NXP Semiconductors UM10741 User guide

UM10741

Fm+ development kit OM13320

Rev. 1 — 1 April 2014 User manual

Document information

Info Content Keywords I2C-bus, Fm+, development tool, PCA9672, PCA9955 Abstract User manual for the Fm+ development board (OM13260) kit (OM13320).

NXP Semiconductors

UM10741

Fm+ development kit OM13320

Revision history

Rev Date Description

1.0 20140401 User manual; initial release

Contact information

For more information, please visit: http://www.nxp.com For sales office addresses, please send an email to: salesaddresses@nxp.com

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NXP Semiconductors

1. Introduction

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Fm+ development kit OM13320

The Fm+ Development Kit (OM13320) is intended for several different tasks: from a hands-on introduction, understanding, and use of the I bus), to I shows and sales pitches).

The kit has a core Printed-Circuit Board (PCB) assembly, and three add-on PCBs. Other PCBs are available for advanced use or to support newly-released I as they are introduced to the market.

The Fm+ Development Kit (OM13320) is supported by a Graphics User Interface (GUI) software program that runs on a Pe rsonal Com pute r ( PC) u nder the Microso ft Windows 7 Operation System. In some uses the GUI is not required, and the Fm+ Development Kit (OM13320) can be run as a standalone demonstration, requiring only an external power adapter (not included).

2. Key features

I2C-bus masters

C device evaluation, and as a simple product demonstration platfo rm (for trade

Self-contained PCB with two independent I

Bus 1: On-card I

C MCU master (NXP LPC1343)

C buses

C-bus (Inter-Integrated Circuit

C-bus components

Bus 2: NXP LPC Xpresso MCU module (not included), and NXP PCA9665 bus controller

USB interface to on-card MCU (for connection to a PC running the GUI software)

C-bus slaves

General Purpose Input/Output (GPIO): PCA9672 (one each on Bus1 and Bus2) LED driver, with 16 constant current outputs: PCA9955 (with four RGB and four White

LEDs on Bus1)

Accessory sockets

Connectors for up to four daughter cards, each providing power, Bus1 and Bus2 I

signals Connector for the Bus Buffer Board OM13398 (supplied) containing two PCA9617A bus

buffers

Connector for a third-party I

C-bus logger or I2C-bus controller (Beagle and Aardvark,

from Total Phase)

C buses

C-bus voltage: jumper select 5 V (external) or 3.3 V (on-card 3.3 V regulator)

C-bus pull-up resistors: jumper select of ‘high’, ‘med’ or ‘low’ loading

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Other features

SPI ports: One for on-card MCU, two more for LPC Xpresso Serial Com Port: EIA232 with voltage level shifter and con nection to the LPC Xpresso LED blinker: NXP PCA9901 one-wire with on-card LED INT (Interrupt) and RST (Reset) Bus signal monitor LEDs (buffered) Logic probe: Utility LEDs (buffered) to monitor signals by user jumper wire connection External DC input (6 V DC maximum) Prototype area: Uncommitted 8 × 8 100 mil pitch tie points for end user component

attachment Test points and ground: for probe attachment to major signals

Connection of both I

C buses together (supplied 2-wire jumper)

3. Fm+ development kit quick tour

3.1 Kit contents

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Fm+ development kit OM13320

Before using the kit for the first time, please familiarize yourself with the various components listed in Table 1

. See Figure 1.

Remark: Each PCB assembly is shipped in an anti-static bag. After the first use, these may be discarded to simplify future storage.

a. Top layer b. Bottom layer

Fig 1. Fm+ development kit

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Table 1. Fm+ development kit contents

Components

Fm+ development board (OM13260) GPIO target board (OM13303) PCA9617A bus buffer demo board (OM13398) Bridge board (OM13399) Cable, USB Type A to Type B Ribbon cable, 10 position (bag of two) Jumper wires with female terminals (bag of ten) Shorting jumpers (bag of twenty) Hardware (bag of M3 screws and standoffs)

3.1.1 Box contents

The Fm+ Development Kit (OM13320) contains four PCB assemblies, cables, and loose hardware. These should be retained in the box for future access. Depending upon the desired use, some of the PCB assemblies may be attached to each other, either by plug connection or by ‘stacking’ the GPIO PCB assemblies above the Fm+ Development Board (OM13260), using the supplied ribbon cables and hardware.

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Fm+ development kit OM13320

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3.2 Supplied PCB assemblies

There are four PCB assemblies in the kit. Each has a spe cific function an d n ot all of th em are used at the same time.

3.2.1 Fm+ Development Board (OM13260)

The large PCB, Figure 2, contains two separate I2C-bus structures, together with supporting circuitry . Each bus has a bus master, one or more bus slaves, and user options to change the bus voltage and bus pull-up resistors. Adjusting these changes the operation of the buses to suit various goals. In addition, the two buses may be linked together to operate a one I (supplied) or the Bus Buffer Board OM133998 (supplied). See figure 3.5. Four identical ports provide access for add-on boards that cont ain additional I

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Fm+ development kit OM13320

C-bus structure. This can be done with a two-wire jumper

C-bus devices.

Fig 2. OM13260 Fm+ development board PCB assembly

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3.2.2 GPIO target board (OM13303)

Outputs from the GPIO devices on the Fm+ Development Board (OM13260), and those when using GPIO daughter cards (not supplied in the kit), require the GPIO Target Board (OM13303). Each one has eight channels of LED indicator and push-button switches for user input. See Figure 3

Fig 3. OM13303 GPIO target board PCB assembly

3.2.3 PCA9617A bus buffer demo board (OM13398)

Bus buffers bridge two I2C-bus segments, which are provided on the Fm+ Development Board (OM13260) by Bus1 and Bus2. Bus buffer daughter ca rd s, such as th e PCA9 617 A Bus Buffer Demo Board (OM13398) (supplied in the kit) can be installed directly on Port E (CN12). See Figure 4

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Fm+ development kit OM13320

Fig 4. OM13260 bus buffer PCB assembly

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3.2.4 Bridge board (OM13398)

Some existing Demo Boards used a single row connector with nine pins. To use these with the Fm+ Development Kit requires the Bridge Board (OM13399, supplied in the kit). See Figure 5

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Fm+ development kit OM13320

Fig 5. OM13399 bridge board PCB assembly

3.2.5 Daughter cards (not supplied in the kit)

These are not in the OM13230 kit, and should be obtained separately. Daughter cards hedge against obsolescence so that the Fm+ Development Kit (OM13320) can be used with future devices by adding newly released daughter cards as they become available. An example daughter card is shown in Figure 6

Fig 6. Example daughter card PCB assembly

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Fm+ development kit OM13320

4. First time setup: Fm+ development board kit (OM13320)

4.1 Before you begin

To use the Fm+ Development Kit (OM13320) for the first time requires some hardware setup and installation of both firmware (on the Fm+ Developmen t Board OM13260) and software on the attached computer.

The following three steps must be completed:

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1. Install Jumpers on the Fm+ Development Board (OM13260) (see Section 4.3

2. Install Firmware on the Fm+ Development Board (OM13260) (see Section 4 .6

3. Install the NXP GUI Software on the computer to be used with the kit (see Section 4.7

4.2 First time setup of the Fm+ development board (OM13260)

Several jumpers must be installed before using the Fm+ Develop ment Board (OM13260) PCB. The on-board microcontroller (MCU) must contain the appropriate firmware.

To install the firmware requires the connection to a Personal Computer (PC) running Microsoft Windows 7/64 Operating System and a USB port.

4.3 OM132680 jumpers

The jumpers and their function are shown in Table 2. Using Figure 7 and the table data, install the jumpers.

Table 2. OM13260 jumpers

Jumper Label Function First time

JP1 XPRESSO POWER Close JP2 HDD Open JP3 CONNECT Close JP4 RST Open JP5 PCA9955 address GND JP6 ISP Open JP7 SPI SEL 1 JP10 PCA9672 address GND JP11 SDA1 pull-up A JP12 SCL1 pull-up A JP13 Bus1 bus voltage 3V3 JP20 PCA9672 address GND JP21 SDA2 pull-up A JP22 SCL2 pull-up A JP23 Bus2 bus voltage 3V3

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Fm+ development kit OM13320

Fig 7. OM13260 test point locations

4.4 OM13260 Port E bypass

Depending up the intended operation of the Fm+ Development Board (OM1326 0), Port E (CN12) should be left open, or linked with a jumper wire, or for the attachm ent of a Bus Buffer Board. The PCA9617A Bus Buf fer Demo Board (OM13398) is supplied in the kit.

For the purpose of this quick setup section, install the two-wire jumper (supplied) as shown in Figure 8

Remark: The two-wire jumper requires a twist, as shown. The diagonally opposite pins are linked.

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Fig 8. OM13260 Port E jumper

4.5 OM13260 mounting hardware

To prevent damage to the table surface, it is recommended that met a l hardware (supplied in the kit) is installed in the four mounting holes. This raises the PCB assembly about 6mm. See Figure 9

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Fm+ development kit OM13320

Fig 9. OM13260 mounting hardware

Remark: Save the completed Fm+ Development Board, now install the NXP USB Driver.

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4.6 NXP firmware installation

The micro on the Fm+ Development Board needs firmware running on it to interface with the GUI running on a Windows 7 PC over USB. The board is shipped with a blank microprocessor, so user action is necessary for proper operation.

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Fm+ development kit OM13320

An installation user manual UM10785 (Ref. 1 the process. A quick overview is presented here.

1. Download NXP_Fm+_Eval_Board_V1_0_firmware.zip from

www.nxp.com/demoboard/OM13320.html#documentation

2. Connect a USB cable from the PC USB port to CN5.

3. Install the Connect (JP3) jumper to connect the USB communications.

4. Install the ISP (JP6) jumper to put the MCU into In-System Programming mode.

5. Install and then remove RST (JP4) jumper to reset the MCU.

6. The MCU will enumerate on the PC as a disk drive called CRP_DISABLD.

7. Delete the file on the MCU (size may vary — up to 32 kB).

8. Copy the new firmware file NXP_Fm_Eval_Board_V1_0.bin, extracted from the zip file to the MCU.

9. Remove the ISP (JP6) jumper.

10. Install and then remove RST (JP4) jumper to reset the MCU.

) is available at for a complete explanation of

4.7 NXP GUI installat ion

A Graphical User Interface (GUI) is provided which allows easy manipulation of the devices included on the Fm+ Development Board and ma ny others that can be connected to the board via daughter cards.

An installation user manual UM10785 (Ref. 1 the process. A quick overview is presented here.

1. Download NXP_Fm_Board_V1_0_Installation.zip from

www.nxp.com/demoboard/OM13320.html#documentation

2. Extract NXP Fm+ Board V1.0 Installation.exe and run.

3. Follow the instruction prompts. Select the default answers.

This GUI uses a USB Human Interface Driver (HID), so no driver installation is required. If the firmware and GUI installs are successful, an Fm+ Development Board block

diagram is displayed when the GUI executes (Figure 10

User manual Rev. 1 — 1 April 2014 12 of 61

) is available for a complete explanation of

NXP Semiconductors

aaa-012039

PCA9672

8-channel GPIO

Port B

Port E

Port A

PCA9672

8-channel GPIO

I2C-bus 1

C-bus 2

5 V

Port C

Port D

PCA9955

16-channel LED

3.3 V

PULL-UP

RESISTORS

3.3 V

PULL-UP

RESISTORS

I2C-bus 1

PCA9665

BUS

CONTROLLER

LPC1343

MCU

C-bus 2

parallel port

LPC

XPresso

5. Fm+ development board (OM13260)

The Fm+ Development Board (OM13260) PCB assembly is self- contained, requiring only DC power to operate. Depending upon the firmware installed on the Fm+ Development Board (OM13260), it can also operate with a connected Personal Computer (PC) via a USB cable.

The modular design of the kit and this board in par ticular allows accessory boards to be easily connected.

5.1 Theory of operation

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Fm+ development kit OM13320

Fig 10. Fm+ development board bus structure

An I2C-bus requires a Master and one or more Slaves. The two bus signals, clock SCL and data SDA, are wired-OR and require pull-ups to a DC power supply. Two similar but separate I

C buses each support one Master and at least one Slave device on the bo ard . The two buses may be linked by either a Bus Buffer Board (OM13398 supplied in the kit) or a wire jumper, at the Port E connector (CN12).

The signals from both buses are available simultaneously at each of four connectors, Port A through Port D (CN1 through CN4, respectively). These are intended for

attachment of accessory daughter cards, which will be made available as future I

C-bus

devices are released. The size of the pull-up resistors can be changed by moving shorting jumpers (JP1, JP2,

JP1 1, and JP12), providing selection of ‘Low’ ‘Med’ and ‘High’ resistor values scaled to the

C-bus drive strength. When both buses are joine d by a jump er wire, the pull- ups

Fm+ I are effectively in parallel, and have one-half the stated resistance values.

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Operating voltage of the I that select either 3.3 V or 5 V connected to the pull-up resistors. Compliant I devices can tolerate 5.5 V (maximum), regardless of the device operating voltage.

C-bus depends upon the shorting jumpers (JP13 and JP23)

C-bus

NXP Semiconductors

Each bus has a GPIO 8-bit Slave device (PCA9672, IC10 an d IC2 0), an d Bus 1 also has an LED Driver 16-channel device (PCA9955, IC6). All sixteen outputs are connected to LEDs, for visual indication. The 8-bit GPIOs require connection of GPIO Target Boards (OM13303, supplied in the kit) to both indicate the output using eight LEDs and a llow user input from eight push switches.

An NXP LPC1343 Microcontroller (MCU) serves as both the Bus 1 Master, and the USB link. The firmware on the MCU can be replaced by the In-System Programming (ISP) mode, with data sent over the USB link (CN5).

Bus 2 has a Parallel to I an optional NXP LPC Xpresso module (not supplied). That module is also an I and connected to Bus 2.

Remark: Although Bus 2 has more than one I The remaining circuitry is to support the I

PC over a USB link.

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Fm+ development kit OM13320

C-bus Controller device (PCA9665, IC6), which is to be driven by

C Master, only one is active at any time.

C devices, and provide communications with the

C Master

The main operating voltage on th e Fm+ Development Boa rd (OM13260) is 3.3 V supplied

from a linear regulator (IC1). Some circuits and the op tional I

C-bus pull-ups may run from 5 V derived either from the USB host (typically a PC) or an AC-DC power supply (not supplied in the kit). The actual voltage is seldom 5 V, due to cable losses, plus an additional drop in a series connected diode used to OR the two input s. Wh ichever has th e highest voltage has priority.

A shunt Zener diode (6.2 V) protects the board from reverse polarity and overvoltage at the DC Power connector (CN6).

To aid in understanding digital signal levels on the board, two ‘logic probe’ circuits are provided. These are buffered LEDs (Green, D6 and Red, D7), which light if their respective inputs (CN11) are grounded.

Two global digital signal nets, called INT (interrupt) and RST (reset) connect all I

C-bus devices on the board and also the Port A – Port E Daughter Card connectors. These are also connected to the Master (MCU, IC5) on Bus 1, the Master (Bus Controller, IC4), and the LPC Xpresso module.

Remark: The I only reset the I

The test points provide monitoring of interrup ts (usually generated by I software reset of Fm+ class I

C global Reset is not the same as the MCU Reset. Resetting the MCU will

C-bus if the MCU firmware is intended to create a global reset.

C-bus devices that have that feature.

C-bus Slaves) and

Additional buffered LEDs are provided (D19, RST and D20, Interrupt) on the Fm+ Development Board (OM13260) for visual indication.

V arious MCU and LPC Xpresso signals are made a vailable through additional connectors. These include a serial Port (CN7) with EIA232 volta ge level translation (I C2) and SPI Bus signals (SP0, CN9 and SP1, CN8) from the LPC Xpresso module, together with SPI Bus (SP2, CN16) from the MCU (IC5).

A prototyping area is provided for solder connection of components that may be required by an application circuit beyond this board’s design. Power supplies and other sign als are readily available.

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Fm+ development kit OM13320

On the Fm+ Development Board (OM13260) V3.0 there is an LED Blinker device (PCA9901, IC3) and LED indicator (D10), while not strictly an I one-wire protocol, it belongs to the NXP I

Remark: The PCA9901 will be made obsolete, and will not be present on future versions of the Fm+ Development Board (OM13260).

The operation of the Fm+ Development Board (OM13260) is greatly enhanced by third-party tools (not supplied in the kit) that may be attached to either I dedicated connectors (Bus1, CN17 and Bus2, CN18), labeled ‘TESTER’.

5.2 Circuit description

The schematic diagram has multiple sheets. For clarification, only fragments of the schematic are shown here. The full schematic should be downloaded if required. The following pages are divided in to several sections covering the powe r supply, USB interface, Bus1, Bus2, and support circuits.

5.2.1 Power supply

The Fm+ Development Board (OM13260) operates from DC, either from the USB Host connector (CN5) or an optional external AC-DC power adapter (not supplied in the kit) via connector (CN6). See Figure 11 automatic, using ORing diodes (D1 and D2). The main power on the Fm+ Development Board (OM13260) is 3.3 V from a linear regulator (IC1), but some of the circuits are powered directly from the incoming supply, which is a nominal 5 V. Linear regulator (IC1) uses the PCB bottom layer copper as a heat sink. The Fm+ Development Board (OM13260) external DC input is protected against reverse polarity or overvoltage by Zener diode (D3). Both input sources are scaled by resistor dividers (R1, R2 and R39, R40) and fed to the MCU (IC5) Port1 ADC inputs for voltage leve l monitoring. The VBUS from the USB Host is fed to the MCU Port 0 so that the MCU can detect that a USB connection is available. Green LED (D4) confirms 5 V, and Green LED (D5) confirms

3.3 V.

C-bus product portfolio.

and Figure 12. Selection of the power source is

C device as it uses a

C-bus through

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aaa-011872

VBUS

R2 10 kΩ

R1 10 kΩ

USB_V

GND

R4 10 kΩ

R3 10 kΩ

MCU_VBUS

GND

D2 STPS2L40U

GND

C2 100 pF/10 V

+5V

R5 820 Ω

D4 LTST-C170KGKT GRN +5 V

HS1 PCBPAD

67489

HS1

HS6

HS5

HS4

ADVTAB

HS3

HS2

IN OUT

GND

IC1

ZLDO1117G33TA

C1 100 pF/10 V

+3V3

R6 820 Ω

D5 LTST-C170KGKT GRN +3.3 V

GND

3V3 REGULATOR

R40 20 kΩ

R390 10 kΩ

EXT_V

GND

D1 STPS2L40U

Max input 6.2 V DC

GNDGND

EXT POWER

D3 1SMB5920BT3

6V2

CN6

DD-JACK-GMT

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Fm+ development kit OM13320

Fig 11. Power supply

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Fig 12. Power supply and USB section

NXP Semiconductors

5.2.2 USB interface

The USB Host connector (CN5) provides DC power and USB connectivity using the MCU (IC5) hardware interface, see Figure 12 resistors (R27 and R28) and protected by an ESD network (IC7). To signal to the host that the USB connection is required, the USB signal DP is pulled to 3.3 V via a resistor (R18) and a transistor (Q1). USB Connection is contro lled by the MCU (IC5) via signal CON_EN and can be disabled by removing a jumper (JP3) ‘CONNECT’. Whe n the MCU requests a USB connection, and the jumper (JP3) is installed, the green LED (D9) is ON. MCU activity is displayed by the Heart Beat green LED (D8), which is set to blink at about one per second.

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Fm+ development kit OM13320

and Figure 13. USB data lines are terminated by

+3V3

IC5G$8

USB_DP

USB_Dm

LPC134X_HVQFN32

14 13

Fig 13. USB interface

5.3 Bus one (Bus1)

R17 820 Ω

10 kΩ

2.2 kΩ

SOFTCONNECT

VBUS

Q1 PDTA123YT

R18

1.5 kΩ

GND

DP DM VBUS

GND

CN5-3 CN5-2 CN5-1 CN5-4

LTST-C170KGKT GRN

R27

R28

33 Ω

GND

CONFIG

USB_LED

CON_EN

IC7

IO1

GND

PRTR5V0U2X

R20 820 Ω

LTST-C170KGKT GRN

JP3-1

USB_CONNECT

IO2

VCC

CONNECT

JP3-2

USB PORTUSB INTERFACE

aaa-011873

There are two almost identical I2C buses on the Fm+ Development Board (OM13260), called Bus1 and Bus2. These share a ground and power connection but may be operated independently.

Remark: The bus voltage for each I

C-bus, 5 V for the other I2C-bus).

C may be different (for example 3.3 V for one

5.3.1 Bus1 master (MCU LPC1343)

Microcontroller (MCU) (LPC1343, IC5) serves as the Bus1 Master and the USB Bridge. Firmware installed on the Fm+ Development Board (OM13260) is stored in non-volatile memory, which has a limit of 32 kB. The MCU may be programmed through the USB por t or the JTAG connector (CN 19), using Single Wire Debug (SWD), see Figure 14

Figure 15

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and

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aaa-011874

R38 10 kΩ

JP4-1

LPC SWD PROG CONNECTOR

R37 100 kΩ

JP4-2

RST

GND

+3V3+3V3

GND

MCU_SCLK

SWDIO

SWD_RESET

CN19-10

CN19-9

CN19-8

CN19-7

CN19-6

CN19-5

CN19-4

CN19-3

CN19-2

CN19-1

During programming or at other times it may be necessary to reset the MCU, by briefly shorting JP4 (see Figure 15

Remark: An MCU Reset is not the same as an I affect the I it is reset.

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Fm+ development kit OM13320

C-bus, unless the MCU firmware is designed to issue an I2C Bus Reset when

C Bus Reset. Resetting the MCU will not

Fig 14. MCU SWD interface

Fig 15. MCU SWD interface section

MCU Port0 and Port1 provide most of the signals used by the Fm+ Development Board (OM13260), see Figure 16

and Figure 17. I2C Bus1 is connected to the MCU Port0 via

RC edge rate control networks that provide bus fall time control (SCL1: R42 and C18;

User manual Rev. 1 — 1 April 2014 18 of 61

SDA1: R43 and C17).

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aaa-011876

LPC134X_HVQFN32

IC5G$2

EXT_V

USB_V

SWDIO

RESET

+3V3

R41 10 kΩ

GND

JP2-1

JP2-2

HDD

R/PIO1_0/ADC1/CT32B1_CAP0

R/PIO1_1/ADC2/CT32B1_MAT0

R/PIO1_2/ADC3/CT32B1_MAT1

SWDIO/PIO1_3/ADC4/CT32B1_MAT2

PIO1_4/ADC5/CT32B1_MAT3/WAKEUP

PIO1_5/UART_RTS/CT32B0_CAP0

PIO1_6/UART_RXD/CT32B0_MAT0

PIO1_7/UART_TXD/CT32B0_MAT1

PIO1_8/CT16B0_CAP0

PIO1_9/CT16B1_MAT0

PIO1_10/ADC6/CT16B1_MAT1

PIO1_11/ADC7

LPC134X_HVQFN32

IC5G$4

PIO3_2

LPC134X_HVQFN32

IC5G$3

PIO2_0/UART_DTR

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Fm+ development kit OM13320

+3V3

LPC134X_HVQFN32

PIO0_1/CLKOUT/CT32B0_MAT2/USB_TOGGLE

PIO0_2/SSP_SSEL/CT16B0_CAP0

PIO0_3/USB_VBUS

PIO0_6/USB_CONNECT/SCK

PIO0_8/SSP_MISO/CT16B0_MAT0

PIO0_9/SSP_MOSI/CT16B0_MAT1/SWD

SWCLK/PIO0_10/SSP_CLK/CT16B0_MAT2

R/PIO0_11/ADC0/CT32B0_MAT3

IC5G$1

Fig 16. IC5 MCU Port0

RESET/PIO0_0

PIO0_4/I2C_SCL

PIO0_5/I2C_SDA

PIO0_7/CTS

SWD_RESET

MCU_SSN

MCU_VBUS

SCL1A

SDA1A

CON_EN

USB_LED

MCU_MISO

MCU_MOSI

MCU_SCLK

INT

R43

100 Ω

R33 10 kΩ

GND

100 Ω

GND

ISP

R42

C17 10 pF

JP6-1

JP6-2

TF EDGE RATE CONTROL

GND

SCL1

SDA1

C18 10 pF

aaa-011875

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Fig 17. IC5 MCU Port1

The HVQN32 package has a thermal pad grou nd connection, and ope rates from the main

3.3 V supply. The MCU operates with a 12.00 MHz crystal controlled oscillator. The frequency value and accuracy is necessary for correct USB timing (see Figure 18

+ 42 hidden pages

NXP Semiconductors UM10741 User guide

Specifications and Main Features

Frequently Asked Questions

User Manual

1. Introduction

2. Key features

I2C-bus masters

Accessory sockets

Other features

3. Fm+ development kit quick tour

3.1 Kit contents

3.1.1 Box contents

3.2 Supplied PCB assemblies

3.2.1 Fm+ Development Board (OM13260)

3.2.2 GPIO target board (OM13303)

3.2.3 PCA9617A bus buffer demo board (OM13398)

3.2.4 Bridge board (OM13398)

3.2.5 Daughter cards (not supplied in the kit)

4. First time setup: Fm+ development board kit (OM13320)

4.1 Before you begin

4.2 First time setup of the Fm+ development board (OM13260)

4.3 OM132680 jumpers

4.4 OM13260 Port E bypass

4.5 OM13260 mounting hardware

4.6 NXP firmware installation

4.7 NXP GUI installat ion

5. Fm+ development board (OM13260)

5.1 Theory of operation

5.2 Circuit description

5.2.1 Power supply

5.2.2 USB interface

5.3 Bus one (Bus1)

5.3.1 Bus1 master (MCU LPC1343)