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RT1716 Type-C Port Controller Evaluation Board

EVB_RT1716WSC

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UG1716WSC

The RT1716WSC is a USB Type-C controller that complies with the latest USB Type-C and PD standards. This document explains the function and use of the RT1716WSC evaluation board (EVB), and provides information to enable operation, modification of the evaluation board and circuit to suit individual requirements.

General Description

The RT1716WSC is a USB Type-C controller that complies with the latest USB Type-C and PD standards. This document explains the function and use of the RT1716WSC evaluation board (EVB), and provides information to enable operation, modification of the evaluation board and circuit to suit individual requirements.



Performance Specification Summary

Summary of the RT1716WSC Evaluation Board performance specificiaiton is provided in Table 1. The ambient temperature is 25°C.


Table 1. RT1716WSC Evaluation Board Performance Specification Summary

Specification

Test Conditions

Min

Typ

Max

Unit

Input Voltage at DC Jack

--

12

--

V

Vbus Output Current

--

--

3

A

Vbus Output Voltage

--

5

--

V

Vbus Input Voltage

5

--

12

V


Power-up Procedure

The RT1716 supports DRP and Dead battery mode in this evaluation board. The followings explain the functions.

1. Insert 12V adapter and turn on the toggle switch. The 5V adapter and +3V3_DVDD LEDs wll light up. CC1 and CC2 will start DRP toggling.

2. If the RT1716 is attached as source, ie CC present Rp, source path will be on and output 5V at VBUS.

Pressing “PowerRoleSwap” button will execute power role swap. If sink side accepts, source path will be off, the RT1716 will swap to sink, sink path will be on, and there will be 5V at SinkVBUS.

After the RT1716 swaps to sink, pressing “SinkPDO” button will ask next PDO (PD_Object) from port partner.

3. If the RT1716 is attached as sink, ie CC present Rd, sink path will be on and there will be 5V at SinkVBUS.

Pressing “SinkPDO” button will ask next PDO (PD_Object) from port partner.

Pressing “PowerRoleSwap” button will execute power role swap. If source side accepts, sink path will be off, the RT1716 will swap to source, source path will be on, and there will be 5V at VBUS.

4. If 12V adapter is not inserted, CC1 and CC2 will present Rd. If source is inserted into Type-C receptacle, the whole EVB will be active. The sink path will be on and there will be 5V at SinkVBUS.

Pressing “SinkPDO” button will ask next PDO (PD_Object) from port partner.

Pressing “PowerRoleSwap” button will not execute power role swap because there is no adapter power.

Pressing “Reset” button will reset +3V3_DVDD. MCU and the RT1716 will be reseted.



Detailed Description of Hardware

Headers Description and Placement

一張含有 電子產品, 電路, 電子元件, 電子工程 的圖片 自動產生的描述

Carefully inspect all the components used in the EVB according to the following Bill of Materials table, and then make sure all the components are undamaged and correctly installed. If there is any missing or damaged component, which may occur during transportation, please contact our distributors or e-mail us at evb_service@richtek.com.


Test Points

The EVB is provided with the test points and pin names listed in the table below.

Test Point/

Pin Name

Function

VBUS

5V as the RT1716 is souorce. 5V to 20V as the RT1716 is sink.

CC1

CC1 is used to establish and manage the Source-to-Sink connection.

CC2

CC2 is used to establish and manage the Source-to-Sink connection.

GND

Ground.

SinkVBUS

As the RT1716 is sink, sink path will turn on. The RT1716 will get power from port partner for system applications.

GPIO1~4

These four pins are used to control other functions in system for user.

UTX/URX

These two pins are used to trace log of MCU.

SDA/SCL

These two pins are I2C communication between the RT1716 and MCU.

ICPDA/ICPCK

These two pins are used to programming MCU.


Bill of Materials

Reference

Count

Part Number

Value

Description

Package

Manufacturer

C132, C133

2

0603X105K250CT

1µF

Capacitor, Ceramic,

25V/X5R

0603

WALSIN

C205, C206, C4033, C4044, C4059

5

0603B104K500CT

0.1µF

Capacitor, Ceramic,

50V, X7R

0603

WALSIN

C703

1

0805B224K250CT

0.22µF

Capacitor, Ceramic,

25V, X7R

0805

WALSIN

C704

1

0805B105K250CT

1µF

Capacitor, Ceramic,

25V, X7R

0805

WALSIN

C4020

1

0805B105K500CT

1µF

Capacitor, Ceramic,

50V, X7R

0805

WALSIN

C4038, C4061, C4062

3

GRM32ER71H106KA12L

10µF

Capacitor, Ceramic,

50V, X7R

1210

MURATA

C4045, C4060

2

0805X226M250CT

22µF

Capacitor, Ceramic,

25V, X5R

0805

WALSIN

C4046, C4047

2

GRM32E61E226KE15L

22µF

Capacitor, Ceramic,

25V, X5R

1210

MURATA

C4048

1

35YXG220MEFC8X16

220µF

Capacitor, Ceramic,

35V

8x16x3.5mm

RUBYCON

C4050, C4051, C4052, C4053

4

GRM31CR61H106KA12L

10µF

Capacitor, Ceramic,

50V, X5R

1206

MURATA

C4057

1

0603B682K500CT

6.8nF

Capacitor, Ceramic,

50V, X7R

0603

WALSIN

C4065, C4066

2

0603N100J500CT

10pF

Capacitor, Ceramic,

50V, NPO

0603

WALSIN

C4067, C4068

2

0603B471K500CT

470pF

Capacitor, Ceramic,

50V, X7R

0603

WALSIN

C4069,

C4070

2

0603B272K500CT

2.7nF

Capacitor, Ceramic,

50V, X7R

0603

WALSIN

CN411

1

121U-3CST-09CR

USB TYPE-C 3.1

USB TYPE-C 3.1

9.87x9.75mm

JEM

CN601

1

DC POWER JACK

DC POWER JACK

14.4x8.7mm

D2, D3

2

MM5Z2V7

3.3V

Zener Diode

SOD523

SECOS

D7

1

BZG05C27

27V

Zener Diode

SMA/DO-214AC

VISHAY

D8

1

SMBJ24CA

SMBJ24CA

TVS Diodes SMBJ24CA

SMB/DO-214AA

FAIRCHILD

D11, D12, D13, D14

4

SX34

40V/3A

Schottky Diode

SMA/DO-214AC

PANJIT

D17

1

AZ4520-01F

25.5V

ESD Diode

1.6x1.0mm

Amazing

L403

1

M10A1509MT-C

15µH

Inductor, 6A

11x10x3.8mm

Nichtek

L404

1

NR8040T4R7N

4.7µH

Inductor, 4.7A

8x8x4.2mm

TAIYO YUDEN

LED401, LED402, LED403, LED408

4

LNL-191SUR

LED_RED

LED_RED-0603

0603

LighTop

PMOS14

1

FDN352AP

FDN352AP

PMOS

SOT-23-3/

TO-236

FAIRCHILD

Q28, Q29, Q30, Q31

4

2N7002K

2N7002K

NMOS

SOT-23

PANJIT

Q404, Q405, Q406

3

DMG4435SSS

DMG4435SSS

PMOS

SOIC-8

DIODES

R8, R9, R10

3

RTT031001FTP

1k

Resistor, Chip, 1/10W, 1%

0603

RALEC

R101, R102, R104

3

WR06X22R0FTL

22

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R103, R707, R4053, R4062, R4064, R4067, R4069, R4071, R4075, R4076, R4077, R4078, R4079, R4081, R4082, R4209, R4216, R4217, R4218, R4219

20

WR06X000 PTL

0

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R129, R147

2

3520680RJT

680

Resistor, Chip,

1W, 5%

2512

TE Connectivity

R144, R708, R4070

3

WR06X1004FTL

1M

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R145,

R4048, R4058, R4068, R4074, R4080, R4196, R4210, R4212, R4213, R4214, R4215

12

WR06X1002FTL

10k

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R204, R666, R668, R705

4

WR06X1003FTL

100k

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R654

1

WR06W1R00FTL

1

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R667

1

WR06X2001FTL

2k

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R4049

1

WR06X3002FTL

30k

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R4054

1

WR06X4022FTL

40.2k

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R4057

1

WR06X6204FTL

60.4k

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R4060

1

RTT031693FTP

169k

Resistor, Chip, 1/10W, 1%

0603

RALEC

R4061

1

WR06X4702FTL

47k

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R4063

1

WR06X1202FTL

12k

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R4065

1

WR06X8201FTL

8.2k

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R4066, R4208

2

WR06X5101FTL

5.1k

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R4199

1

WR06X7502FTL

75k

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R4200

1

WR06X2402FTL

24k

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R4220

1

RTT035112FTP

51.1k

Resistor, Chip, 1/10W, 1%

0603

RALEC

R4221

1

WR06X1602FTL

16k

Resistor, Chip, 1/10W, 1%

0603

WALSIN

R4222

1

WR06X8452FTL

84.5k

Resistor, Chip, 1/10W, 1%

0603

WALSIN

U01

1

RT1716WSC

RT1716

Type-C Port Controller

WL-CSP-8B 1.38x1.34 (BSC)

RICHTEK

U2

1

HT85F2280

HT85F2280

MCU

LQFP7_48L

HOLTEK

U404

1

RT7272BGSP

RT7272B

Buck Converter

SOP-8

(Exposed Pad)

RICHTEK

U405

1

RT2875BQGCP

RT2875B

Buck Converter

TSSOP-14 (Exposed Pad)

RICHTEK

U702

1

RT9068-50GFP

RT9068

LDO

MSOP-8

RICHTEK

Y1

1

49S-012000-FX6B01

12MHz

Oscillator

HC-49S

AKER

ZD404, ZD405

2

BZT52B22-G

22V

Zener Diode

SOD-123

VISHAY


Typical Applications

EVB Schematic Diagram

Technical Document Image Preview

Technical Document Image Preview


1. The capacitance values of the input and output capacitors will influence the input and output voltage ripple.

2. MLCC capacitors have degrading capacitance at DC bias voltage, and especially smaller size MLCC capacitors will have much lower capacitance.



Evaluation Board Layout

一張含有 電子產品, 電路, 電子工程, 文字 的圖片 自動產生的描述

Figure 1. Top View (1st layer)


一張含有 螢幕擷取畫面, Rectangle 的圖片 自動產生的描述

Figure 2. PCB Layout—Inner Side (2nd Layer)


一張含有 螢幕擷取畫面, 圖表, Rectangle 的圖片 自動產生的描述

Figure 3. PCB Layout—Inner Side (3rd Layer)


一張含有 螢幕擷取畫面, 地圖, 圖表, Rectangle 的圖片 自動產生的描述

Figure 4. Bottom View (4th Layer)

Title Last Update Share Download
Evaluation Board User Guide 2024/08/14
Bill of Materials 2024/08/14
Schematic 2024/08/14
Gerber File 2024/08/14
RT1716
RT1716

The RT1716 is a USB Type-C controller that complies with the latest USB Type-C and PD standards. The RT1716 integrates a complete Type-C Transceiver including the Rp and Rd resistors. It does the USB Type-C detection including attach and orientation. The RT1716 integrates the physical layer of the USB BMC power delivery protocol to allow up to 100W of power and role swap. The BMC PD block enables full support for alternative interfaces of the Type-C specification.

IC
Part NumberPackage TypePackage Qty.Free SampleDistributorStockBuy From Authorized Distributor
RT1716WSCWL-CSP1.38x1.34-8(BSC)3,000 Request Digikey 642 Buy
Mouser Lead-Time: 14 weeks Not Available
WPG Lead-Time: 14 weeks Not Available
Please confirm with our distributor or sales representative for actual stock status.
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