOMEPRODUCTSWIRELESS AUDIO MODULES SA316 : HIGH FIDELITY WIRELESS AUDIO MODULE
SA316 : High Fidelity Wireless Audio Module
SA316 : High Fidelity Wireless Audio Module
SA316 : High Fidelity Wireless Audio Module
SA316 : High Fidelity Wireless Audio Module
SA316 : High Fidelity Wireless Audio Module
SA316 : High Fidelity Wireless Audio Module
SA316 : High Fidelity Wireless Audio Module
SA316 : High Fidelity Wireless Audio Module
SA316 : High Fidelity Wireless Audio Module
SA316 : High Fidelity Wireless Audio Module
SA316 : High Fidelity Wireless Audio Module
SA316 : High Fidelity Wireless Audio Module
SA316 : High Fidelity Wireless Audio Module
SA316 : High Fidelity Wireless Audio Module
SA316 : High Fidelity Wireless Audio Module
SA316 : High Fidelity Wireless Audio Module

SA316 : High Fidelity Wireless Audio Module

The SA316 series products are divided into transmitter modules SA316S-TX, SA316F30, and receiver module SA316-RX. This series uses a wireless high-quality voice transmission chip for its design. It can support external PCM / IIS dual-mode digital audio interfaces, and provides customers with a standardized serial interface. Users can quickly and easily set the module's transceiver frequency, volume, microphone gain, and other parameters through serial port commands, which is widely used in situations that require high sound quality.


Parameter

Test Conditions

Min.

Typ.

Max.

Unit

Operating voltage range

@SA316S-TX,

SA316-RX 

2.8

3.3

3.6

V

@SA316F30

3.3

4.0

5.0

Range of working temperature


-20

25

60

Operating frequency range

@UHF

500



MHz

800


890

MHz

890


980

MHz

@VHF

160


270

MHz

Audio transmission and reception delay



4


ms

Serial port baud rate



9600


bps


Current consumption

Sleep current(SA316-RX)



<0.4


mA

Sleep current

(SA316S-TX,SA316F30)



5

10

uA

Receive currentSA316-RX)

@VCC=3.3V 


< 115


mA

Transmit CurrentSA316S-TX

@ During Transmission 


< 90


mA

@Not Transmitting


<54


mA

Transmit CurrentSA316F30-TX

@During Transmission,5v 


< 600


mA

@Not Transmitting,5v


<56


mA

Transmit parameter

Transmit power

@SA316S-TX,

VCC=3.3V

9

10

11

dBm

@SA316F30-TX,

VCC=5.0V

29

30

31

dBm

Emission bandwidthBW)



300


KHz

Adjacent channel power ratioACPR

@600KHZ


-60


dBc

Maximum microphone input voltage



0.1

1.0

Vrms

Audio frequency response range


30


20k

Hz

Receive parameters

Receiving sensitivity



-96


dBm

Audio output amplitude (differential)



400


mVrms

Audio output drive resistance



600


Ohm

Signal to Noise Ratio (SNR)

@1KHzVmic=-30dBv


96


dB

Total harmonic distortion (THD)

@48K sampling rate, Vmic=-30dBv


0.03


%

1462593310078459906[1].jpg

Type Wireless audio
Output Power 10mW

Features of SA316 Wireless Audio Module 

  • UHF frequency band:868 MHz, UHF frequency band:500~980 MHz, VHF frequency band:160~270 MHz
  • The transmission distance is 200 meters in the open area
  • Receiving sensitivity: -96 dBm
  • Audio signal to noise ratio: 96 dB
  • Frequency response: 20 Hz-20 KHz
  • The delay from microphone input to audio output is less than 3ms
  • Digital modulation method: pi/4 DQPSK
  • Occupied bandwidth: <300 KHz
  • Transmission rate 204.8 Ksps
  • Sampling rate: 48 KHz

 

Applications of SA316 Wireless Audio Module 

  • Wired speakers become wireless speakers
  • wireless microphone
  • Wireless Headphones
  • High-quality wireless audio transmission

Analog input and analog output application circuit

                       


 

IIS input and output application circuit



                                   




SA316-TX

Pins of wireless audio module SA316-TX

Pin NO. Pin name I/O Level standard Description
1 ANT 0   RF signal output, connect to 50 ohm antenna
2、6、7、10、12、17 GND   0V Connect to the negative pole of the power supply
3 GPIO0 I/O 0-3.3V The GPIO0 of the built-in audio chip can be configured as LRCK when using I2S mode
4 GPIO1 I/O 0-3.3V The GPIO1 of the built-in audio chip can be configured as SCK when using I2S mode
5 GPIO2 I/O 0-3.3V The GPIO2 of the built-in audio chip can be configured as MCLK when using I2S mode
8 MIC_N I   Negative end of microphone input, can be left floating
9 MIC_P I   Positive end of microphone input, (the best signal is less than 300mVrms)
11 VCC   +3.3V Power positive input (2.8V-3.6V, typical 3.3V)
13 TXD O 0-3.3V Serial data output
14 RXD I 0-3.3V Serial data input
15 SET I 0-3.3V Function temporarily reserved
16 CS I 0-3.3V Module sleep pin (low level work, high level sleep)
18 LED O 0-3.3V Output indication, high output when transmitting signal, low output when not transmitting signal
19 GPIO4 I/0 0-3.3V GPIO4 of the built-in audio chip
20 GPIO3 I/O 0-3.3V The GPIO3 of the built-in audio chip can be configured as SDIN when using I2S mode

 

SA316-RX

Pins of wireless audio module SA316-RX

Pin NO. Pin name I/O Level standard Description
1 VCC   +3.3V Power positive input (2.8V-3.6V, typical 3.3V)
2,7,9,13,16, 19,21,23,25,27 GND   0V Connect to the negative pole of the power supply
3 TXD O 0-3.3V Serial data output
4 RXD I 0-3.3V Serial data input
5 SET I 0-3.3V Function temporarily reserved
6 CS I 0-3.3V Module sleep pin (low level work, high level sleep)
8 LED O 0-3.3V Output indication, output high after receiving signal, low when no signal
10 GPIO4 I/0 0-3.3V GPIO4 of the built-in audio chip
11 GPIO3 I/O 0-3.3V The GPIO3 of the built-in audio chip can be configured as MCLK when using I2S mode
12 GPIO2 I/O 0-3.3V The GPIO2 of the built-in audio chip can be configured as SDIO when using I2S mode
15 ANT I   RF signal input, connect to 50 ohm antenna
17 GPIO1 I/O 0-3.3V The GPIO1 of the built-in audio chip can be configured as SCK when using I2S mode
18 GPIO0 I/O 0-3.3V The GPIO0 of the built-in audio chip can be configured as LRCK when using I2S mode
20 AOL+ O   Chip audio output negative terminal (up to 600mVrms)
22 AOR+ 0   Chip audio output positive terminal (up to 600mVrms)
24 LOUL  LOUT+ O   The amplified audio output is the left channel output, which can directly drive headphones after connecting 100UF capacitors in series
26 ROUT+ O   The amplified audio output is the right channel output, which can directly drive the headphones after connecting a 100UF capacitor in series
28 VOL_ADJ I   Volume adjustment pin, external 50K ohm adjustable potentiometer

SA316-TX


 

SA316-RX

SA316F30-TX




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