MAX14829EVKIT# Analog Devices

Click here for production status of specific part numbers. Evaluates: MAX14829 MAX14829 Evaluation Kit Procedure General Description The EV kit is fully assembled and tested. Follow the steps The MAX14829 evaluation kit (EV kit) is a fully assembled below to verify board operation before exercising the full and tested circuit board that evaluates the MAX14829 features of the device: IO-Link device transceiver. 1) Verify that all the jumpers are in their default positions, The MAX14829 EV kit can be operated stand-alone with as shown in Table 1. pin-strapping or can be driven by a microcontroller using the Arduino-compatible interface. 2) Ensure that SW1 is set to position 1 (to the far left). 3) Connect the 24V DC power supply on the V (TP1 Features 24 or TP3) and GND (TP4 or TP19) connectors of the EV IO-Link-Compliant Device Transceiver kit board. IO Interface Terminals 4) Connect the oscilloscope to the C/Q test point (TP8). Proven PCB Layout 5) Turn on the power supply. Fully Assembled and Tested 6) Connect the multimeter to pin 1 on the J4 jumper. Pads for an Arduino Compatible Shield Verify that the voltage on the multimeter is 5V. 7) Connect the multimeter to pin 3 on the J4 jumper. Verify that the voltage on the multimeter is 3.3V. Quick Start 8) Set the function generator to generate a 0 to 3.3V Recommended Equipment square wave at 100kHz. MAX14829 EV kit 9) Connect the oscilloscope to the TX (TP19) and C/Q 24V, 500mA DC power supply (TP8) test points. Multimeter 10) Connect the function generator to the TX test point (TP19). Function generator 11) Enable the function generator. Oscilloscope 12) Verify that the C/Q output switches with the TX input. Ordering Information appears at end of data sheet. IO-Link is a registered trademark of ifm electronic GmbH. 319-100453 Rev 0 10/19Evaluates: MAX14829 MAX14829 Evaluation Kit Table 1. Jumper Descriptions JUMPER SHUNT POSITON DESCRIPTION 1-2* TXEN is connected to V . The C/Q driver is enabled when TXEN = CQEN = V . L L J1 2-3 TXEN is connected ground. 1-2* CQEN is connected to V . L J2 2-3 CQEN is connected to ground. 1-2 CL0 is connected to V . CL0 is high. L J3 2-3* CL0 is connected to ground. CL0 is low. 1-2 V is connected to V . L 5 J4 2-3* V is connected to V . L 33 1-2* DOEN is connected to V . The DO driver is enabled. L J5 2-3 DOEN is connected to ground. The DO driver is disabled. 1-2* AR is connected to V . Autoretry is enabled. L J6 2-3 AR is connected to ground. Autoretryis disabled. 1-2 CL1 is connected to V . CL1 is high. L J7 2-3* CL1 is connected to ground. CL1 is low. Open DI is not connected to pin 2 of the M12 connector (J8). J9 Closed* DI is connected to pin 2 of the M12 connector (J8). Open DO is not connected to pin 2 of the M12 connector (J8). J10 Closed* DO is connected to pin 2 of the M12 connector (J8). Open CQOL is not connected to the DS1 LED circuit. J11 Closed* CQOL is connected to the DS1 LED circuit. Open DOOL is not connected to the DS2 LED circuit. J12 Closed* DOOL is connected to the DS2 LED circuit. Open UV24 is not connected to the DS3 LED circuit. J13 Closed* UV24 is connected ot the DS3 LED circuit. Open LOW24 is not connected to the DS4 LED circuit. J14 Closed* LOW24 is connected to the DS4 LED circuit. *Default position. Position 1 connects the REG pin to V and the internal Detailed Description of Hardware 5 5V regulator is enabled. In this configuration, the V 5 The MAX14829 EV kit provides a proven layout for the regulator is capable of driving external loads up to MAX14829 IO-Link device transceiver. 30mA total external load current. All the power-supply and regulator input and output Position 2 configures V as an input. The internal 5V 5 pins are connected to convenient connectors for easy regulator is disabled and V becomes the supply input 5 probing. The device logic input and output pins are also for the internal analog and digital functions. Connect provided with convenient connectors for logic testing. an external 5V supply to the V pin on the J4 header. 5 The C/Q, DO, and DI pins are protected by TVS diodes. 5V must be present on V5 for normal operation. See Table 1 for a description of all the EV kit jumper Position 3 configured the 5V regulator with an external configurations. pass transistor, to driver larger external loads. This switch setting connects REG to the base of the transistor to Regulators regulate the voltage and connects V to the emitter. 5 The MAX14829 includes two regulators: V generates 5V 5 Use jumper J4 to set the logic supply voltage. Connect J4 to 1-2 and the V regulator generates 3.3V. Use the on-board 33 to set V = V . Connect J4 to 2-3 to set V = V . L 5 L 33 switch (SW1) to set the configuration for the V regulator: 5 Maxim Integrated 2 www.maximintegrated.com