7SEG CLICK MikroElektronika

2. Soldering the headers Before using your click board, make sure to solder 1x8 male headers to both left and right side of the board. Two 1x8 male headers are included with the board in the package. 1 7seg click 2 3 1. Introduction 4. Essential features 7seg Click with its 74HC595 ICs gives additional seven-segment displays to your design. The 74HC595 IC contains an 8-bit serial-in, parallel/serial-out shift register as well as 8-bit storage register. The storage Turn the board upside down so that Turn the board upward again. Make sure registers has parallel 3-state outputs. bottom side is facing you upwards. Place to align the headers so that they are Separate clocks are provided for both the shorter parts of the header pins in both perpendicular to the board, then solder the shift and storage register. Shift register soldering pad locations. pins carefully. has a direct overriding clear input. 7seg Click is an accessory board in mikroBUS form factor. Its a compact and 3. Plugging the board in easy solution for adding seven-segment click display to your device. It features two Once you have soldered the headers your 74HC595 8-bit serial-in, parallel-out shift board is ready to be placed into desired BOARD register modules as well as two seven- mikroBUS socket. Make sure to align the www.mikroe.com segment displays. 7seg Click communicates cut in the lower-right part of the board with target board via SPI interface. The board with the markings on the silkscreen at the 7seg click Manual is designed to use 3.3V and 5V power supply. mikroBUS socket. If all of the pins are ver. 1.00 It has a LED diode (GREEN) that indicates the aligned correctly, push the board all presence of power supply. the way into the socket. 0 100000 0210716. SMD Jumper 5. 7seg Click Board Schematic There is one zero-ohm SMD jumper J1 which VCC is used to select whether 3.3V or 5V power R10 supply is used. Jumper J1 is soldered in 3.3V VCC VCC 2K2 U1 position by default. R2 - R8 R1 PWR SEL D1 b 1 16 POWER Q1 VCC 360 D1 a 2 15 D1 dp J1 LD1 Q2 Q0 D1 c 3 14 SDI Q3 DS DIS1 DIS2 D1 d 4 13 R19 Q4 OE D1 e 5 12 LATCH 4K7 Q5 STCP D1 f 6 11 SCK Q6 SHCP D1 g 7 10 MR 7. Code Examples Q7 MR 8 9 PWM GND Q7S AN PWM MR RST INT 74HC595 LATCH CS TX SCK Once you have done all the necessary SCK RX SDO SCL MISO SDI SDA MOSI preparations, its time to get your click +3.3V +5V U2 R12 - R18 R11 GND GND R9 D0 b 1 16 board up and running. We have provided Q1 VCC 360 100K MIKROBUS DEVICE CONN. D0 a 2 15 D0 dp Q2 Q0 D0 c 3 14 the examples for mikroC, mikroBasic and Q3 DS D0 d 4 13 Q4 OE D0 e 5 12 LATCH Q5 STCP mikroPascal compilers on our Libstock D0 f 6 11 SCK Q6 SHCP D0 g 7 10 MR Q7 MR website. Just download them and you are 8 9 SDO GND Q7S VCC VCC 74HC595 ready to start. VCC VCC C1 C2 100nF 100nF R23 R22 4K7 4K7 .com R21 R20 PWM PWM 10K 10K Q2 Q1 BC846 BC846 8. Support MikroElektronika oers ff Free Tech Support (www.mikroe.com/esupport) until the end of product lifetime, so if something goes wrong, we are ready and willing to help MikroElektronika assumes no responsibility or liability for any errors or inaccuracies that may appear in the present document. Specification and information contained in the present schematic are subject to change at any time without notice. Copyright 2012 MikroElektronika. All rights reserved. D1 e 1 10 D1 g e g D1 d 2 9 D1 f d f CC1 3 8 cc cc D1 c 4 7 D1 a c a D1 dp 5 6 D1 b dp b D0 e 1 10 D0 g e g D0 d 2 9 D0 f d f CC0 3 8 cc cc D0 c 4 7 D0 a c a D0 dp 5 6 D0 b dp b 74HC595 74HC595