JIASHI Communication Co.,Ltd.
JS-BTM572
JIASHI Bluetooth Module Data Sheet
Document Type:
Bluetooth Module Datasheet
Document Version:
V1.0
Release Date:
April 20, 2022
Copyright 2012 by Fihoenst Communication Co., Ltd. All Rights Reserved.
Reproduction of this document, in part of in whole, by any means is prohibited without written permission
from JIASHI Communication Co., Ltd. The information contained herein is believed to be accurate as of the
date of publication. However, Fihonest is not liable for any damages, including indirect or consequential from
the use of software this document represents, or any reliance of the accuracy of this document. JIASHI reserves
the right to change the contents of this document at any time without notice.
This document contains proprietary confidential trade secrets and may be subject to additional restrictions
contained in the licensing agreement under which this document was obtained.
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Revision History
Date
Version
2022-04-20
V1.0
Description
JIASHI Communication Co.,Ltd
Author
First release
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CONTENT
1.
INTRODUCTION.................................................................................................................................4
1.1
BLOCK DIAGRAM .................................................................................................................................4
1.2
FEATURES ............................................................................................................................................5
1.3
APPLICATIONS .....................................................................................................................................6
2.
GENERAL SPECIFICATION ............................................................................................................ 7
3.
PHYSICAL CHARACTERISTIC.......................................................................................................8
3.1
Pin Description................................................................................................................................9-13
4.
ELECTRICAL CHARACTERISTIC .................................................................................................14
4.1
Absolute maximum ratings ...................................................................................................................... 14
4.2
Recommended operating conditions.....................................................................................................14
4.3
Battery charge............................................................................................................................…......14-16
4.4
RF characteristics.................................................................................................................................16
5.
REFLOW PROFILE…………………………………………………………………………………17
6.
PACKAGING INFORMATION ........................................................................................................18
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1. INTRODUCTION
JS-BTM572 is a system on-chip (SoC) with on-chip Bluetooth, audio and programmable
application processor.It includes high-performance, analog, and digital audio codecs, Class-AB and
Class-D headphone drivers, advancedpower management, Li-ion battery charger, light-emitting
diode (LED) drivers, and flexible interfaces including interintegrated circuit sound (I²S), interintegrated circuit interface (I²C), universal asynchronous receiver transmitter(UART), and
programmable input/output (PIO).
The JS-BTM572 Bluetooth® module complies with Bluetooth® specification version 5.3. It
Flexible QSPI flash programmable platform, PIO controller and LED pins with PWM Support,1 or
2-mic Qualcomm ®cVc ™ headset noise reduction and echo cancellation technology .Dual core
application subsystem 32/80 MHz operation.It integrates RF Baseband controller, RF Amp,antenna
port… etc.and provide UART interface,programmable I/O. stereo speaker output, microphone
input,… etc
The detail information of JS-BTM572 Bluetooth® module is presented in this document below.
1.1 Block Diagram
PIOs
Antenna
QCC5171
MIC
SPI/I2C
Key
USB
Decode
32bit Risc
Analogue/
SPDIF/I2S
SPI
FLASH
LCD/LED
Crystal
(32MHz)
UART
Line in
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1.2 Features
Small overall dimension ( 21 * 13 * 3.0 mm )
Based on QCC5171 BGA chip
Qualified to Bluetooth v5.3 specification
Dual 240 MHz Qualcomm® Kalimba™ audio DSPs
Flexible QSPI flash programmable platform
High-performance 24‑ bit stereo audio interface
Digital and analog microphone interfaces
Flexible LED controller and LED pins with PWM support
Serial interfaces: UART, Bit Serializer (I²C/SPI), USB 2.0
Advanced audio algorithms
Active Noise Cancellation:Hybrid, Feedforward, and Feedback modes, using Digital
or Analog Mics, enabled using license keys available from Qualcomm®
Qualcomm® aptX™ and aptX HD Audio
aptX Adaptive, enabled using license key
Qualcomm® cVc™ Noise Cancellation Technology, enabled using license key
Integrated PMU: Dual SMPS for system/digital circuits,Integrated Li-ion battery
charger
Class 1 support
※
Some features are optional for customization on demand.
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1.3 Application
Wireless speakers
Wired/wireless stereo headsets/headphones
Other Bluetooth audio applications
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2. GENERAL SPECIFICATION
Bluetooth Specification
Chip Set
QCC5171
Module ID
JS-BTM572
BT Standard
Bluetooth® V5.3 specification
RF TX Output Power
10dBm (typical)
RX Sensitivity
-91dBm (typical)
Frequency Band
2.402GHz~2.480GHz ISM Band
Modulation Type
GFSK,π/4 DQPSK,8DPSK
Channel No.
79(for Classic),40(for BLE)
Baseband Crystal OSC
32MHz
Hopping
1600hops/sec, 1MHz channel space
RF Input Impedance
50 ohms
Environmental
RoHS Compliant
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3. PHYSICAL CHARACTERISTIC
备注:
模块拼板连接处,实际分板存
在毛边,生产工艺对毛边尺寸
控制为:正 0.6mm
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3.1 Pin Description
Pin#
Pin Name
Pad Type
1
GND
2
PIO_19
3
PIO_18
4
PIO_17
5
PIO_16
6
PIO_20
7
PIO_21
8
GND
9
AUDIO_MIC4_N/
LINEIN_4_N
Analog
10
AUDIO_MIC4_P/
LINEIN_4_P
Analog
11
AUDIO_MIC3_N/
LINEIN_3_N
Analog
12
AUDIO_MIC3_P/
LINEIN_3_P
Analog
13
AUDIO_MIC2_N/
LINEIN_2_N
Analog
14
AUDIO_MIC2_P/
LINEIN_2_P
Analog
15
AUDIO_MIC1_N/
LINEIN_1_N
Analog
16
AUDIO_MIC1_P/
LINEIN_1_P
Analog
Description(Function Multiplex)
GND
GND
Digital: Bidirectional with
programmable strength
internal pull-up/pull-down
Digital: Bidirectional with
programmable strength
internal pull-up/pull-down
Digital: Bidirectional with
programmable strength
internal pull-up/pull-down
Digital: Bidirectional with
programmable strength
internal pull-up/pull-down
Digital: Bidirectional with
programmable strength
internal pull-up/pull-down
Digital: Bidirectional with
programmable strength
internal pull-up/pull-down
Programmable I/O line 19.
Alternative function:
■ PCM_DIN[0]
Programmable I/O line 18.
Alternative function:
■ PCM_DOUT[0]
Programmable I/O line 17.
Alternative function:
■ PCM_SYNC
Programmable I/O line 16.
Alternative function:
■ PCM_CLK
Programmable I/O line 20.
Alternative function:
■ PCM_DOUT[1]
Programmable I/O line 21.
Alternative function:
■ PCM_DOUT[2]
GND
GND
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Microphone differential 4 input,negative.
Alternative function:
■ Differential audio line input 4,negative
Microphone differential 4 input, positive.
Alternative function:
■ Differential audio line input 4,positive.
Microphone differential 3 input,negative.
Alternative function:
■ Differential audio line input 3,negative
Microphone differential 3 input, positive.
Alternative function:
■ Differential audio line input 3,positive.
Microphone differential 2 input,negative.
Alternative function:
■ Differential audio line input 2,negative
Microphone differential 2 input, positive.
Alternative function:
■ Differential audio line input 2,positive.
Microphone differential 1 input,negative.
Alternative function:
■ Differential audio line input 1,negative
Microphone differential 1 input, positive.
Alternative function:
■ Differential audio line input 1,positive.
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Analog
Mic bias output.
GND
GND
17
MIC_BIAS
18
GND
19
SPK_RP
Analog
20
SPK_RN
Analog
21
SPK_LP
Analog
22
SPK_LN
Analog
23
GND
Headphone/speaker differential 2 output,
positive.Alternative function:
■ Differential line output 2, positive
Headphone/speaker differential 2 output,
negative.Alternative function:
■ Differential line output 2, negati
Headphone/speaker differential 1output,
posi tive.Alternative function:
■ Differential line output 1, negative
Headphone/speaker differential 1output,
negative.Alternative function:
■ Differential line output 1, positive
GND
GND
Automatically defaults to RESET# mode when
the device is unpowered, or in off modes.
Digital: Bidirectional
withprogrammable strength Reconfigurable as a PIO after boot.
Alternative function:
internal pull-up/pull-down
■ Programmable I/O line 1
Programmable I/O line 2.
Digital: Bidirectional
withprogrammable strength Alternative function:
■ TBR_MISO[3]
internal pull-up/pull-down
Programmable I/O line 3.
Digital: Bidirectional
withprogrammable strength Alternative function:
■ TBR_MISO[2]
internal pull-up/pull-down
Programmable I/O line 4.
Digital: Bidirectional
withprogrammable strength Alternative function:
internal pull-up/pull-down
■ TBR_MOSI[1]
Programmable I/O line 5.
Digital: Bidirectional
withprogrammable strength Alternative function:
■ TBR_MISO[1]
internal pull-up/pull-down
Programmable I/O line 6.
Digital: Bidirectional
withprogrammable strength Alternative function:
■ TBR_MOSI[0]
internal pull-up/pull-down
Programmable I/O line 7.
Digital: Bidirectional
withprogrammable strength Alternative function:
■ TBR_MISO[0]
internal pull-up/pull-down
Programmable I/O line 8.
Digital: Bidirectional
withprogrammable strength Alternative function:
■ TBR_CLK
internal pull-up/pull-down
24
PIO1/RESET
25
PIO_2
26
PIO_3
27
PIO_4
28
PIO_5
29
PIO_6
30
PIO_7
31
PIO_8
32
GND
GND
GND
33
GND
GND
GND
34
AIO[0]/
LED[0]
Analog or digital input/
open drain output.
General-purpose analog/digital input or
open drain LED output.
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35
36
37
AIO[1]/
LED[1]
AIO[2]/
LED[2]
AIO[3]/
LED[3]
Analog or digital input/
open drain output.
Analog or digital input/
open drain output.
Analog or digital input/
open drain output.
General-purpose analog/digital input or
open drain LED output.
General-purpose analog/digital input or
open drain LED output.
General-purpose analog/digital input or
open drain LED output.
GND
GND
38
GND
39
NC
40
NC
41
VDD_PADS
Supply
1.8 V/3.3 V PIO supply.
42
VDD_MEM
Supply
1.8 V/3.3 V PIO supply.
43
+1.8V
Analog
Inductor connection for 1.8 V SMPS.
44
GND
GND
GND
Digital input
Typically connected to an ON/OFF push button.
If power is present from the battery and/or
charger, and software has placed the device in
the OFF or DORMANT state, a button press
boots the device. Also usable as a digital input
in normal operation. No pull.
Additional function:
■ PIO[0] input only
Battery voltage input.
45
VREG_EN
46
VBAT
Supply
47
CHG_EXT
Analog
48
VCHG_SENSE
Analog
49
BT_VBUS
Supply
50
USB_DN
Digital
USB Full Speed device D- I/O
51
USB_DP
Digital
USB Full Speed device D+ I/O
52
GND
GND
GND
53
GND
GND
GND
54
PIO_15
External charger transistor current control.
Connect to base of external charger transistor
as per application schematic.
Charger input sense pin after external mode
sense-resistor. High impedance.
NOTE: If using internal charger or no charger,
connect VCHG_SENSE direct to SMPS_VCHG.
Supply to SMPS power switch fromcharger
input.
Programmable I/O line 15.
Digital: Bidirectional
withprogrammable strength Alternative function:
■ MCLK_OUT
internal pull-up/pull-down
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55
PIO_38
56
PIO_39
57
PIO_35
58
GND
59
RF_IN
60
GND
61
PIO_36
62
PIO_37
63
PIO_34
64
GND
Digital: Bidirectional
withprogrammable strength
internal pull-up/pull-down
Digital: Bidirectional with
programmable strength
internal pull up/pull-down
Digital: Bidirectional with
programmable strength
internal pull up/pull-down
Programmable I/O line 38.
Alternative function:
■ QSPI2_CS0#a
Programmable I/O line 39.
Alternative function:
■ QSPI2_IO[3]
Programmable I/O line 35.
Alternative function:
■ QSPI2_CLK
GND
GND
RF
Bluetooth transmit/receive.
GND
GND
Digital: Bidirectional with
programmable strength
internal pull up/pull-down
Digital: Bidirectional with
programmable strength
internal pull up/pull-down
Digital: Bidirectional with
programmable strength
internal pull up/pull-down
Programmable I/O line 36.
Alternative function:
■ QSPI2_IO[2]a
Programmable I/O line 37.
Alternative function:
■ QSPI2_IO[1]
Programmable I/O line 34.
Alternative function:
■ QSPI2_IO[0]a
GND
GND
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4.ELECTRICAL CHARACTERISTIC
4.1 Absolute maximum ratings
Parameter
Min
Storage temperature
Max
Unit
-40
85
℃
VCHG
-0.4
6.5
V
Battery
-0.4
4.8
V
3.3V
-0.4
3.8
V
1.8V
-0.4
2.1
V
Digital I/O
-0.3
3.6
V
Min
Typ
Max
Unit
Operating temperature range
-40
25
85
℃
Charger operating
temperature range
-10
25
85
℃
5 V (USB VBUS)
4.75
5.0
6.5
V
Battery
3.0
3.7
4.6
V
Digital I/O
1.7
1.8
3.6
V
Supply voltage
4.2 Recommended operating conditions
Symbol or pin name
Supply voltage
4.3 Battery charger
Min
Typ
Max
Unit
VPRE threshold (rising)
2.0
2.1
2.2
V
VPRE threshold (falling)
1.9
2.0
2.1
V
2
-
30
mA
-10
_
10
%
Trickle charge mode
ITRICK (CHARGER_TRICKLE_CURRENT)
NORMAL_HEADROOM region
VBAT: 0 V to VPRE
ITRICK charge current accuracy over
11-30 mA range
VCHG: 4.75 V to 5.5 V
VBAT: 0 V to VPRE
NORMAL_HEADROOM region
Temperature: -10°C to +85°C
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ITRICK charge current accuracy over
2-10 mA range
VCHG: 4.75 V to 5.5 V
VBAT: 0 V to VPRE
NORMAL_HEADROOM region
Temperature: -10°C to +85°C
-1.5
_
1.5
mA
Min
Typ
Max
Unit
2900
2.8
2.9
3.0
V
3000
2.9
3.0
3.1
V
3100
3.0
3.1
3.2
V
2500
2.4
2.5
2.6
V
2
-
200
mA
150
200
250
mV
Pre-charge mode
VFAST threshold (B)
(CHARGER_PRE_FAST_THRES
HOLD)
IPRE (CHARGER_PRE_CURRENT)NORMAL
_HEADROOM regionVBAT: VPRE to VFAST
VFAST threshold (falling) hysteresis
Min
Fast charge phase (External configuration)
IFAST Fast charge current range
(CHARGER_FAST_CURRENT)NORMAL_HEADR
OOM region
Voltage across current sense resistor relating to
IFAST
NORMAL_HEADROOM region
Max
Unit
200
-
1800
mA
10
-
100
mV
Max
Unit
Min
Fast charge phase (External configuration)
VFLOAT Battery Voltage
VCHG: 5 V, VFLOAT of 4.20 V
Temperature: 25°C
VFLOAT Battery Voltage
VFLOAT of 3.65 V to 4.40 V
NORMAL_HEADROOM and
REDUCED_HEADROOMregions
Termination current
0
Termination current accuracy:
1
expressed as apercentage of the actual
fast charge current(IFAST) obtained in
2
the CC phase of fast charge.
Charger headroom error mode
Typ
Typ
4.18
(-0.5%)
4.2
4.22
(+0.5%)
V
4.16
(-1%)
4.2
4.24
(+1%)
V
7
10
13
%
17
20
23
%
27
30
33
%
Min
Typ
Max
Unit
Headroom error threshold (falling)
30
65
100
mV
Headroom error threshold (rising)
95
140
190
mV
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Charger Vbat overvoltage mode
Overvoltage (rising)
Headroom error hysteresis
Headroom error threshold (falling)
Min
Typ
Max
Unit
4.65
4.7
4.75
V
-
100
-
mV
4.55
4.6
4.65
V
4.4 RF characteristics
Receiver
Sensitivity
at0.1
BER
Average
2402MHz
≦-91
2441MHz
≦-91
2480MHz
≦-91
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