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Realtek Confidential

RTL8762C Evaluation Board User Manual 


Copyright 2018 Realtek Semiconductor Corporation. 
All Rights Reserved. 

 

916.3408

P0_2

GND

M4_1

P3_3

P3_5

P0_0

P0_4

P0_6

P4_0

P4_3

M5_4

RST

M4_2

M4_0

M0_6

M1_2

M5_2

M5_0

M1_4

M0_3

P4_3

M0_1

P0_4

VDDIO

GND

M1_0

VDDIO

GND

32KXI_GPIO

MICBIAS

M2_6

M2_4

M2_2

M2_0

M3_0

M3_2

M3_4

M3_6

32KXO_GPIO

M5_7

M2_7

M2_5

M2_3

M2_1

M3_1

M3_3

M3_5

M3_7

M1_5

1V2

M0_3

M1_2

M1_6

M5_6

RST

VBAT

GND

GND

SWD

Interface

VCC

CLK

IO

GND

RST

SWO

MICBIAS

GND

MIC_P

MIC_N

LOG

UART

Interface

FT232_RX

FT232_TX

TX

RX

GND

VCC

GND

GND

GND

KEY1(M4_1)

KEY0(M4_0)

RST

KEY4(M2_5)

KEY3(2_3)

KEY2(2_4)

LED3(M1_4)

LED2(M1_3)

LED1(M0_2)

LED0(M0_1)

LED3_JP

LED2_JP

LED1_JP

LED0_JP

VDEV_JP

PowTest_JP

LDO_3V3

P4_5

VDD_OUT

P4_5

LDO_2V5

P4_5

VCR2302

UART

Interface

LED1_JP

LED0_JP

Power

LED/Key

IO

Interface

 

Figure 1-2    EVB Interface Distribution 

 

1.2.2 Main Chip (Module) 

Mark 5

: Connection socket used to connect daughter board with mother board. Make sure that the orientation of 

PCB antenna on daughter board is the same as the silkscreen mark of antenna on mother board. Daughter board is 

shown in Figure 1-3. 

 

Figure 1-3    Daughter Board 

 

Summary of Contents for RTL8762C

Page 1: ...R e a l t e k C o n f i d e n t i a l RTL8762C Evaluation Board User Manual V1 0 2018 09 17...

Page 2: ...l RTL8762C Evaluation Board User Manual 2 Copyright 2018 Realtek Semiconductor Corporation All Rights Reserved Revision History Date Version Amendment Author 2018 07 07 V1 0 First Draft Jason_Xue 201...

Page 3: ...valuation Board Introduction 6 1 1 RTL8762C EVB introduction 6 1 2 Evaluation Board Interface 6 1 2 1 Interface Description 6 1 2 2 Main Chip Module 7 1 2 3 Power supply 8 1 2 4 IO Port 9 1 2 5 Interf...

Page 4: ...l t e k C o n f i d e n t i a l RTL8762C Evaluation Board User Manual 4 Copyright 2018 Realtek Semiconductor Corporation All Rights Reserved Contents of Tables Table 1 1 IO Pin Allocation on Motherboa...

Page 5: ...nterface Block Diagram 6 Figure 1 2 EVB Interface Distribution 7 Figure 1 3 Daughter Board 7 Figure 1 4 Power jumper 8 Figure 1 5 Connection of HCI UART Jumper 9 Figure 1 6 Connection of LOG 9 Figure...

Page 6: ...C Bluetooth Evaluation Board EVB Hardware 8762C EVB provides hardware environment for customer to develop their own application which includes 1 Voltage converter 2 6 axis motion sensor 3 4 LEDs and 6...

Page 7: ...IO GND RST SWO MICBIAS GND MIC_P MIC_N LOG UART Interface FT232_RX FT232_TX TX RX GND VCC GND GND GND KEY1 M4_1 KEY0 M4_0 RST KEY4 M2_5 KEY3 2_3 KEY2 2_4 LED3 M1_4 LED2 M1_3 LED1 M0_2 LED0 M0_1 LED3_...

Page 8: ...mark 10 4 Mark 13 14 AMS1117 3 3V output and AMS1117 2 5V output LDP chip that provide 5V to 3 3V and 5V to 2 5V voltage conversion circuit when EVB is powered by Li ion battery 5 Mark 9 Power G sens...

Page 9: ...C Test Jumper for external MIC 2 Mark 3 UART LOG Test Jumper a Connection of Jumper for HCI UART Test is shown in figure 1 5 Figure 1 5 Connection of HCI UART Jumper b Connection of Jumper for Log Tes...

Page 10: ...8 and J19 with jumper Figure 1 7 G sensor I2C connection 5 Mark 12 Micro USB interface It can be used as UART communication port when connected to PC 6 Mark 20 SWD interface used for SWD debug 1 2 6 O...

Page 11: ...ic of Keys 4 Mark 11 FT232 chip 1 2 7 Pin Allocation on Motherboard of Evaluation Board When edges of daughter board are flush with the white lines and PCB antenna on daughter board is aligned with si...

Page 12: ...32k_XO 32k_XO 32k_XO M_32k_XO P2_0 P2_0 P2_0 P2_0 M2_0 P2_1 P2_1 P2_1 P2_1 M2_1 P2_2 P2_2 P2_2 P2_2 ICM20618_INT CUT M2_2 P2_3 P2_3 P2_3 P2_3 KEY3 M2_3 P2_4 P2_4 P2_4 P2_4 KEY2 M2_4 P2_5 P2_5 P2_5 P2...

Page 13: ...re connected Connection of Jumper for Log Test is shown in Figure 2 1 Figure 2 1 LOG out connection 2 2 Current test The following current test points are reserved on evaluation board VDD_DEV is perip...

Page 14: ...avoid additional impacts from debug device 2 3 6 axis Motion Sensor 6 axis motion sensor is powered by VDD_DEV so J6 needs to be connected before using G sensor If I2C interface is applied J18 and J19...

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