With the help of this manual, the user can utilize the Developer's Kit to conduct a full series of test and evaluation procedures on the g20, as well as perform application development. We at Motorola want to make this guide as helpful as possible. Keep us informed of your comments and suggestions for improvements.
• Chapter 4 provides the mechanical requirements for mounting the g20 onto the Developer Board. • Chapter 5 provides contact information for Motorola Service Support and Customer Assistance. • Chapter 6 includes schematic diagrams of the g20 Developer’s Kit as well as a complete parts list.
INTRODUCTION GENERAL DESCRIPTION The g20 Developer’s Kit is intended for evaluating the g20 module, as well as for developing and testing software applications for it. The main component of the g20 Developer’s Kit is the Developer Board, which is mounted in a chassis. The kit includes a cover for the Developer Board.
Introduction SIM Tray g20 Power g20 Power On/Off Indicator LED Pushbutton Figure 2. g20 Developer’s Kit (front, with cover) Speaker Headset Connector Connector Microphone Connector Figure 3. g20 Developer’s Kit (left side, with cover) Power Adapter Power Connector Indicator LED Power RS232-1 RS232-2 (SPI)
Introduction Figure 6 shows the g20 Developer’s Kit, including the Developer Board (without cover) and the g20 and some accessories attached. Adapter Plug USB Cable Battery RS232 Cable Speaker Power Adapter Cables Developer Board Headset Microphone Figure 6. g20 Developer’s Kit with Accessories and the g20 The Developer’s Kit does not include a g20 device.
DEVELOPER BOARD AND INTERFACES DESCRIPTION HOW THIS CHAPTER IS ORGANIZED This chapter contains the following sections: • Overview provides an overview of the Developer Board. • Initial Setup describes how to set up and prepare the Developer Board for first-time use. •...
RS232-1 Fuse Power On/Off Jumper LEDs 2.5A Switch RS232-2 Debugger RS232-1 Power DC Power Battery Connector Connector Connector Indicator LED Connectors Connector Power Adapter SPI and Connector RS232-2 LEDs LEDs Internal Antenna Power Source Input Jumper Switches Power Jumpers Speaker Connector g20 UUT Host...
Developer Board and Interfaces Description INITIAL SETUP This section describes the initial procedure for setting up the g20 Developer Board for testing and evaluating of the g20. The tasks in this section need to be performed only once, before the first time you use the g20 Developer’s Kit. After performing the initial setup, you can modify the default settings or use different peripheral devices, as described in “Configuration”...
Developer Board and Interfaces Description • An RF cable with an MMCX connector is connected to the external antenna connector. Connect the RF cable’s MMCX connector to the MMCX connector of the g20 by pushing it in until it clicks. This connects the g20 to the antenna. 3.3.2 USB Driver If you are using a g20 with a USB driver, you must set the USB jumper (P300), located next to the USB connector, in order to...
Developer Board and Interfaces Description The jacks for these devices are on the left side of the Developer Board and labeled on the board as follows: • Headset: HEADSET (J440) • Microphone: MIC (J460) • Speaker: SPEAKER (J430) Speaker Headset Connector Connector Microphone...
Developer Board and Interfaces Description CONFIGURATION After performing the initial setup in the previous chapter, you can use the Developer Board with the default setup. This section describes how to change this setup in order to use different peripherals or to change the way the board operates. 3.4.1 Alternate Power Sources Developer Board power can be supplied from an AC power adapter, external DC power source or battery.
The Developer Board supports a battery power supply. The battery used must be a 3.6V lithium-ion cell, corresponding to Motorola part number 0189727L01. The battery is an optional accessory. When using a battery as the main power source, the AC adapter input operates as a battery charger, which connects to an on-board battery charging circuit.
Developer Board and Interfaces Description 3.4.1.4 Power Source Selection The Developer Board AC adapter and battery power inputs include a selection jumper (P202) that diverts either the regulated AC adapter power or the battery power to the board. Table 6. Power Source Jumper (P202) P202 Jumper Position Selected Mode...
Developer Board and Interfaces Description 3.4.2 Communication Interfaces The g20 Developer Board includes three serial interfaces: • RS232 • USB • SPI The RS232 and USB ports are multiplexed within the g20, and therefore cannot be operated simultaneously. The default connec- tion is RS232.
Developer Board and Interfaces Description 3.4.2.1 RS232 The 9-pin, D-type RS232-1 serial port (J350) is the primary interface to the g20 UUT. The UUT RS232 signals are active-low CMOS-level signals (0-2.7 V), which are converted by the Developer Board to standard RS232 levels for PC communications. Table 9.
Developer Board and Interfaces Description The USB jumper (P300) located next to the USB connector selects between the Developer Board USB interface and the UUT USB interface. By changing the jumper position, the USB_VBUS signal is diverted to the selected driver (in the g20 or on the Developer Board) and operates it.
Developer Board and Interfaces Description 3.4.3 Audio Interface The Developer Board includes analog and digital audio interfaces. The audio interface contains a hands-free speaker and micro- phone, a headset, and an alert transducer. Speaker Microphone Headset Alert Transducer Audio Jumper Figure 14.
Developer Board and Interfaces Description 3.4.3.2 Microphone The microphone interface is designed as a hands-free microphone. The microphone connector (J460) is labeled MIC. Table 14. Microphone Connector Pinout (J460) Pin # Description Ground Microphone audio-in Ground Ground Ground 3.4.3.3 Audio Source Selection Microphone and speaker audio can be routed through two different sources: the g20 audio amplifiers or the g20 digital audio interface.
Developer Board and Interfaces Description 3.4.3.4 Headset The headset interface is designed as a portable phone audio interface, and is similar to a phone headset interface. The headset connector (J440) includes a speaker, microphone and a detection signal. The speaker and microphone signals are directly connected to the g20 audio signals.
Developer Board and Interfaces Description 3.4.4 External Antenna An antenna (internal or external) must be connected to the Developer Board for adequate GSM reception. You can connect the g20 to either the on-board internal antenna or to an external antenna. Two RF connectors on the side of Developer Board, labeled INT ANT and EXT ANT on the cover, are used for setting up the antenna.
Developer Board and Interfaces Description 3.4.5 Ignition The Developer Board contains an on/off Dip switch, labeled IGN, that is connected to the g20 UUT ignition circuit. You can use this Dip switch to turn on and off the g20. 3.4.6 Wakeup The Developer Board includes a wakeup Dip switch, labeled WAKEUP, that toggles the g20 WAKEUP_IN_N signal.
Developer Board and Interfaces Description 3.4.9 Host An external application may communicate with the g20 through the host connector (J1) and control some or all of the g20's functions. The host connector enables you to integrate the g20 into an application without installing the g20 inside the product. The host connector operates in parallel with the developer board peripherals and enables an external application to share g20 resources with the developer board.
Developer Board and Interfaces Description COMPONENTS AND SPECIFICATIONS 3.5.1 Connectors Description All the Developer Board connectors are marked by their reference number and by a pin-1 indicator. Table 20 describes the avail- able connectors on the Developer Board. Table 20. Connectors Reference Connector Description...
Developer Board and Interfaces Description 3.5.1.1 UUT Interface Connector Table 21 lists the pin names and functions available for the g20 interface connectors. All pin numbers and functions are identical for the g20 UUT (P1), host (J1) and g20 Diagnostic (P100) connectors on the Developer Board. Table 21.
Developer Board and Interfaces Description 3.5.3 LED Indicators Figure 20 shows the LEDs on the Developer Board. RS232-2 Developer LEDs LEDs RS232-1 LEDs Board Power Host Connector GPIO g20 On-Off LEDs Figure 20. LEDs on Developer Board Table 24 describes the LED indicators on the Developer Board. Each LED is marked on the board by the function it represents. Table 24.
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Developer Board and Interfaces Description Table 24. LEDs Group Reference Description D741 SPI chip-select output D744 SPI IRQ input D760 USB VBUS DATA D761 USB D+ D722 DTE receive data D721 DTE transmit data D724 Request to send D723 Clear to send RS232-1 D725 Data terminal ready...
Developer Board and Interfaces Description 3.5.4 The Developer Board includes a man-machine interface (MMI), complete with display and keypad. The signals from the display and keypad are directly connected to the UUT interface. 3.5.4.1 Display The grayscale display (DS800) is not a standalone component, and includes a complete assembly in which it is housed, along with other necessary parts.
Developer Board and Interfaces Description Table 26. Keypad Functions (Continued) Pad Reference Function Alternate S817 S811 WXYZ S809 S810 Star (*) S815 Pound (#) S814 Send S813 On/Off S819 Menu S822 Right S823 Left S818 S816 Down S812 Soft Right S808 Soft Left 3.5.5...
Developer Board and Interfaces Description 3.5.6 ADC Test Logic The g20 includes an additional internal 47kΩ pull-up resistor at each ADC input. Figure 21 describes the ADC test logic design. Figure 21. ADC Test Logic Design 3.5.7 Electrical Specifications Table 27 describes the electrical specifications of the Developer Board. Table 27.
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MECHANICAL DESCRIPTION MECHANICAL REQUIREMENTS FOR MOUNTING THE G20 MODULE The size of the g20 module is 45.2 x 24.4 x 6 mm. Two 2.4-mmØ holes are provided to accommodate M2 screws or #1-64 UNC 2A machine screws. Torque to 2 inches per pound. Refer to Figure 22 below for mounting requirements (dimensions in milli- meters): Figure 22.
Use the following email address to contact customer assistance: n2cshd@motorola.com The support services provided by Motorola are subject to the agreement between the customer and Motorola and may be at an additional charge to the customer. Motorola will inform the customer in advance of any such charge. Note Every new call/problem report should be directed to the help desk email address noted above.
The champion is the contact to the customer and the engineering team, and coordinates activities that are required to solve the problem. 5.1.2 Service Centers Motorola Electronics Taiwan PCS 11F, No, 296, Sec. 4, Jen-Ai Road Taipei, 106, Taiwan, R.O.C Motorola GmbH...
Host Interconnect Flex Cable Ω FSN5527A Audio Speaker 8 SYN5708D Audio Microphone (Passive) To place an order, contact your Motorola account manager. A list of Motorola account managers is available at www.motorola.com/automotive/telematics/. Then, Click Products > Data Modules > Contact Us. 98-08901C67-O...
Schematics, Placement and Parts List DEVELOPER BOARD PLACEMENT Figure 32 shows the top layout of the Developer Board: Figure 32. Developer Board Top Layout 98-08901C67-O...
Schematics, Placement and Parts List Figure 33 shows the bottom layout of the Developer Board: Figure 33. Developer Board Bottom Layout 98-08901C67-O...
Schematics, Placement and Parts List DEVELOPER BOARD PARTS LIST Table 28. Developer Board Parts List REFERENCE MOTOROLA DESCRIPTION SYMBOL PART NO. Resistors R440 0662057A21 RES, 68 R600 0662057A22 RES, 75 R330 0662057A25 RES, 100 R773 0662057A28 RES, 130 R723, R725,...
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Schematics, Placement and Parts List Table 28. Developer Board Parts List (Continued) REFERENCE MOTOROLA DESCRIPTION SYMBOL PART NO. R411-12, 0662057A80 RES, 20 K R418 R177-78, 0662057A89 RES, 47 K R191-92, R196, R198, R317-18, R320-21, R353, R507, R608-9, R780 R435 0662057A97...
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Schematics, Placement and Parts List Table 28. Developer Board Parts List (Continued) REFERENCE MOTOROLA DESCRIPTION SYMBOL PART NO. Fuses F200 0904923K01 FUSE F600 6586221J04 FUSE Connectors J430 0909032K01 CONN_J J460 0909399T09 CONN_J J350, J500 0909672B03 CONN_J 0909908P02 CONN_J 0987547V01 CONN_J...
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Schematics, Placement and Parts List Table 28. Developer Board Parts List (Continued) REFERENCE MOTOROLA DESCRIPTION SYMBOL PART NO. C100, 2113740F39 CAP, 33p C102-106, C108-115, C130, C137, C143, C147-151, C153-160, C171, C191-192, C211, C221, C241, C312, C401-404, C416-418, C421-428, C436-439, C443,...
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Schematics, Placement and Parts List Table 28. Developer Board Parts List (Continued) REFERENCE MOTOROLA DESCRIPTION SYMBOL PART NO. C170, 2113928P04 CAP, 1u C172-173, C180, C190, C200, C233, C300, C311, C350, C360, C400, C410, C413, C415, C420, C432, C435, C453, C460, C500,...
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Schematics, Placement and Parts List Table 28. Developer Board Parts List (Continued) REFERENCE MOTOROLA DESCRIPTION SYMBOL PART NO. Transistors Q701-704, 4809579E16 TN0200T Q706, Q708, Q710, Q760-761 Q705, Q707, 4809579E18 TP0101T Q711, Q721-728, Q741-746 Q200, Q780 4809807C31 IRF7220 Q350, Q720, 4809939C05...
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Schematics, Placement and Parts List Table 28. Developer Board Parts List (Continued) REFERENCE MOTOROLA DESCRIPTION SYMBOL PART NO. General M100 5987772L02 MOTOR Y510 4884450T02 XTAL3_6864MHZ LS400 5087951K01 SPKR 98-08901C67-O...
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