List of Contents - Chipsendisk.chipsen.com/chipsenmall/download/BT/CLASSIC/BoT-DAT... · 2019. 12....

1. General

List of Contents

1.1 Overview1.2 Features1.4 Pin Con�guration1.5 Device Terminal Functions1.6 Package Dimensions & Land Pattern

2. Characteristics2.1 Electrical Characteristics2.2 RF Characteristics

3. Terminal Description3.1 UART Interface

3.1.1 UART Setting

3.2 SPI Interface3.3 USB Interface3.4 I2C Interface3.5 LED Drivers

4. Battery Charger4.1. Battery Charger Hardware Operating Modes

5.1.1 Disable Mode5.1.2 Trickle Charge Mode5.1.3 Fast Charge Mode5.1.4 Standby Mode

4.2 External Mode

5. Reset, RST#6. Example - Battery Application Schematic7. Example - 3V3 Supply Allication Schematic

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DATASHEETBoT-DAT100NBluetooth of Things

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본 사 경기도 광명시 하안로60, 광명테크노파크 E동 510호

기술지원 (주)칩센 고객지원팀 [email protected]

T.1599-6005

매 장 서울시 구로구 경인로53길 15, 구로중앙유통단지 C동 지하17호T.1599-6885

F.02-2083-2288

F.02-6679-4345

3

1. General

1.1 Overview

This specification covers Bluetooth module which complies with Bluetooth specification version 4.1 and integrates RF & Baseband controller in small package. This Module has deployed CSR’s CSRB5342 chipset.

All detailed specification including pin outs and electrical specification may be changed without notice.

XTAL26Mhz

BPF

PIO/AIO

UART

SPI/PCM

USB

I/O In

terfa

ce

BatteryCharger

2.4Ghz Radio +Balun

RAM

ROM

Base Band

DSP

MCU

2.8V/3.2VLDO Regurator

CH

ARG

ER

VB

AT

External Flash16Mb


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4

1.2 Features

■ Bluetooth® v4.1 specification compliant

■ Radio includes integrated balun and typical RF performance of 7 dBm transmit power and -88 dBm receive sensitivity (π/4-DQPSK modulation)

■ 80 MHz RISC MCU

■ Programmable DSP with 4K x 32-bit program

■ Serial interfaces: UART, USB 2.0 full-speed, I²C and SPI

■ Up to 16 PIOs, i.e.9 general purpose PIOs and unused digital interfaces are available as PIOs

■ Integrated battery charger

■ Integrated to 16Mbit external Flash memory

■ 4 on dedicated LED pads

■ Power-on-reset detects low supply voltage

■ Competitive Size

A type : 13mm x 13mm x 1.6mm : 60Pin

B type : 13mm x 13mm x 2.35mm : 60Pin (with SHIELD CAN. )

■ Operating temperature range (MAX -20℃ ~ 70℃)

1.3 Application

■ Mobile Printer

■ Wireless gaming Controllers

■ Wireless HCI


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5

1.4 Pin Configuration

31 32 33 34 35 36 37 38 39 40 41 42 43 44 45

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16 6

059

58

57

56

55

54

53

52

51

50

49

48

47

46

15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

NC

AIO

[24]

AIO

[23]

VDD_AIO

NC

VREG_EN

VCHG

CHG_EXT

VBAT_SENSE

VBAT

NC

NC

VDD_PADS

NC

GN

D]8

1[OI

P

]2

1[OI

P

OIP

[]

92

/A

DS OI

P[

]0

3/

PW

[OI

P]

82 L

CS/

]5

1[OI

P

OIP

[]

71

]3

1[OI

P

]4

1[OI

P

[D

EL]

3 [D

EL]

2 [D

EL]

1 [D

EL]

0

1V8

]6

1[OI

P

GND

USB_DN

USB_DP

GND

PIO[2]UART_RX

PIO[3]UART_TX

PIO[4]UART_RTS

PIO[5]UART_CTS

SPI_CLK

SPI_CS#

SPI_MOSI

SPI_MISO

SPI_SEL

RST

GND

FR

DN

G

[OI

P5

2]]

62[

OIP

[OI

A]

2 [OI

A]

3[OI

A]

6[OI

A]

5[OI

A]

8[OI

A]

01[

OIA

21

]

[OI

A9

1]

[OI

A]

52

NC

NC

Pin Configuration (TOP VIEW)


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6

1.5 Device Terminal Functions

Pin Name Pin No. Pin type Description Note


PIO [12] 35

PIO [13] 38

PIO [14] 39

PIO [15] 36

PIO [16] 41

PIO [17] 37

PIO [18] 34

PIO [25] 3

PIO [26] 4

AIO [2] 6

AIO [3] 5

AIO [6] 7

AIO [5] 8

AIO [8] 9

AIO [10] 10

AIO [12] 11

AIO [19] 12

AIO [23] 15

AIO [24] 14

AIO [25] 13AIO [25]

AIO [5]

AIO [8]

AIO [10]

AIO [12]

Analogue Programmable

input/output line

Bidirectional with weakpull-down

Open-drain, bidirectionalHi-Z

Bidirectional Hi-Z

PIO [25]

PIO [26]

PIO PIO [16]

PIO [17]

PIO [18]

PIO [14]

PIO [15]

AIO [2]

AIO [3]

AIO [6]

AIO [23]

AIO [19]

AIO [24]

PIO [13]

PIO [12]

1 RF Bluetooth 50Ω transmitter output /receiver input

Programmable input/output l ine

RF RF ANT

Function

Function


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USB_P 48 USB data plus with selectable internal1.5kΩ pull-up resistor

USB_N 47 USB data minus

PIO[29] SDA 31 Programmable input/output l ine 29Alternative function : I2C_SDA

PIO[28] SCL 33 Programmable input/output l ine 28Alternative function : I2C_SCL

PIO[30] WP 32 Programmable input/output l ine 30Alternative function : I2C WP

PCM_OUT SPI_MISO 57Output with weak pull-down SPI data output

PCM_IN SPI_MOSI 56 SPI data input

PCM_SYNC SPI_CS# 55 Chip select for SPI, active low

PCM_CLK SPI_CLK 54 SPI clock

PCM_SEL SPI_SEL 58 Input with strong pull-down SPI select

PIO[2] UART_RX 50 Programmable input/output l ine2Alternative function : UART_RX

PIO[3] UART_TX 51 Programmable input/output l ine 3Alternative function : UART_TX

PIO[4] UART_RTS 52 Programmable input/output l ine 4Alternative function : UART_RTS

PIO[5] UART_CTS 53 Programmable input/output l ine 5Altenrnative function : UART_CTS

LED [0] 45 LED Driver




VDD_AIO 16 Output of ADC regulator

VREG_EN 18 - Regulator enable input

VCHG 20 - Battery charger input

CHG_EXT 22 External battery charger control

VBAT_SENSE 24 - Battery charger sense input

VBAT 26 - Battery positive terminal

1V8 28 - 1V8 LDO regulator output

VDD_PADS 30 Positive supply for PIOs

RST# 59 Input with strong pull-up Reset if low. Input debounced so must below for >5ms to cause a reset.

GND 2,40,46,49,60, EPAD Ground

NC 17,19,21,23,25,27,29 Not connection

UART_RTS

Bidrectional weak pull-up

Bidirectional withweak pull-down

Open drain

Bidirectional

LED [2]

LED [3]

SPI

LED

Input with weak pull-down

LED [1]

LED [0]

USBUSB_P

USB_N

UART

UART_RTS

UART_RX

UART_TX

SPI_MISO

SPI_MOSI

SPI_CS#

SPI_CLK

SPI_SEL

SDA

SCL

WP

I2C

Function

Other Pin

NC

1V8

VBAT

RST#

GND

VDD_PADS

VREGENABLE

CHG_EXT

VDD_AIO

VCHG

VBAT_SENSE


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7

8

1.6 Package Dimensions & Land Pattern

● unit = mm

● General Tolerances = ±0.2mm

13.00

13.0

0

31 32 33 34 35 36 37 38 39 40 41 42 43 44 45

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16 6

059

58

57

56

55

54

53

52

51

50

49

48

47

46

15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

7.0

0

7.00

0.3

00.3

5

3.0

0

3.00

1.65

1.6

50.1

5

12.7

0

0.15

1.60

13.0

0

BoT-DAT100N A type Package Dimensions


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9

● unit = mm

● General Tolerances = ±0.2mm

13.00

13.0

0

31 32 33 34 35 36 37 38 39 40 41 42 43 44 45

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16 6

059

58

57

56

55

54

53

52

51

50

49

48

47

46

15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

7.0

0

7.00

0.3

00.3

5

3.0

0

3.00

1.65

1.6

50.1

5

12.7

0

0.15

2.35

13.0

0

0.80

12.4

0

1.60

0.60

BoT-DAT100N B type Pacage Dimensions


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10

● unit = mm

13.00

13.0

0

31 32 33 34 35 36 37 38 39 40 41 42 43 44 45

60

59

58

57

56

55

54

53

52

51

50

49

48

47

46

15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

7.0

0

7.00

0.4

00.2

5

3.0

0

3.00

1.75

1.7

5

1.25

0.95

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16

< Land Pattern >


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11

2. Characteristics

2.1 Electrical Characteristics

■ Absolute Maximum Ratings

Rating Min Max Unit Storage Temperature range -40 85 °C

Charger VCHG -0.4 6.50 V

LEDs LED[3:0] -0.4 4.40 V

Battery VBAT -0.4 4.40 V

VDD_IO -0.4 3.60 V

Other terminal voltages VSS-0.4 VDD+0.4 V

■ Recommended Operating Conditions

Operating Condition Min TYP Max Unit Operating Temperature range -20 20 70 °C

Charger VCHG 3.00 5.00 6.50 V

Battery VBAT 2.70 3.70 4.30 V

LEDs LED[3:0] 1.10 3.20 4.30 V

VDD_IO 1.70 1.8 3.60 V

■ 1.8V LDO OUT Normal Operating Min TYP Max Unit Output voltage 1.7 1.8 1.9 V

Load current - - 100 mA

■ ADC LDO OUT

Internal LDO Min TYP Max Unit Output voltage 2.50 2.8/3.2 3.232 V

Load current - - 100 mA


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12

■ Battery Charger Battery Charger Min TYP Max Unit Input voltage, VCHG 4.75 5 6.5 V

Trickle Charge Min TYP Max Unit Charge current Itrickle, as percentage of fast charge current

8 10 12 %

Vfast rising threshold - 2.9/3.0/3.1/3.2 - V

Vfast rising threshold trim step size - 0.1 - V

Vfast falling threshold - 2.8 - V

Itrickle in internal mode 1 - 20 mA

Itrickle in internal mode step size 1 mA

Fast charge Min TYP Max Unit

Charge current during constant current mode, Ifast

Maximum charge setting (VCHG>VBAT+550mV)

194 200 206 mA

Minimum charge setting (VCHG>VBAT+550mV)

- 10 - mA

Reduced headroom charge current, as a percentage of Ifast

(VCHG=VBAT + 550mV) 50 - 100 %

Charge current step size - 10 - mA

V�oat threshold, CSR calibrated to 4.2V 4.16 4.20 4.24 V

V�oat threshold adjustment 3.58 4.20 4.42 V

V�oat threshold adjustment step size - 56 - mV

Vhyst: Voltage VBAT needs to fall from V�oat before charging restarts with 4.20 V V�oat (selectable), 1%

- 3.77/3.86/3.94/4.08 - V

Charge termination current Iterm, as percentage of Ifast 7 10 20 %

Error Min TYP Max Unit Headroom (VCHG - VBAT) falling threshold - 50 - mV

High Current Charging (External Mode) Min TYP Max Unit Fast Charge current, Ifast 200 - 500 mA

Control current into CHG_EXT 0 - 20 mA

Voltage on CHG_EXT 0 - 6.50 V

External pass device Hfe 25 50 270 - Sense voltage, between VBAT_SENSE and VBAT at maximum current

195 200 205 mV

Itrickle in external mode 12.5 50 mA

Itrickle in external mode step size - 2.5 - mA


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13

■ 12-bit ADC 12-bit ADC Min TYP Max Unit

Resolution(VDD_ADC = 2.8V/3.2V) - - 12 Bits

Input voltage range 0 - VDD_ADC KHz

Accuracy (VDD_ADC=2.8V/3.2V Only) INL +/-1.5 LSB

(Guaranteed monotonic) DNL +/-1.5 LSB

O�eset +/-1.5 LSB

Gain error +/-1.5 LSB

Conversion tim 14 14 μs

External source impedance 50 kΩ

Sample and hold capcitance 12 pF

■ Digital Terminals Input Voltage Levels Min TYP Max Unit VIL input logic level low -0.4 - 0.25xVDD V

VIH input logic level high 0.7 x VDD - VDD+0.4 V

Tr/Tf - - 25 ns

Output Voltage Levels Min TYP Max Unit VOL output logic level low, lOL = 4.0mA - - 0.4 V

VOH output logic level high, lOH = -4.0mA 0.75 x VDD

- - V

Tr/Tf - - 5 ns

Input and Tristate Currents Min TYP Max Unit Strong pull-up -150 -40 -10 μA

Strong pull-down 10 40 150 μA

Weak pull-up -5 -1.0 -0.33 μA

Weak pull-down 0.33 1 5 μA

CI Input Capacitance 1 - 5 pF

High impedance state (no pulls) -0.1 0 0.1 μA

■ Open Drain PIO [25:26] Input Voltage Levels Min TYP Max Unit VIL input logic level low -0.4 - 0.4 V

VIH input logic level high 1.0 - 4.3 V

Tr/Tf - - 25 ns

Current Sink Capability Min TYP Max Unit Current IPAD, driving low - - 0.4 V

Current IPAD, high impedance 0.75x VDD - - V

Optional pull-down - - 5 ns


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14

■ AIO Terminals(when used as digital I/O) Input Voltage Levels Min TYP Max Unit

VIL input logic level low -0.4 - 0.25x

VDD_AIO V

VIH input logic level high 0.7 x

VDD_AIO -

VDD_AIO+ 0.4

V

Tr/Tf - - 25 ns

Output Voltage Levels Min TYP Max Unit VOL output logic level low, lOL = 8.0mA - - 0.4 V

VOH output logic level high, lOH = -4.0mA 0.75 x

VDD_AIO - - V

Tr/Tf - - 5 ns

Input and Tristate Currents Min TYP Max Unit Weak pull-down 80 100 120 kΩ

CI Input Capacitance 1 - 5.0 pF

High impedance state -0.4 0 0.4 μA

■ LED Driver Pads LED Driver Pads Min TYP Max Unit

Current, IPAD High impedance state - - 5 µA

Current sink state - - 50 mA

LED pad resistance Note : VDD_PADS1=3.2V

VPAD< 0.5V 2.4 2.8 4.4 Ω


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15

2.2 RF Characteristics

T.B.D


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16

3. Terminal Description

3.1 UART Interface

This is a standard UART interface for communicating with other serial devices. BoT-DAT100N UART interface provides a simple mechanism for communicating with other serial devices using the RS-232 protocol.

When BoT-DAT100N is connected to another digital device, UART_RX and UART_TX transfer data between the 2 devices. The remaining 2 signals, UART_CTS and UART_RTS, implement optional RS232 hardware flow control where both are active low indicators

If UART_CTS and UART_RTS are not required for hardware flow control, they are reconfigurable as

PIO. UART configuration parameters, such as baud rate and packet format, are set using BoT-DAT100N firmware.

3.1.1 UART Setting

Parameter Possible values

Baud rate Minimum

1200 baud(≤2% Error)

9600 baud(≤1% Error)

Maximum 4M baud(≤ 1% Error)

Flow control RTS/CTS or None

Parity None, Odd or Even

Number of stop bits 1 or 2

Bits per byte 8


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17

3.2 SPI Interface

BoT-DAT100N provides a debug SPI interface for programming, configuring and debugging the BoT-DAT100N. Access to this interface is required in produ on. Ensure the 4 SPI signals externally.

3.3 USB Interface

BoT-DAT100N has a full-speed (12 Mbps) USB interface for commun ng with other comp ble digital devices. The USB interface on BoT-DAT100N acts as a USB peripheral, responding to requests from a master host controller.

3.4 I2C Interface

BoT-DAT100N supports a firmware controlled I²C interface to communicate with external EEPROM to store the PS Keys. The I²C ming is compliant with the Philips I²C Specific on (100 kHz and 400 kHz). If an SPI flash device is used it is not necessary to use an EEPROM as PS Keys can be stored in the SPI flash. EEPROM can only be used for PS Key storage and not VM applica ons.


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18

3.5 LED Drivers

BoT-DAT100N includes a 4-pad synchronised PWM LED driver for driving RGB LEDs for producing a wide range of colors. All LEDs are controlled by firmware.

The terminals are open-drain outputs, so the LED must be connected from a positive supply rail to the pad in series with a current-limiting resistor.

It is possible to derive below Equation to calculate ILED. If a known value of current is required through

the LED to give a specific luminous intensity, then the value of RLED is calculated.

For the LED pads to act as resistance, the external series resistor, RLED, needs to be such that the voltage drop across it, VR, keeps VPAD below 0.5V. Below equation also applies.


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19

4. Battery Charger

4.1. Battery Charger Hardware Operating Modes The ba ery charger hardware is controlled by the VM, see Sec on The ba ery charger has 5 modes: ▪ Disabled ▪ Trickle charge ▪ Fast charge ▪ Standby: fully charged or float charge ▪ Error: charging input voltage, VCHG, is too low

The ba ery charger opera ng mode is determined by the ba ery voltage and current, see the below Table and Figure.

The internal charger circuit can provide up to 200mA of charge current, for currents higher than this the BoT-DAT100N can control an external pass transistor.

(a) Iterm is approximately 10% of Ifast for a given Ifast se ng Below figure shows the mode-to-mode transi on voltages. These voltages are fixed and calibrated

by CSR. The transi on between modes can occur at any me.

Mode Battery Charger Enabled VBAT_SENSE

Disabled No X

Trickle charge Yes >0 and <V fast

Fast charge Yes >Vfast and <V oat

Standby Yes Iterm(a) and >(V t- Vhyst)

Error Yes >(VCHG - 50mV)

Battery Charger Operating Modes Determined by Battery Voltage and Current


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20

Note:

The battery voltage remains constant in Fast Charge Constant Voltage Mode, the curved line on Figure is for clarity only.

5.1.1 Disable Mode

In the disabled mode the battery charger is fully disabled and draws no active current on any of its terminals.

5.1.2 Trickle Charge Mode

In the trickle charge mode, when the voltage on VBAT_SENSE is lower than the Vfast threshold, a current of approximately 10% of the fast charge current, Ifast, is sourced from the VBAT pin.

The Vfast threshold detection has hysteresis to prevent the charger from oscillating between modes.

5.1.3 Fast Charge Mode

When the voltage on VBAT_SENSE is greater than Vfast, the current sourced from the VBAT pin increases to Ifast. Ifast is between 10 mA and 200 mA set by PS Key or a VM trap. In addition, Ifast is calibrated in production test to correct for process variation in the charger circuit. The current is held constant at Ifast until the voltage at VBAT_SENSE reaches Vfloat, then the charger reduces the current sourced to maintain a constant voltage on the VBAT_SENSE pin. When the current sourced is below the termination current, Iterm, the charging stops and the charger enters standby mode. Iterm is typically 10% of the fast charge current. If External mode is selected, the charger controls the external transistor to provide the charge current

5.1.4 Standby Mode

When the battery is fully charged, the charger enters standby mode, and battery charging stops. The battery voltage on the VBAT_SENSE pin is monitored, and when it drops below a threshold set at Vhyst below the final charging voltage, Vfloat, the charger re-enters fast charge mode.


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21

4.2 External Mode

The external mode is for charging higher capacity batteries using an external pass device. The current is controlled by sinking a varying current into the CHG_EXT pin, and the current is determined by measuring the voltage drop across a resistor, Rsense, connected in series with the external pass device. The voltage drop is determined by looking at the difference between the VBAT_SENSE and VBAT pins. The voltage drop across Rsense is typically 200mV. The value of the external series resistor determines the charger current. This current can be trimmed with a PS Key.

Below Figure R1 (220mΩ) and C1 (4.7µF) form an RC snubber that is required to maintain stability across all battery ESRs. The battery ESR must be <1.0Ω.


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22

5. Reset, RST#

BoT-DAT100N is reset from several sources:▪ RST# pin▪ Power-on reset▪ USB charger attach reset▪ UART break character▪ Software configured watchdog timer

The RST# pin is an active low reset and is internally filtered using the internal low frequency clock oscillator. CSR recommends applying RST# for a period >5ms.


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6. Example - Battery Application Schematic

BoT-DAT100N

BoT-DAT100N

55

44

33

22

11

DCBA

BATTERY

USB INTERFACE

DEBUG INTERFACE

I/O POWER

-Fast Charge option (500mA charging)

;R1=400m ohm, Q1, R3, C7 insert

-If not using fast charging

;R1 is 0 ohm, Q1, R3, C7 open

EXTERNAL CHARGER

LED

PIO

AIO

APPLE CP

BYPASS CAPACITOR

VREG ENALBLE

Operating Voltage Range :

1V7 ~ 3.6V

High Level : Debug Enable

Low Level : Debug Disable

Debug Select

RESET

UAR

T_CTS

RESET

UAR

T_RX

UAR

T_TX

UAR

T_RTS

USB_P

USB_P

USB_N

SPI_MO

SI

SPI_MISO

SPI_CS#

SPI_CLK

SPI_EN

LED[1]

LED[0]

LED[2]

SCL

CH

G_EXT

SDA

PIO[16]

PIO[14]

PIO[13]

PIO[15]

PIO[17]

PIO[12]

PIO[18]

LED[0]

VREG

_ENABLE

VBAT_SENSE

AIO[3]

AIO[6]

AIO[2]

AIO[5]

AIO[8]

AIO[10]

LED[3]

LED[1]

LED[2]

LED[3]

PIO[17]

PIO[13]

PIO[21]

PIO[15]

PIO[14]

PIO[15]

USB_P

USB_N

SPI_CLK

SPI_MO

SI

SPI_MISO

SPI_CS#

UAR

T_TXU

ART_R

X

UAR

T_RTS

UAR

T_CTS

SPI_EN

1V8

VBAT_SENSE

VBAT

CH

G_EXT

AIO[3]

AIO[2]

AIO[5]

AIO[6]

AIO[8]

AIO[10]

VREG

_ENABLE

SPI_EN

RST

VDD

_AIO

SCL

SDA

PIO[18]

EXTERN

AL_VCC

VCH

GVBAT

VBAT

VCH

G

VDD

_PADS

VCH

GVBAT

VDD

_PADS

VDD

_PADS

VCH

G

VDD

_AIOVD

D_AIO

VDD

_AIOVD

D_AIO

VDD

_AIOVD

D_AIO

VBATVD

D_PAD

SVC

HG

VBAT

VDD

_PADS

VDD

_PADS

VDD

_PADS

222

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DEV_H

J_160801D

EV_HJ_160801

DEV_H

J_1608011.01.01.0

BoT-DAT100N

BATTERY

A3A3A3

222M

onday, September 05, 2016

Monday, Septem

ber 05, 2016M


C8

1u

J11

HEAD

ER_3X1

123

R11

220mR

C10

NC

SW13

SW TAC

T-SPST

R15

360

R10

400mR

L20

SW12

SW TAC

T-SPST J12

HEAD

ER_12X2

12

34

56

78

910

1112

1314

1516

1718

1920

2122

2324

TP3

C17

4.7u

R122k2

SW11

SW TAC

T-SPST

C16

2.2u

J15

SENSO

R 123

J16

SENSO

R 123

J13

SENSO

R 123

C9

NC

C12

100n

R16

360

C14

100n

R17

360

D7

LED

R18

360

J17

SENSO

R 123

D8

LED

SW10

SW TAC

T-SPST

C15

2.2u

Q1

BCX51

TP4

C11

4.7u

D9

LED

D5

BAT54C/SO

T

SW17

SW TAC

T-SPST

J10

BATTERY 1234

R132k2

ANT2

BA8SB24A1

J18

SENSO

R 123

J9USB_5P

12345

6789

J14

SENSO

R 123

SW14

SW TAC

T-SPST

U4CP

GN

D1

SDA

2

NC

_13

NC

_24

NC

_35

SCL

6R

ST7

VCC

8

T-PAD9

SW18

SW TAC

T-SPST

R9

10K

SW16

SW TAC

T-SPST

SW15

SW TAC

T-SPST

BoT-DAT100N

AIO[23]15

AIO[24]14

AIO[25]13

AIO[19]12

AIO[12]11

AIO[10]10

AIO[8]09

AIO[6]08

AIO[5]07

AIO[2]06

AIO[3]05

PIO[26]04

PIO[25]03

GND02

RF01

VDD

_AIO16

NC

17

VREG

_EN18

NC

19

VCH

G20

NC

21

CH

G_EXT

22

NC

23

VBAT_SENSE

24

NC

25

VBAT26

NC

27

1V828

NC

29

VDD

_PADS

30

PIO[29]/SDA31

PIO[30]/WP32

PIO[28]/SCL33

PIO[18]34

PIO[12]35

PIO[15]36

PIO[17]37

PIO[13]38

PIO[14]39

GND40

PIO[16]41

LED[3]42

LED[2]43

LED[1]44

LED[0]45

GN

D60

RST

59

SPI_SEL58

SPI_MISO

57

SPI_MO

SI56

SPI_CS#

55

SPI_CLK

54

PIO[5]_U

ART_C

TS53

PIO[4]_U

ART_R

TS52

PIO[3]/U

ART_TX

51

PIO[2]/U

ART_R

X50

GN

D49

USB_P

48

USB_N

47

GN

D46

EPAD61

D6

LED

R1410K

C13

100n

7. Example - 3V3 Supply Application Schema tic

D

55

44

33

22

11

DD

CC

BB

AA


1V7 ~ 3.6V

High Level : Debug Enable

Low Level : Debug Disable

Debug Select

APPLE CP

BYPASS CAPACITOR

DEBUG INTERFACE

I/O POWER

LED

PIO

AIO

VREG ENALBLE


1V7 ~ 3.6V

MAIN POWER

RESET

SPI_EN

PIO[17]

PIO[13]

PIO[21]

PIO[15]

PIO[14]

PIO[15]

SPI_CLK

SPI_MO

SI

SPI_MISO

SPI_CS#

UAR

T_TXU

ART_R

X

UAR

T_RTS

UAR

T_CTS

SPI_EN

UAR

T_CTS

RESET

UAR

T_RX

UAR

T_TX

UAR

T_RTS

USB_P

USB_P

USB_N

SPI_MO

SI

SPI_MISO

SPI_CS#

SPI_CLK

SPI_EN

LED[1]

LED[0]

LED[2]

SCL

SDA

PIO[16]

PIO[14]

PIO[13]

PIO[15]

PIO[17]

PIO[21]

PIO[18]

LED[0]

VREG

_ENABLE

AIO[3]

AIO[6]

AIO[2]

AIO[5]

AIO[8]

AIO[10]

LED[3]

AIO[3]

AIO[2]

AIO[5]

AIO[6]

AIO[8]

VREG

_ENABLE

AIO[10]

LED[1]

LED[2]

LED[3]

RST

VDD

_AIO

1V8

SCL

SDA

PIO[18]

EXTERN

AL_VCC

EXTERN

AL_3V3

3V3

VBAT

VDD

_PADS

3V3VD

D_PAD

S

VDD

_PADS

VDD

_PADS

VDD

_AIOVD

D_AIO

VDD

_AIOVD

D_AIO

3V3

VDD

_AIOVD

D_AIO

VDD

_PADS

3V3

VDD

_PADS

VDD

_PADS

111

TiTiTitttllleee

SizSizSizeee

DDDooocum

ent cum

ent cum

ent NNNum

berum

berum

berRRR

eeevvv

DDDaaattteee:::

SSSheetheetheet

ooofff

DEV_H

J_160801D

EV_HJ_160801

DEV_H

J_1608011.01.01.0

BoT-DAT100N

3V3 SUPPLY

<OrgAddr1>

<OrgAddr1>

<OrgAddr1>

A3A3A3

222M


Monday, Septem

ber 05, 2016M


SW7

SW TAC

T-SPST J2

HEAD

ER_12X2

12

34

56

78

910

1112

1314

1516

1718

1920

2122

2324

R7

360

TP1

SW6

SW TAC

T-SPST

ANT1

BA8SB24A1

BoT-DAT100N

AIO[23]15

AIO[24]14

AIO[25]13

AIO[19]12

AIO[12]11

AIO[10]10

AIO[8]09

AIO[6]08

AIO[5]07

AIO[2]06

AIO[3]05

PIO[26]04

PIO[25]03

GND02

RF01

VDD

_AIO16

NC

17

VREG

_EN18

NC

19

VCH

G20

NC

21

CH

G_EXT

22

NC

23

VBAT_SENSE

24

NC

25

VBAT26

NC

27

1V828

NC

29

VDD

_PADS

30

PIO[29]/SDA31

PIO[30]/WP32

PIO[28]/SCL33

PIO[18]34

PIO[12]35

PIO[15]36

PIO[17]37

PIO[13]38

PIO[14]39

GND40

PIO[16]41

LED[3]42

LED[2]43

LED[1]44

LED[0]45

GN

D60

RST

59

SPI_SEL58

SPI_MISO

57

SPI_MO

SI56

SPI_CS#

55

SPI_CLK

54

PIO[5]_U

ART_C

TS53

PIO[4]_U

ART_R

TS52

PIO[3]/U

ART_TX

51

PIO[2]/U

ART_R

X50

GN

D49

USB_P

48

USB_N

47

GN

D46

EPAD61

D3

LED

R5

360

R6

360

D1

LED

SW8

SW TAC

T-SPST

J3SENSO

R 123 R1

10K

C3

100n

D2

LED

C7

2.2u

J7SENSO

R 123

SW3

SW TAC

T-SPST

C2

NC

R22k2

L10

C4

100n

R410KR32k2

SW5

SW TAC

T-SPST

SW2

SW TAC

T-SPST

TP2

SW4

SW TAC

T-SPST

C1

NC

J8SENSO

R 123

C5

2.2uD

4LED

U2CP

GN

D1

SDA

2

NC

_13

NC

_24

NC

_35

SCL

6R

ST7

VCC

8

T-PAD9

J5SENSO

R 123

J1

HEAD

ER_3X1

123

SW9

SW TAC

T-SPST

SW1

SW TAC

T-SPST

J4SENSO

R 123

R8

360

C6

100n

J6SENSO

R 123

25

WARNING : For BoT-DAT100N

If you have re�ow process multiple times in your product, you must be proceed this

module in the �nal re�ow process. If not the Shield can will drop out.


www.chipsen.com

Date post:	18-Jan-2021
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