CEL ZICM2410-EVB3 User manual
ZIC2410 Series
MeshConnect
ZICM2410-EVB3 Evaluation Board
Hardware Reference Guide
0007-05-08-03-001
(Rev C)
ZICM2410-EVB3 Hardware Reference Guide
Rev C Document No. 0007-05-08-03-001 Page 2 of 19
TableofContents
1INTRODUCTION .............................................................................. 3
1.1PART DEFINITIONS....................................................................................3
2ZICM2410-EVB3 EVALUATION BOARD......................................... 4
2.1BOARD COMPONENTS .............................................................................4
3MESHCONNECT ZICM2410P0 MODULE....................................... 6
3.1DESCRIPTION ............................................................................................6
3.2ZICM2410P0 MODULE CONNECTION.......................................................7
3.3ZICM2410P2 MODULE CONNECTION.....................................................10
4ON BOARD RESOURCES............................................................. 13
4.1POWER SUPPLY.......................................................................................13
4.2RESET.......................................................................................................13
4.3ISPSWITCH ..............................................................................................13
4.4POWER HEADER (J4) ..............................................................................14
4.5LEDS..........................................................................................................14
4.6PUSHBUTTON SWITCHES ......................................................................15
4.7EXTERNALMEMORY...............................................................................15
4.8VOICE CODEC..........................................................................................15
4.9HEADPHONE /MICROPHONE JACKS....................................................15
4.10ADDITIONAL JUMPER FUNCTIONS/CONNECTIONS............................16
5REVISION HISTORY...................................................................... 17
APPENDIX-1: SCHEMATIC OF ZICM2410-EVB3............................... 18
APPENDIX-2: BILL OF MATERIALS (ZICM2410-EVB3).................... 19
ZICM2410-EVB3 Hardware Reference Guide
Rev C Document No. 0007-05-08-03-001 Page 3 of 19
1 INTRODUCTION
This document describes the hardware, features and functions of the CEL ZICM2410-EVB3
Evaluation Board, one of the major hardware components in the CEL ZICM2410P0-KIT2
evaluation kit. At the heart of the evaluation board is the ZICM2410P0 (or ZICM2410P2), CEL’s
transceiver module solution for IEEE 802.15.4 wireless applications.
1.1 PART DEFINITIONS
ZIC2410QN48: CEL MeshConnect single-chip IEEE 802.15.4 transceiver.
ZICM2410P0: CEL MeshConnect IEEE 802.15.4 module.
ZICM2410P2: CEL MeshConnect Extended Range IEEE 802.15.4 module with an
external power amplifier.
ZICM2410-EVB3: An evaluation board containing a ZICM2410P0-1 for development
and evaluation purposes. Using the CEL supplied software tools makes it possible to
download user-created programs to the ZIC2410.
ZICM2410P0-KIT2: CEL MeshConnect IEEE 802.15.4 evaluation kit.
ZIC2410: Same as the ‘ZIC2410QN48’.
ZICM2410-EVB3 Hardware Reference Guide
Rev C Document No. 0007-05-08-03-001 Page 4 of 19
2 ZICM2410-EVB3 EVALUATION BOARD
CAUTION
: Contains parts and assemblies susceptible to damage by Electrostatic Discharge (ESD)
The ZICM2410-EVB3 is a PC interface board to which the ZICM2410P0 / ZICM2410P2 module
has been mounted. A ZICM2410-EVB3 can be used to interface PC applications with the
module, in order to program user applications to the ZICM2410.
2.1 BOARD COMPONENTS
Figure 1 shows the ZICM2410-EVB3 evaluation board, the major components of which are
described in Table 1.
Figure 1 – Photo, ZICM2410-EVB3 Evaluation Board
ZICM2410-EVB3 Hardware Reference Guide
Rev C Document No. 0007-05-08-03-001 Page 5 of 19
Table 1 – ZICM2410-EVB3 Descriptions / Functions of the Major Components
Components Description / Function
Audio / Voice Jacks Microphone input and Headphone output for connection when using the evaluation
board’s voice / audio features.
ZICM2410
Module
ZICM2410
module. The DUT of the evaluation board
DIP Switches 3 ea 10-pin DIP Switches used for disconnecting the evaluation boards connections
to the various on board features (i.e. LEDs, switches, etc.).
ISP Switch
ISP Mode Switch: 2-position slide switch to control ISP mode
‘ISP’ position is used for downloading application firmware to the ZICM2410.
For normal operation, the switch should be set to the ‘NORMAL’ position.
RESET Switch Button switch to reset the device MPU (Active Low)
General Purpose LEDs Four indicator LEDs for GPIO output tests
Test Tact Switches
Push Button Switches connected to General Purpose I/O (GPIO) Ports:
When a button is pressed, the signal ‘0’ is applied to the corresponding port pin;
otherwise, a value of ‘1’ is applied. Switches #3 and #4 can be configured as
external interrupts to the 8051 microcontroller.
Battery Holders Holder for 2 ea. 1.5 Volt Type AA Batteries
DC JACK Input for a 5.0 – 9.0 Volt DC Power Supply
POWER Switch
This three position slide switch is used to select the power source for the evaluation
board. In the position ‘VREG’, power is supplied either through the USB port or from
a power supply inserted in the DC Jack. In the ‘VBAT’ position, batteries provide the
power.
Power Indicator LED LED indicates when DC power is turned on.
USB Port Port to connect the evaluation board through a USB cable to a PC.
ADC Variable Resistors Variable Resistors for testing ADC functions in the
ZICM2410
module
Current Monitor For measuring operating current of the module under various conditions
USB to UART Bridge Silicon Labs CP2102 USB to UART Bridge IC: Converts I/O from USB to UART.
Analog Inputs 1 ea. 4-pin header to provide a convenient method to monitor or connect to an
Analog input.
Digital I/O Headers 3 ea. 8-pin header to provide a convenient method for to monitor or connect to a
selected Digital GPIO port.
SPI Flash Memory Onboard ROM for storing additional information.
Voice CODEC Onboard Voice CODEC used for A/D and D/A conversions of Voice / Audio.
Power Header 4-pin header for direct powering of the EVB, bypassing the internal regulator
ZICM2410-EVB3 Hardware Reference Guide
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3 MeshConnect ZICM2410P0 MODULE
CAUTION
: Contains parts and assemblies susceptible to damage by Electrostatic Discharge (ESD)
3.1 DESCRIPTION
The ZICM2410P0 / ZICM2410P2 module is the primary active component/device under test of
the ZICM2410-EVB3 evaluation board. Figure 2 shows the ZICM2410P0 / ZICM2410P2
modules, whose major components are as follows:
ZIC2410QN48
Power Amplifier and Low Noise Amplifier (only found on the ZICM2410P2)
16MHz Crystal
Integrated PCB Trace antenna (or optional U.FL connector for an external antenna)
Additional components for RF matching and termination
Figure 2 – Photo, ZICM2410P0 / ZICM2410P2 Modules
ZICM2410-EVB3 Hardware Reference Guide
Rev C Document No. 0007-05-08-03-001 Page 7 of 19
3.2 ZICM2410P0 MODULE CONNECTION
Table 2, Table 3 and Table 4 describe the ZICM2410P0 module pins and their connection to the
DIP switches, which can be used for isolation (to disconnect the evaluation board from the
ZICM2410P0). Also listed is the ZIC2410 (discrete IC) pin number. The tables also indicate the
default settings of the isolation DIP switches (U203, U204 and U205) for operation with the pre-
programmed application. All module GND pins are physically hardwired to ground.
Table 2 – ZICM2410 / EVB3 Connections, U204
PIN # U204
POSITION
MODULE
PIN
NAME DESCRIPTION
IC MODULE U204
PAD 1 GND4 Connected to Ground.
PAD 2 GND3 Connected to Ground.
14 3 MS1 Connected to Ground.
PAD 4 GND0 Connected to Ground.
13 5 MS0 Connected to Ground.
6 NC2 No Connection.
PAD 7 GND20 Connected to Ground.
PAD 8 GND12 Connected to Ground.
PAD 9 GND13 Connected to Ground.
PAD 10 GND17 Connected to Ground.
PAD 11 GND5 Connected to Ground.
8 12 1 ON ACH0
ADC Input, Channel #0.
When U204:1 “ON” - Connected to VR1 on EVB3
9 13 2 ON ACH1
ADC Input, Channel #1.
When U204:2 “ON” - Connected to VR2 on EVB3
10 14 3 ON ACH2 ADC Input, Channel #2.
11 15 4 ON ACH3 ADC Input, Channel #3.
20 16 5 ON P1_7 GPIO P1.7
21 17 6 ON P1_6 GPIO P1.6
22 18 7 ON P1_4
GPIO P1.4
When U204:7 “ON” - Connected to SW2 on EVB3
23 19 8 ON P1_3
GPIO P1.3
When U204:8 “ON” - Connected to SW1 on EVB3
PAD 20 GND9 Connected to Ground.
PAD 21 GND8 Connected to Ground.
PAD 22 GND7 Connected to Ground.
24 23 9 ON P1_1
GPIO P1.1
When U204:9 “ON” - Connected to USB_RX on EVB3
7 24 VCC_3V
Power Supply Input, See Section 4.1.
26 25 10 ON P1_0
GPIO P1.0
When U204:10 “ON” - Connected to USB_TX on EVB3
ZICM2410-EVB3 Hardware Reference Guide
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Table 3 - ZICM2410 / EVB3 Connections, U205
PIN # U205
POSITION
MODULE
PIN
NAME DESCRIPTION
IC MODULE U205
27 26 1 ON P3_7
GPIO P3.7
When U205:1 “ON” - Connected to SPI Bus on EVB3
28 27 2 ON P3_6
GPIO P3.6
When U205:2 “ON” - Connected to SPI Bus on EVB3
29 28 3 ON P3_5
GPIO P3.5
When U205:3 “ON” - Connected to SPI Bus on EVB3
30 29 4 ON P3_4
GPIO P3.4
When U205:4 “ON” - Connected to SPI Bus on EVB3
30 GND10 Connected to Ground.
31 31 5 ON P3_3
GPIO P3.3
When U205:5 “ON” - Connected to SW4 on EVB3
32 32 6 ON P3_2
GPIO P3.2
When U205:6 “ON” - Connected to SW3 on EVB3
33 GND11 Connected to Ground.
33 34 7 ON P3_1
GPIO P3.1
When U205:7 “ON” - Connected to SPI Bus on EVB3
35 35 8 ON P3_0
GPIO P3.0
When U205:8 “ON” - Connected to LED4 on EVB3
36 GND6 Connected to Ground.
36 37 9 ON P0_7
GPIO P0.7
When U205:9 “ON” - Connected to I2S Bus on EVB3
37 38 10 ON P_06
GPIO P0.6
When U205:10 “ON” - Connected to I2S Bus on EVB3
ZICM2410-EVB3 Hardware Reference Guide
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Table 4 - ZICM2410 / EVB3 Connections, U203
PIN # U203
POSITION MODULE
PIN NAME DESCRIPTION
IC MODULE U203
38 39 10 ON P0_5 GPIO P0.5
When U203:10 “ON” - Connected to I2S Bus on EVB3
39 40 9 ON P0_4 GPIO P0.4
When U203:9 “ON” - Connected to I2S Bus on EVB3
40 41 8 ON P0_3 GPIO P0.3
When U203:8 “ON” - Connected to LED1 on EVB3
41 42 7 ON P0_2 GPIO P0.2
When U203:7 “ON” - Connected to LED2 on EVB3
42 43 6 ON P0_1 GPIO P0.1
When U203:6 “ON” - Connected to LED3 on EVB3
43 44 5 ON P0_0 GPIO P0.0
When U203:5 “ON” - Connected to I2S Bus on EVB3
19 45 4 ON DVDD_1_5 1.5 Volt Regulated Output, Digital Plane.
15 46 3 ON ISP ISP Mode Select
When U203:3 “ON” - Connected to SW7 on EVB3
17 47 2 ON RESET# When U203:2 “ON” - Connected to SW5 on EVB3
6 48 1 ON AVDD_1_5 1.5 Volt Regulated Output, Analog Plane.
49 GND14 Connected to Ground.
50 GND15 Connected to Ground.
51 GND16 Connected to Ground.
52 GND18 Connected to Ground.
53 GND19 Connected to Ground.
54 NC1 No Connection.
55 GND1 Connected to Ground.
56 GND2 Connected to Ground.
ZICM2410-EVB3 Hardware Reference Guide
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3.3 ZICM2410P2 MODULE CONNECTION
Table 5, Table 6 and Table 7 describe the ZICM2410P2 module pins and their connection to the
DIP switches, which can be used for isolation (to disconnect the evaluation board from the
ZICM2410P2). Also listed is the ZIC2410 (discrete IC) pin number. The tables also indicate the
default settings of the isolation DIP switches (U203, U204 and U205) for operation with the pre-
programmed application. All module GND pins are physically hardwired to ground.
Table 5 – ZICM2410 / EVB3 Connections, U204
PIN # U204
POSITION
MODULE
PIN
NAME DESCRIPTION
IC MODULE U204
PAD 1 GND4 Connected to Ground.
PAD 2 GND3 Connected to Ground.
14 3 MS1 Connected to Ground.
PAD 4 GND0 Connected to Ground.
13 5 MS0 Connected to Ground.
6 NC2 No Connection.
PAD 7 GND20 Connected to Ground.
PAD 8 GND12 Connected to Ground.
PAD 9 GND13 Connected to Ground.
PAD 10 GND17 Connected to Ground.
PAD 11 GND5 Connected to Ground.
8 12 1 ON ACH0
ADC Input, Channel #0.
When U204:1 “ON” - Connected to VR1 on EVB3
9 13 2 ON ACH1
ADC Input, Channel #1.
When U204:2 “ON” - Connected to VR2 on EVB3
10 14 3 ON ACH2 ADC Input, Channel #2.
11 15 4 ON ACH3 ADC Input, Channel #3.
20 NC3 No Connection.
21 NC4 No Connection.
22 18 7 ON P1_4
GPIO P1.4
When U204:7 “ON” - Connected to SW2 on EVB3
23 19 8 ON P1_3
GPIO P1.3
When U204:8 “ON” - Connected to SW1 on EVB3
PAD 20 GND9 Connected to Ground.
PAD 21 GND8 Connected to Ground.
PAD 22 GND7 Connected to Ground.
24 23 9 ON P1_1
GPIO P1.1
When U204:9 “ON” - Connected to USB_RX on EVB3
7 24 VCC_3V
Power Supply Input, See Section 4.1.
26 25 10 ON P1_0
GPIO P1.0
When U204:10 “ON” - Connected to USB_TX on EVB3
ZICM2410-EVB3 Hardware Reference Guide
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Table 6 - ZICM2410 / EVB3 Connections, U205
PIN # U205
POSITION
MODULE
PIN
NAME DESCRIPTION
IC MODULE U205
27 26 1 ON P3_7
GPIO P3.7
When U205:1 “ON” - Connected to SPI Bus on EVB3
28 27 2 ON P3_6
GPIO P3.6
When U205:2 “ON” - Connected to SPI Bus on EVB3
29 28 3 ON P3_5
GPIO P3.5
When U205:3 “ON” - Connected to SPI Bus on EVB3
30 29 4 ON P3_4
GPIO P3.4
When U205:4 “ON” - Connected to SPI Bus on EVB3
30 GND10 Connected to Ground.
31 31 5 ON P3_3
GPIO P3.3
When U205:5 “ON” - Connected to SW4 on EVB3
32 32 6 ON P3_2
GPIO P3.2
When U205:6 “ON” - Connected to SW3 on EVB3
33 GND11 Connected to Ground.
33 34 7 ON P3_1
GPIO P3.1
When U205:7 “ON” - Connected to SPI Bus on EVB3
35 35 8 ON P3_0
GPIO P3.0
When U205:8 “ON” - Connected to LED4 on EVB3
36 GND6 Connected to Ground.
36 37 9 ON P0_7
GPIO P0.7
When U205:9 “ON” - Connected to I2S Bus on EVB3
37 38 10 ON P_06
GPIO P0.6
When U205:10 “ON” - Connected to I2S Bus on EVB3
ZICM2410-EVB3 Hardware Reference Guide
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Table 7 - ZICM2410 / EVB3 Connections, U203
PIN # U203
POSITION MODULE
PIN NAME DESCRIPTION
IC MODULE U203
38 39 10 ON P0_5 GPIO P0.5
When U203:10 “ON” - Connected to I2S Bus on EVB3
39 40 9 ON P0_4 GPIO P0.4
When U203:9 “ON” - Connected to I2S Bus on EVB3
40 41 8 ON P0_3 GPIO P0.3
When U203:8 “ON” - Connected to LED1 on EVB3
41 42 7 ON P0_2 GPIO P0.2
When U203:7 “ON” - Connected to LED2 on EVB3
42 43 6 ON P0_1 GPIO P0.1
When U203:6 “ON” - Connected to LED3 on EVB3
43 44 5 ON P0_0 GPIO P0.0
When U203:5 “ON” - Connected to I2S Bus on EVB3
19 45 4 ON DVDD_1_5 1.5 Volt Regulated Output, Digital Plane.
15 46 3 ON ISP ISP Mode Select
When U203:3 “ON” - Connected to SW7 on EVB3
17 47 2 ON RESET# When U203:2 “ON” - Connected to SW5 on EVB3
6 48 1 ON AVDD_1_5 1.5 Volt Regulated Output, Analog Plane.
49 GND14 Connected to Ground.
50 GND15 Connected to Ground.
51 GND16 Connected to Ground.
52 GND18 Connected to Ground.
53 GND19 Connected to Ground.
54 NC1 No Connection.
55 GND1 Connected to Ground.
56 GND2 Connected to Ground.
ZICM2410-EVB3 Hardware Reference Guide
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4 ON BOARD RESOURCES
4.1 POWER SUPPLY
The three position slide switch (SW6) operates in accordance with the settings given in Table 8.
The Power Indicator LED (red) illuminates when power is applied to the evaluation board
through any of the methods.
Table 8 – EVB3 Power Switch Settings
# Power
Switch
Position
VCC Power
Supply Value Comments Switch
Position
1 VREG VUSB: 5.0 V
DC Jack: 5.0 – 9.0 V
In this position the evaluation board and module
are either powered from the USB interface or
through the DC Jack from an external supply.
2 VBAT 3.0 V In this position the evaluation board and module
are powered from the two 1.5 V Type AA batteries.
3 VREG + J4 ZIC2410-EVB3: 5 V
ZICM2410: 2.1 – 3.0V
In this position the evaluation board is powered via
either the USB interface or through the DC Jack.
The ZICM2410 module is powered externally via
the J4 header. See the
“ZICM2410-EVB3
Evaluation Board Hardware Reference Guide”
for further details.
NOTE #1:
At power-on, the evaluation board preforms an initialization routine (approximately 1 second) during which
all the LEDs (LED1 through LED4) are illuminated. Once the initialization routine has completed the LEDs are turned
off.
NOTE #2:
If batteries are loaded into the holder and the board also has power applied via the USB or DC Jack, and the
Power Switch is toggled between the VBAT and either of the VREG postions the device may get stuck in the
initialization routine. If this occurs, simply press the RESETB button.
4.2 RESET
The ZICM2410-EVB3, by default, has the switch labeled ‘RESETB’ (SW5) connected to the
‘RESET#’ pin of the ZICM2410 module. When pressed, the ZIC2410 will be reset. Using the
isolation DIP switches (U203:2), SW5 can be disconnected and external circuitry added.
Figure 3 – Photo, RESETB Push Button (SW5)
4.3 ISP SWITCH
The 2-position slide switch (SW7) controls the mode of operation, as shown in Figure 4. The
ZIC2410 can be placed into either ‘ISP’ or ‘NORMAL’ mode. When placed into ISP mode, the
ZIC2410 is configured for the programming of the internal Flash memory (i.e. a firmware
upgrade). In order to enter ISP mode, the slider switch must be set to ‘ISP’ and then power
applied to the device (alternatively, if power has already been applied the ‘RESETB’ pushbutton
ZICM2410-EVB3 Hardware Reference Guide
Rev C Document No. 0007-05-08-03-001 Page 14 of 19
may be pressed and released after the slider switch has been set). In order to return to
‘NORMAL’ mode after programming has completed, simply slide the slider switch to ‘NORMAL’
and press and release the ‘RESETB’ pushbutton.
Figure 4 – Photo, ISP Switch
4.4 POWER HEADER (J4)
This header allows the powering of the ZICM2410 module directly (bypassing the regulator)
through Pin #3 and allows the monitoring of the module’s supply line through Pin #4 (SENSE+).
Table 9 – Power Header (J4) Pin Out
Pin 1 Pin 2 Pin 3 Pin 4
GND
(SENSE–)
GND Module
(Supply)
VCC Module
(Supply)
VCC Module
(SENSE+)
4.5 LEDs
Figure 5 - Photo, LEDs
The ZICM2410-EVB3 includes four colored LEDs. They are connected to various GPIOs of the
ZICM2410 module through an inverter as shown in Figure 6. To turn on a LED, the
corresponding GPIO pin must be set high. To turn off a LED, the GPIO pin must be cleared (set
low).
Table 10 – LED Colors and Connections
LED # Color GPIO LED # Color GPIO
LED 1 White Port 0[3] LED 3 Green Port 0[1]
LED 2 Amber Port 0[2] LED 4 Blue Port 3[0]
Figure 6 – Drawing, LEDs Schematic
ZICM2410-EVB3 Hardware Reference Guide
Rev C Document No. 0007-05-08-03-001 Page 15 of 19
4.6 PUSHBUTTON SWITCHES
Figure 7 – Photo, Pushbutton Switches
When a pushbutton switch is pressed, the corresponding GPIO is pulled low. When released
(or not pressed), the GPIO is pulled high. The pushbutton switches correspond to the GPIOs as
listed in Table 11. Switch #3 and #4 are dual purpose, as they can also be used as the External
Interrupts (INT0 and INT1) inputs for the embedded processor.
Table 11 – Pushbutton Switch Connections
SWITCH # GPIO SWITCH # GPIO
1 Port 1[3] 3 Port 3[2]
2 Port 1[4] 4 Port 3[3]
4.7 EXTERNAL MEMORY
To store non-volatile data, the ZICM2410-EVB3 provides an on-board external SPI Flash
memory connected to the Serial Peripheral Interface (SPI) of the ZIC2410. The external
memory is required when performing Over-the-Air programming. Using the isolation DIP
switches, the memory can be easily disconnected from the ZIC2410. Figure 8 details the
connection details below.
Figure 8 – Drawing, External Memory Circuit
4.8 VOICE CODEC
The ZICM2410-EVB3 has an on-board mono CODEC with speaker driver to support wireless
audio and voice. The primary purpose of the external chip is to perform the analog-to-digital
and digital-to-analog conversions. The CODEC is configured using the SPI interface while the
audio / voice data uses the ZIC2410’s I2S interface.
4.9 HEADPHONE / MICROPHONE JACKS
The ZICM2410-EVB3 is equipped with two 3.5 mm jacks, one for headphones and one for a
microphone input. The evaluation board has been optimized for headphones with 32 Ω
ZICM2410-EVB3 Hardware Reference Guide
Rev C Document No. 0007-05-08-03-001 Page 16 of 19
impedance and single-ended microphones with 2.2 kΩimpedance.
4.10 ADDITIONAL JUMPER FUNCTIONS/CONNECTIONS
Table 12 –Functions/Connections of Other Jumpers/Connectors
Jumper Pin Function Description
J3
Analog Input Pins
4-pin connector
1 ACH0
The four ADC input channels are available on this connector. ACH0
and ACH1 are connected to VR1 and VR2 respectively.
2 ACH1
3 ACH2
4 ACH3
J5
GPIO Port Pins
8-pin connector
1 P0_0 GPIO Port 0, Bit #0
2 P0_1 GPIO Port 0, Bit #1
3 P0_2 GPIO Port 0, Bit #2
4 P0_3 GPIO Port 0, Bit #3
5 P0_4 GPIO Port 0, Bit #4
6 P0_5 GPIO Port 0, Bit #5
7 P0_6 GPIO Port 0, Bit #6
8 P0_7 GPIO Port 0, Bit #7
J9 Current Monitor
2-pin connector
1 VCC_MODULE When this jumper is removed a DC current meter can be inserted to monitor
the current of the evaluation board
2 VCC
J11
GPIO Port Pins
8-pin connector
1 P1_0 GPIO Port 1, Bit #0
2 P1_1 GPIO Port 1, Bit #1
3 N / C No Connection
4 P1_3 GPIO Port 1, Bit #3
5 P1_4 GPIO Port 1, Bit #4
6 N / C No Connection
7 P1_6 or N / C GPIO Port 1, Bit #6 – No Connection on ZICM2410P2 Evaluation Boards
8 P1_7 or N / C GPIO Port 1, Bit #7 – No Connection on ZICM2410P2 Evaluation Boards
J14
GPIO Port Pins
8-pin connector
1 P3_0 GPIO Port 3, Bit #0
2 P3_1 GPIO Port 3, Bit #1
3 P3_2 GPIO Port 3, Bit #2
4 P3_3 GPIO Port 3, Bit #3
5 P3_4 GPIO Port 3, Bit #4
6 P3_5 GPIO Port 3, Bit #5
7 P3_6 GPIO Port 3, Bit #6
8 P3_7 GPIO Port 3, Bit #7
J200 Speaker Driver Output
2-pin connector
1 SPKOUTP Speaker Output Positive
2 SPKOUTN Speaker Output Negative
ZICM2410-EVB3 Hardware Reference Guide
Rev C Document No. 0007-05-08-03-001 Page 17 of 19
5 REVISION HISTORY
Revision Date Description
A 11Jun09 Released
B 18Sep09
Updated to support the use of a ZICM2410P2 module on the EVB3
evaluation board.
C 24Sep10 Removed references to ZigBee.
ZICM2410-EVB3 Hardware Reference Guide
Rev C Document No. 0007-05-08-03-001 Page 18 of 19
APPENDIX-1: SCHEMATIC OF ZICM2410-EVB3
(CEL Doc # 0007-01-01-03-001 Issue ES3-X2)
Figure 9 – Diagram, ZICM2410-EVB3 Schematic
ES3-X2
ZICM2410 EVAL BD ASSEMBLY SCHEMATIC
CSept 6, 2008
ISSUE
Drawing Title:
Size Document Number
Date: Sheet of11
Push
Buttons
LEDs
Reset
Button
Power ON
ZIC 2410 Module Land
SENSE+
SENSE-
B
C
D
54321
D
C
B
A
2345
0007-01-01-03-001
SPI FLASH
09/06/08
REVISION RECORD
DESCRIPTION: DATE:
ISSUE PRELIMINARY
ES
ES1 REVISED PER ECR#000022 11/12/08
TX ENABLE
RX ENABLE
Audio Codec
Headphone Jack
Microphone Jack
INT0 / Switch 3 INT1 / Switch 4
ACH_2
ACH_3
P17
P16
V = 3.0V nominal 1: VCC, VCC_MODULE = VREG
2: VCC, VCC_MODULE = VBAT
3: VCC = VREG, VCC_MODULE = J4
ES2
ES3-X0
ES3-X1
REVISED PER SPREADSHEET
03/23/09
REVISED PER ECR#000027 12/10/08
01/14/09
ES3-X2 04/03/09
REVISED PER SPREADSHEET
REVISED PER ECR#000036
1MH2
R6
390 D1
LNJ026
PCB1
0007-01-04-03-001
PCB
1MH3
1MH1
D5
POWER
LNJ214
TP138
C52
10nF
GND_4
GND_3
GND_13
GND_17
GND_5
P3_7
GND_MS1
P3_5
P3_4
ACH0
ACH1
ACH2
ACH3
GND_0
GND_MS0
NC2
GND_20
GND_12
P1_7
P1_6
P1_4
P1_3
GND_9
GND_8
GND_7
P1_1
VCC_3V
P1_0
P3_6
GND_10
P3_3
P3_2
GND_11
P3_1
P3_0
GND_6
P0_7
P0_6
P0_5
P0_4
P0_3
P0_2
P0_1
P0_0
DVDD_1_5
ISP
RESET
AVDD_1_5
GND_14
GND_15
GND_16
GND_18
GND_19
NC1
GND_1
CW
1
2
3
VR1/SPKR-VOL
D2
LNJ414
D3
LNJ326
D4
LNJ926
R7
390
R8
390
R9
390
1MH4
GND_2
D11
D13
1
2
3
J7
+
-
BC2
2462
C9
47uF
6.3WVDC
C12
10nF
1
2
J9
HDR_2X1
C8
4.7uF
SW1
B3S-1100P
SW2
B3S-1100P
SW5
B3S-1100P
1
2
3
4
J3
1
2
3
4
J4
1
2
3
4
5
6
7
8
J5
22-10-2081
1MH5
1MH6
1
2
3
4
5
6
7
8
J11
22-10-2081
1
2
3
4
5
6
7
8
J14
22-10-2081
12
3
SW7
SW/SPDT
APEM
SLB12814
R1
33
C1
NP C2
NP
1MH7
1MH8
1MH9
1MH10
1MH11
1MH12
1MH13
1MH14
1MH15
1MH16
1MH17
SW3
B3S-1100P
SW4
B3S-1100P
DVDD_1R5
AVDD_1R5
R5
33
R15
33
CW
1
2
3
VR2/MIC-VOL
1DCD
2RI
3GND
4D+
5D-
6VDD
7REGIN
8VBUS
9RST
10 NC
11 SUSPEND
12 SUSPEND
13 NC
14 NC
15
NC 16
NC 17
NC 18
NC 19
NC 20
NC 21
NC
22
NC 23
CTS 24
RTS 25
RXD 26
TXD 27
DSR 28
DTR
U10
CP2102
C25
.1uF
1/CS
2SO
3/WP
4GND 5
SI 6
SCK 7
/HOLD 8
VCC
U8
AT25FS010N
JMP1
929955-06
JMP
SCREW1
4-40 X 5/16"
SCREW2
4-40 X 5/16"
NUT1
4-40 NUT
NUT2
4-40 NUT
STANDOFF1
27FSTP00500
STANDOFF2
27FSTP00500
STANDOFF3
27FSTP00500
STANDOFF4
27FSTP00500
1MICBIAS
2AVDD
3AGND
4
DCVDD 5
DBVDD
6
DGND
7
ADCDAT 8
DACDAT
9
FRAME
10
BCLK
11
MCLK
12
CSB/GPIO 13
SCLK 14
SDIN
15
MODE
16
MONOOUT
17
SPKOUTP
18 SPKGND
19
SPKOUTN
20 SPKVDD
21 AUX
22 VMID
23 MICN
24 MICP
25
GND_BOTTOM
U200
WM8974/QFN24
1
2
J200
HDR_2X1
C6
1uF C11
1uF
C16
1uF
R14
2.2K
R20
NP
C17
NP
SW9
1
3
11
10
2
SW11
R23 0 OHM
R24 0 OHM
ON
ON
ON
ON
ON
ON
ON
ON
ON
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
ONOFF
1
2
3
4
5
6
7
8
9
10 11
12
13
14
15
16
17
18
19
20
U203
ON
ON
ON
ON
ON
ON
ON
ON
ON
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
ONOFF
1
2
3
4
5
6
7
8
9
10 11
12
13
14
15
16
17
18
19
20
U204
ON
ON
ON
ON
ON
ON
ON
ON
ON
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
ONOFF
1
2
3
4
5
6
7
8
9
10 11
12
13
14
15
16
17
18
19
20
U205
7GND 14
VCC
1
A0 3
A1 5
A2 13
A3 11
A4 9
A5
2O0
4O1
6O2
12 O3
10 O4
8O5
U4
74LVC04-SO14 R2
10K R10
10K R17
10K R18
10K
C27
4.7uF
C18
4.7uF
C19
4.7uF
C20
4.7uF C23
4.7uF
C28
4.7uF
+
C30
220µF
C24
.1uF
1ADJ
2
VOUT1
3VIN
4
VOUT2
U206
R28
165
R29
121
C33
4.7uF
C32
4.7uF
C29
220pF
1
VUSB 2
DATA- 3
DATA+ 4
GND 5
SHIELD1 6
SHIELD2
J1
USB-B
C5
.1uF
C26
.1uF
C40
.1uF
C15
4.7uF
C4
1uF
C22
1uF
C31
1uF
C53
1uF
R19 33
R21 33
R25 33
R26 33
R11
390
R12
10K R13
10K
R22
10K
R3
10K R4
10K R16
10K
R30
680
NP
1
2
3
4C
1A
2A
4A
CA
3A
SW6
D6
TVS_DUAL_SOT23_300W_5V_ONS
R27
12
DUT1
0007-00-00-00-001
DUT
R31
10K R32
10K
VCC
RESET
GND
GND
GND
RESET
MS2
ACH_0 ACH_1
GND
VUSB
GND
GND GND
GND
GND
GND GND
GND
GND
GND
VCC_MODULE_SENSE
GND
MS2
P33P32
P10
GND
P11
VCC
P34
P37
P36
P35 GND
GND
GND
GND
VCC
VCC
P31
P36
P35
P07
GND
GND
VCC
P00
P01
P02
P03
P04
P05
P10
P11
P13
P14
ACH_1
ACH_0
P36
P37
P35
P34
P33
P32
P31
P30
P07
P06
P13
P14
GND GND
VCC
P03
P02
P01
P30
GND
GND
GND
GND
GND
P05
P00
P06
P04
GND
GND
GND
VCC_MODULE
VCC_MODULE
VCC_MODULE
VCC_MODULE
GND
VCC_MODULE
VCC_MODULE_SENSE
VCC_MODULE
VUSB
GND GND
GND
GND
VCC
VCC
VCC_MODULE
GND
VCC
VCC
ZICM2410-EVB3 Hardware Reference Guide
Rev C Document No. 0007-05-08-03-001 Page 19 of 19
APPENDIX-2: BILL OF MATERIALS (ZICM2410-EVB3)
(CEL Doc # 0007-01-02-03-001 Issue ES-X3) This document is subject to revision without notification.
Table 13 – BOM, ZICM2410-EVB3
Table of contents
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