Renesas QCIOT30-ISL76683EVZ Manual

Light-to-digital output sensor pmod board

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QCIOT30-ISL76683EVZ

Light-to-Digital Output Sensor PMOD™ Board (QCIOT-030)

The QCIOT30-ISL76683EVZ board enables quick

prototyping of the

ISL76683

Sensor for a custom system design. The board

provides a standard PMOD™ Type 6A (Extended

C) connection for the on-board sensor to plug into

any MCU evaluation kit with a matching connector.

The QCIOT30-ISL76683EVZ features PMOD

connectors on both sides of the board to allow

additional Type 6/6A boards to be connected in a

daisy-chained solution with multiple sensors on the

same MCU PMOD connector. Software support

present in the Renesas IDE

code generation to connect the sensor and the MCU,

thus significantly reducing development time. With its

standard connector and software support, the

QCIOT30-ISL76683EVZ is ideal for the Renesas

Quick-Connect IoT

to rapidly create an IoT system.

Kit Contents

QCIOT30-ISL76683EVZ PMOD™ board

■

R15UH0015EU0100 Rev.1.00

Aug 21, 2024

Light-to-Digital Output

(e2

studio) provides

Figure 1. QCIOT30-ISL76683EVZ PMOD Board (QCIOT-030)

Features

Range selects with I

■

Range 1 = 0 lux to 1000 lux

●

Range 2 = 0 lux to 4000 lux

●

Range 3 = 0 lux to 16000 lux

●

Range 4 = 0 lux to 64000 lux

●

IR + UV rejection

■

AEC-Q100 qualified

■

Adjustable sensitivity: up to 65 counts per lux

■

User-programmable upper and lower threshold

■

interrupt

Standardized Type 6A PMOD connector supports

■

Extended I

C interface.

Dual connectors allow pass-through signals for

■

daisy-chained solutions.

Software support in e2 studio minimizes

■

development time with one-click code generation

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Summary of Contents for Renesas QCIOT30-ISL76683EVZ

Page 1: Figure 1. Qciot30-Isl76683Evz Pmod Board (Qciot-030)
Standardized Type 6A PMOD connector supports ■ standard connector and software support, the Extended I C interface. QCIOT30-ISL76683EVZ is ideal for the Renesas Dual connectors allow pass-through signals for ■ Quick-Connect IoT to rapidly create an IoT system. daisy-chained solutions.
Page 2: Table Of Contents
Revision History ............................11 Figures Figure 1. QCIOT30-ISL76683EVZ PMOD Board (QCIOT-030) ................1 Figure 2. Evaluation Kit Connections using the QCIOT30-ISL76683EVZ and EK-RA6M4........3 Figure 3. Evaluation Kit Connections........................5 Figure 4. Debugging the Board ..........................6 Figure 5. Flashing and Flash Programmer Settings Windows ................7 Figure 6.
Page 3: Functional Description
QCIOT30-ISL76683EVZ User Manual 1. Functional Description The QCIOT30-ISL76683EVZ functions as a Light-to-Digital Output converter building block to create a custom system solution. Use the board individually or with a combination of other sensors by using the PMOD Type 6A interface. See the Renesas Quick-Connect IoT web page for a list of available sensors and PMOD boards.
Page 4: Kit Setup
Any MCU/MPU board that supports Type 6A PMOD ■ US082-INTERPEVZ Interposer board when using one of the Renesas MCU kits shown in Table 2. ■ Table 2. MCU Evaluation Kits Capable of Supporting a Type 6A PMOD when used with QCIOT30-ISL76683EVZ Synergy EK-RA2A1 RX111-Starter-Kit PK-S5D9...
Page 5: Kit Hardware Connections
QCIOT30-ISL76683EVZ User Manual Kit Hardware Connections To setup the kit, use the following steps and refer to Figure 3. 1. Ensure the MCU evaluation kit being used has a PMOD connector set to Type 6A. For more information, refer to the kit hardware manual.
Page 6: Programming Interface
QCIOT30-ISL76683EVZ User Manual 4. Programming Interface Programming of the system is accomplished through the Renesas IDE, e2 studio. See the MCU evaluation kit documentation to setup the initial project in e2 studio. As the project is initialized, adding the ISL76683 sensor to the project only takes a few steps.
Page 7: Figure 5. Flashing And Flash Programmer Settings Windows
QCIOT30-ISL76683EVZ User Manual 2. Flashing and Flash Programmer Settings: Tool: E2 Emulator Lite, Speed Setting: 9600 Figure 5. Flashing and Flash Programmer Settings Windows R15UH0015EU0100 Rev.1.00 Page 7 Aug 21, 2024...
Page 8: Figure 6. Serial Data Output Window
QCIOT30-ISL76683EVZ User Manual 3. After debugging is complete, the lux data can be viewed from the Tera Term VT software window (see Figure 6). Figure 6. Serial Data Output Window R15UH0015EU0100 Rev.1.00 Page 8 Aug 21, 2024...
Page 9: Board Design
QCIOT30-ISL76683EVZ User Manual 5. Board Design Application Schematic Figure 7. Application Schematic R15UH0015EU0100 Rev.1.00 Page 9 Aug 21, 2024...
Page 10: Bill Of Materials
QCIOT30-ISL76683EVZ User Manual Bill of Materials Reference Manufacturer Description Manufacturer Designator Part Number C1, C2, C3 0.1µF ±10% 16V Ceramic Capacitor X7R 0603 (1608 Metric) Würth Elektronik 885012206046 4.7µF ±10% 16V Ceramic Capacitor X7R 0603 (1608 Metric) Würth Elektronik CC0603KRX5R7BB475...
Page 11: Ordering Information
QCIOT30-ISL76683EVZ User Manual Figure 13. Internal Plane-2 (PWR) Figure 12. Internal Plane-1 (GND) 6. Ordering Information Part Number Description QCIOT30-ISL76683EVZ ISL76683 Automotive-grade Light-to-Digital Output Sensor US082-INTERPEVZ PMOD™ Interposer Board to convert Type 2A and 3A to Type 6A PMOD standard 7.
Page 12 Renesas' products are provided only subject to Renesas' Terms and Conditions of Sale or other applicable terms agreed to in writing. No use of any Renesas resources expands or otherwise alters any applicable warranties or warranty disclaimers for these products.

This manual is also suitable for:

Qciot-030