Silicon Laboratories CP2110 Manuel utilisateur

CP2110-EK

CP2110 EVALUATION KIT USER’SGUIDE

1. Kit Contents

The CP2110 Evaluation Kit contains the following items:

CP2110 Evaluation Board

RS232 Serial Cable

USB Cable

DVD

Quick Start Guide

2. Relevant Documentation

Application notes can be found on the Interface Application Notes page for all fixed-function devices:

www.silabs.com/interface-appnotes.

AN721: CP210x/CP211x Device Customization Guide — Customize the VID, PID, serial number, and

other parameters stored in the CP2110 one-time programmable ROM.

AN433: CP2110 HID to UART API Specification — Provides function descriptions and examples for all of

the PC software functions that control the CP2110.

AN434: CP2110 Interface Specification — Describes the HID report format for CP2110 devices.

3. Software Setup

The Software Development Kit (SDK) for the CP2110 kit is included on the kit DVD. The latest version of this

installer can also be downloaded from the www.silabs.com/cp2110ek website. This package includes the following:

Device Customization Utility (AN721)

Documentation — data sheet, application notes, user’s guide, quick start guide, etc.

HidUartExample — Example software utilizing the CP2110 API interface described in AN433.

Library — repackaged HID DLL and CP2110 API DLL

The Windows installer should launch automatically after inserting the DVD. For Mac and Linux, browse to the

appropriate directory on the DVD to install the software package. Follow the instructions to install the SDK to the

system. The CP2110 is an HID device, so a driver does not need to be installed on most operating systems.

CP2110-EK

2 Rev. 0.3

4. CP2110 Hardware Interface

Connect the CP2110 evaluation board to a PC as shown in Figure 1.

1. Connect one end of the USB cable to a USB Port on the PC.

2. Connect the other end of the USB cable to the USB connector on the CP2110 evaluation board.

3. Connect one end of the RS-232 serial cable to the DB-9 connector on the CP2110 evaluation board.

4. Connect the other end of the RS-232 serial cable to the target serial device.

Figure 1. Hardware Setup

CP2110 EK

Serial Device

RS232

CP2110 HID USB-

to-UART Bridge

USB

CP2110-EK

Rev. 0.3 3

5. CP2110 Software Interface

The CP2110 is an HID device that uses the standard HID functions available in the operating system. To facilitate

this process in Windows, Silicon Labs packaged the standard HID functions into the SLABHIDDevice DLL in the

CP2110 software package. The HID report structure for the CP2110 is customized for the device and is not

compatible with other HID report structures, like a mouse or keyboard. AN434, “CP2110 Interface Specification”

describes the custom HID report structure for the CP2110, and AN433, “CP2110 HID to UART API Specification”

describes the API software functions that can be used to read or write data and control the CP2110 from the PC.

The software application described in “6. CP2110 Windows Application” provides an example of how to use these

functions.

The CP2110 appears as an HID device in Device Manager as shown in Figure 2.

Figure 2. CP2110 in Device Manager

CP2110-EK

4 Rev. 0.3

6. CP2110 Windows Application

The HIDUart application is an example application that uses the Windows CP2110 HID-to-UART DLL to transmit

and receive data with the CP2110. The application also has access to the CP2110’s GPIO pins. The HIDUart

application is installed as part of the SDK installation process (Section 3). The following steps describe how to start

the application and use some of the features.

1. Ensure that the hardware is connected to a Windows PC as shown in Section 4. If the device is properly connected,

the red SUSPEND LED on the CP2110 evaluation board will turn on.

2. Launch the HIDUart application, which is found by clicking StartAll ProgramsSilicon LaboratoriesHIDUart

Example.

3. In the application, configure the baud rate, data bits, parity, stop bits, and type of flow control using the drop-down

menus. This configuration should match the communication settings used by the serial device.

4. Click Connect to start communication between the application and the CP2110 evaluation board. Once connected, the

USB descriptors retrieved from the device are shown under Device Information.

Figure 3. HIDUart Example Application after Connection

5. Type data in the Transmit text box and click Transmit to send data from the PC to the serial device.

6. Send data from serial device to the PC. Any data sent by the serial device to the PC is automatically updated in the

Receive text box.

7. The HIDUart example automatically recognizes how the GPIO pins are configured and enables/disables the ability to

change and read the pin. The default configuration is shown in Figure 3. Use the Get and Set buttons to read and write

the GPIO pins’ latch values. For GPIO pins that are configured as outputs, setting the pin to logic low 0 will turn on the

corresponding LED on the CP2110 evaluation board.

CP2110-EK

Rev. 0.3 5

7. Evaluation Board Overview

The

CP2110

Evaluation Kit includes an evaluation board with a

CP2110

device pre-installed for evaluation and

preliminary software development. Numerous input/output (I/O) connections are provided to facilitate prototyping

using the evaluation board. Refer to

Figure 4

for the locations of the various I/O connectors.

P1 DB9 connector for RS-232 interface

P2 USB connector for USB interface

J1 UART signal access connector

J2 VDD and VIO power connectors

J3 GPIO0 and GPIO1 LED connectors

J4 GPIO2 and GPIO3 LED connectors

J5 GPIO4 and GPIO5 LED connectors

J6 GPIO6 and GPIO7 LED connectors

J7 GPIO8 and GPIO9 LED connectors

J8 REGIN pin power connector

J9 SUSPEND RED LED connector

J12 Self-Power mode VDD and GND access connectors

Figure 4. CP2110 Evaluation Board with Default Shorting Blocks Installed

7.1. LED Headers (J3, J4, J5, J6, J7)

Connectors J3, J4, J5, J6, and J7 are provided to allow access to the 10 GPIO pins on the CP2110. Place shorting

blocks on these headers to connect the GPIO pins to the 10 green LEDs D0 - D9. These LEDs can be used to

indicate active communications through the CP2110. Table 1 shows the LED corresponding to each header

position.

Table 1. J2 and J3 LED Locations

LED Pins LED Pins

GPIO0-D0 J3[3:4] GPIO4-D7 J5[1:2]

GPIO1-D1 J3[1:2] GPIO6-D4 J6[3:4]

GPIO2-D2 J4[3:4] GPIO7-D5 J6[1:2]

GPIO3-D3 J4[1:2] GPIO8-D8 J7[3:4]

GPIO4-D7 J5[3:4] GPIO9-D9 J7[1:2]

J12

J5 J3

J6J7

D10 U2 J1 J8

www.silabs.com

SILICON LABS

CP2110-EB

CP2110-EK

6 Rev. 0.3

7.2. Universal Serial Bus (USB) Interface (P2)

A Universal Serial Bus (USB) connector (P2) is provided to facilitate connections to the USB interface on the

CP2110. See Table 2 for the USB pin definitions.

7.3. UART Signals (P1, J1)

An RS-232 transceiver circuit and DB9 connector (P1) are provided on the evaluation board to connect the CP2110

virtual serial port to external serial devices. See Table 3 for the RS-232 P2 pin descriptions. The J1 connector is

provided to facilitate direct access to the CP2110’s UART signals. Shorting blocks on J1 are required to connect

the UART signals to P2. See Table 4 for J1 pin descriptions.

Table 2. USB Connector Pin Descriptions

Pin # Description

1 VBUS

2D–

3D+

4 GND (Ground)

Table 3. RS-232 Pin Descriptions

Pin Signal CP2110

Direction Description

2 RXD Input Receive Data

3 TXD Output Transmit Data

5 GND Ground

7 RTS Output Request to Send

8 CTS Input Clear to Send

Table 4. J1 Pin Descriptions

Pins Signal CP2110

Direction Description

1-2 TXD Output Transmit Data

3-4 RXD Input Receive Data

5-6 RTS Output Request to Send

7-8 CTS Input Clear to Send

CP2110-EK

Rev. 0.3 7

7.4. VDD and VIO Power Connector (J2)

This header (J4) is included on the evaluation board to provide several power options. The following describes the

function of each pin:

Pins 1,3: Connects CP2110 VIO input (pin 5) to CP2110 VDD (pin 6). Remove the shorting block to power

VIO from an external source.

Pins 2,4: Connects the main +VDD_A net to the CP2110 VDD (pin 6). The main +VDD_A net powers the

RS-232 transceiver on the evaluation board.

7.5. REGIN Power Connector and Self-Powered Mode Connector (J8, J12)

The J8 header is used to connect the CP2110 REGIN pin (pin 7) to the VBUS source from the USB connector

(default) or to the CP2110 VDD pin (pin 6). When connected to the VBUS source, the device is intended for bus-

powered operation. When connected to the CP2110 VDD pin, the device is intended for self-powered operation.

When in self-powered operation, an external power source can be connected to the J12 header to power the VDD

pin directly.

7.6. .SUSPEND LED Connector (J9)

The J9 header is used to connect the CP2110 SUSPEND pin (pin 17) to the D10 red LED. When the LED is on, the

device has enumerated with the PC operating normally. When the LED is off, the device has not yet enumerated or

is in the USB Suspend state.

CP2110-EK

8 Rev. 0.3

8. Schematic

Figure 5. CP2110 Evaluation Board Schematic

CP2110-EK

9 Rev. 0.3

DOCUMENT CHANGE LIST

Revision 0.2 to Revision 0.3

Updated “1. Kit Contents” to change CD-ROM to

DVD.

Added “2. Relevant Documentation” and “5. CP2110

Software Interface”.

Updated “3. Software Setup” to point to the drivers

on the website.

Updated Figure 1.

Updated Figure 3 with numbered steps matching the

instructions in “6. CP2110 Windows Application”.

CP2110-EK

10 Rev. 0.3

CONTACT INFORMATION

Silicon Laboratories Inc.

400 West Cesar Chavez

Austin, TX 78701

Tel: 1+(512) 416-8500

Fax: 1+(512) 416-9669

Toll Free: 1+(877) 444-3032

Please visit the Silicon Labs Technical Support web page:

https://www.silabs.com/support/pages/contacttechnicalsupport.aspx

and register to submit a technical support request.

Patent Notice

Silicon Labs invests in research and development to help our customers differentiate in the market with innovative low-power, small size, analog-

intensive mixed-signal solutions. Silicon Labs' extensive patent portfolio is a testament to our unique approach and world-class engineering team.

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Other products or brandnames mentioned herein are trademarks or registered trademarks of their respective holders.

The information in this document is believed to be accurate in all respects at the time of publication but is subject to change without notice.

Silicon Laboratories assumes no responsibility for errors and omissions, and disclaims responsibility for any consequences resulting from

theuseofinformationincludedherein.Additionally,SiliconLaboratoriesassumesnoresponsibilityforthefunctioningofundescribed features

or parameters. Silicon Laboratories reserves the right to make changes without further notice. Silicon Laboratories makes no warranty, rep-

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