Silicon Laboratories CP2105 Manuel utilisateur

CP2105-EK

CP2105 EVALUATION KIT USER’SGUIDE

1. Kit Contents

The CP2105 Evaluation Kit contains the following items:

CP2105 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 CP2105 one-time programmable ROM.

AN197: Serial Communications Guide for CP210x — Programming guide for using the Virtual COM Port

(VCP) drivers.

AN169: USBXpress Programmer’s Guide — Programming guide for using the USBXpress drivers.

AN220: C8051F32x and CP210x USB Driver Customization — VCP or USBXpress driver customization

tool.

AN223: Port Configuration and GPIO for CP210x — Programming guide and DLL for runtime control of

the CP2105 GPIO pins.

AN571: CP210x Virtual COM Port Interface — USB interface details for CP210x devices.

3. Software Setup

The Software Development Kit (SDK) for the CP2105 kit is included on the kit DVD. The latest version of this

installer can also be downloaded from the www.silabs.com/interface-software website. This package includes:

Device Customization Utility (AN721)

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

CP210x Virtual COM Port (VCP) Drivers

Software — Driver Customization Utility (AN220) and programming examples

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 and

drivers to the system.

3.1. USBXpress Driver Development Kit

The Silicon Laboratories USBXpress

Development Kit provides a complete host software solution for interfacing to

CP210x devices. No USB protocol or host device driver expertise is required. Instead, a simple, high-level Application

Program Interface (API) for the host software is used to provide complete USB connectivity. The USBXpress

Development Kit includes Windows device drivers, Windows device driver installer, host interface function library

(host API) provided in the form of a Windows Dynamic Link Library (DLL). See Application Note AN169, “USBXpress

Programmer’s Guide” for detailed information on using the USBXpress drivers.

The USBXpress drivers are available here: www.silabs.com/usbxpress.

Click the USBXpress Development Kit link in the Download for Windows 2000/XP/Server 2003/Vista/Win7 section

to download the USBXpress drivers. Run the installer and follow the steps to install the software to the desired

CP2105-EK

2 Rev. 0.5

location. The default installation directory is C:\SiLabs\MCU\USBXpress_SDK.

Further installation instructions for the WinCE drivers can be found in the ReadMe.txt file contained inside the

driver package.

4. CP2105 Hardware Interface

The evaluation board is connected 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

CP2105 evaluation board.

3. Connect one end of the RS232 serial cable to the DB-9 connector on the

CP2105 evaluation board

4. Connect the other end of the RS232 serial cable to the target serial device.

5. (Optional) Connect the second RS232 serial cable to the second DB-9 connector on the

CP2105 evaluation

board.

6. (Optional) Connect the other end of the second RS232 serial cable to the second target serial device.

Figure 1. Hardware Setup

CP2105 EK

Serial Device

RS232

USB

Serial Device

RS232

CP2105 USB-to-

UART Bridge

CP2105-EK

Rev. 0.5 3

5. CP2105 Software Interface

If the Virtual COM Port drivers are used, the CP2105 will appear as two COM ports in the Device Manager, as

shown in Figure 2. The CP2105 will always use the lowest available COM ports for operation. For instance, if COM

ports 1 and 2 are in use by other peripherals and applications, the CP2105 will use COM 3 and COM 4.

The CP2105 functions identically to two COM ports from the reference point of both the host application and the

serial devices, and it can support serial device control requests defined in the Microsoft Win32®Communications

API. Examples for how to communicate with the device as two serial COM ports are included in AN197 on the

www.silabs.com/interface-appnotes page or in the SDK.

If the USBXpress drivers are used, the CP2105 will appear as two USB USBXpress devices as shown in Figure 2.

Examples for how to communicate with the device using the USBXpress interface are included in AN169 on the

www.silabs.com/interface-appnotes page.

Figure 2. CP2105 in Device Manager

CP2105-EK

4 Rev. 0.5

6. Target Board

The

CP2105

Evaluation Kit includes an evaluation board with a

CP2105

device preinstalled for evaluation and pre-

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

the evaluation board. Refer to

Figure 3

for the locations of the various I/O connectors.

P1 USB connector for USB interface

P2 DB9 connector for Standard RS232 interface

P3 DB9 connector for Enhanced RS232 interface

J1 Enhanced UART signal access connector

J2, J3 GPIO access connector

J4 Power connector

J6 Standard UART signal access connector

J7, J8 SUSPEND LED source connector

DSS–DS4 Green GPIO LEDs

DS5 Red SUSPEND indicator LED

Figure 3. CP2105 Evaluation Board with Default Shorting Blocks Installed

6.1. LED Headers (J2, J3)

Connectors J2 and J3 are provided to allow access to the GPIO pins on the CP2105 when in GPIO mode. Place

shorting blocks on J2 and J3 to connect the GPIO pins to the five green LEDs DS0–DS4. These LEDs can be used

to indicate active communications through the CP2105. Table 1 shows the LED corresponding to each header

position. When using the CP2105 in Modem mode, the shorting blocks on J2 and J3 should be removed.

Table 1. J2 and J3 LED Locations

LED Pins

DS0 J2[1:2]

DS1 J2[3:4]

DS2 J3[1:2]

DS3 J3[3:4]

DS4 J3[5:6]

CP2105

SUSPEND LED

Pin 2

Pin 1

______

DS5

RS232

Transceiver

Pin 1

RS232

Transceiver

P3CP2105-EK

Standard

Enhanced

Pin 2 J8

DS0

DS1

DS2

DS3

DS4

CP2105-EK

Rev. 0.5 5

6.2. Universal Serial Bus (USB) Interface (P1)

A Universal Serial Bus (USB) connector (P1) is provided to facilitate connections to the USB interface on the

CP2105. See Table 2 for the USB pin definitions.

6.3. UART Signals (P2, P3, J1, J6)

Two RS232 transceiver circuits and DB-9 connectors (P2, P3) are provided on the evaluation board to connect the

CP2105 virtual serial ports to external serial devices. See Table 3 for the RS232 P2 and P3 pin descriptions. The

J2 and J6 connectors are provided to facilitate direct access to the CP2105’s UART signals. Shorting blocks on J1

are required to connect the Standard UART signals to P2, and the shorting blocks on J6 are required to connect

the Enhanced UART signals to P3. See Table 4 for J1 and J6 pin descriptions.

Table 2. USB Connector Pin Descriptions

Pin # Description

1 VBUS

2D-

3D+

4 GND (Ground)

Table 3. RS232 Pin Descriptions

Pin Signal CP2105

Direction Description

1 DCD Input Data Carrier Detect

2 RXD Input Receive Data

3 TXD Output Transmit Data

4 DTR Output Data Terminal Ready

5 GND Ground

6 DSR Input Data Set Ready

7 RTS Output Request to Send

8 CTS Input Clear to Send

9 RI Input Ring Indicator

Table 4. J1, J6 Pin Descriptions

Pins Signal CP2105

Direction Description

1-2 TXD Output Transmit Data

3-4 RXD Input Receive Data

5-6 DTR Output Data Terminal Ready

7-8 RI Input Ring Indicator

9-10 DCD Input Data Carrier Detect

11-12 DSR Input Data Set Ready

13-14 CTS Input Clear to Send

15-16 RTS Output Request to Send

CP2105-EK

6 Rev. 0.5

6.4. Power Connector (J4)

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

functions of the pins.

Pins 1–2 connect CP2105 VIO input (Pin 5) to CP2105 VDD (Pin 6). Remove the shorting block to power

VIO from an external source.

Pins 3–4 connect the main +3 V net to the CP2105 VDD (Pin 6). The main +3 V net powers the other

components (five green LEDs and RS-232 Sipex Part) on the board.

6.5. SUSPEND LED Source Selector(J7, J8)

These headers (J7, J8) are included on the evaluation board to provide several options for the SUSPEND LED

source. The following describes the function of each pin:

J7[1:2] connects CP2105 Standard UART SUSPEND output (Pin 1) to the SUSPEND LED.

J7[2:3] connects CP2105 Enhanced UART SUSPEND output (Pin 17) to the SUSPEND LED.

J7[2]:J8[1] connects the main +3 V net to the SUSPEND LED. This will cause the SUSPEND LED to act as

a power LED.

CP2105-EK

Rev. 0.5 7

7. Schematic

Figure 4. CP2105 Evaluation Board Schematic

CP2105-EK

8 Rev. 0.5

DOCUMENT CHANGE LIST

Revision 0.1 to Revision 0.2

Updated Windows installation instructions for VCP

drivers.

Updated Windows installation instructions for

USBXpress drivers.

Revision 0.2 to Revision 0.3

Updated Figure 3 with shorting blocks installed.

Revision 0.3 to Revision 0.4

Updated "Figure 2. CP2105 in Device Manager" on

page 3.

Revision 0.4 to Revision 0.5

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

DVD.

Added “2. Relevant Documentation”.

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

on the website.

Updated Figure 1 and Figure 2.

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Disclaimer

Silicon Labs intends to provide customers with the latest, accurate, and in-depth documentation of all peripherals and modules available for system and software implementers using or

intending to use the Silicon Labs products. Characterization data, available modules and peripherals, memory sizes and memory addresses refer to each specific device, and "Typical"

parameters provided can and do vary in different applications. Application examples described herein are for illustrative purposes only. Silicon Labs reserves the right to make changes

without further notice and limitation to product information, specifications, and descriptions herein, and does not give warranties as to the accuracy or completeness of the included

information. Silicon Labs shall have no liability for the consequences of use of the information supplied herein. This document does not imply or express copyright licenses granted

hereunder to design or fabricate any integrated circuits. The products are not designed or authorized to be used within any Life Support System without the specific written consent of

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