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Child 02

Child 2 form description

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IoT , Automotive , Industrial , Aerospace & Defense , Communications and Enterprise , Consumer

SiT91281, SiT91283, SiT91288, SiT91211, SiT91213, SiT71213 and SiT71211 - MEMS Based Clock Generators

Chorus - MEMS Based Clock Generator SiT91281, SiT91283 and SiT91288 Low Jitter, 4-Output, AEC-Q100 MEMS Automotive Clock Generator SiT91211, SiT91213 - Ultra Low Jitter, ±20 to ±50 ppm MEMS Industrial, Communication and Consumer Clock Generator SiT71213 , Endura Low Jitter MEMS Clock Generator

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Industrial , Clock and Timing

SiT95141,SiT95145 and SiT95148 Cascade Clocks with integrated MEMS Resonator: Jitter Cleaners / Network Synchronizers and Clock Generators

Low Jitter, 11-output MEMS Network Synchronizer

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IoT , Automotive , Industrial , Aerospace & Defense , Communications and Enterprise , Consumer

SiT95316, SiT95317 Network Synchronizer, SiT95314, SiT95315, SiT95319 Jitter Cleaner and Clock Generator

The SiT95316EB Programmer is designed exclusively to configure and burn programmable SiT9514x Cascade Platform™ units.SiT95211 and SiT95316 are programmable clock generator parts with flexible input-output frequency translation options. They feature an ultra-low jitter performance DPLL that supports up to 4 Diff/8 Single Ended input clocks and 12 clock outputs. These parts can be derived from any of the four PLLs in a flexible manner.

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USB-PD with Turbo boost

This board supports USB Power Delivery (USB-PD) Specification Revision v3.0 and supports USB Type-C. The R9A02G011 USB-PD controller performs authentication to accept USB Type-C. It works with input voltages of 5V to 20V and output voltages of 35V/45W, which is beyond USB-PD output voltage level.

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Sensors

Field Current Sensors

High operating bandwidth: DC to 250 kHz (ACS37610) High operating bandwidth: DC to 240 kHz (ACS370310) Sensitivity ±1% (typ) Very fast response time (<2 μs typ) Wide sensing range (3 to 28 mV/G - ACS37610) Wide selectable sensitivity range between 0.5 and 11.5 mV/G (ACS70310)

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Sensors

Sine/Cosine Rotor Position Sensors

Industrial

Industrial CAN Sensor Network

This demo uses an RA2L1 CAN sensor EVB and an RA4M1 monitor EVB to demonstrate quick evaluation of the CAN bus using the built-in CAN module. CAN transceivers are approached by an isolated RS-485 transceiver and an inverter. Different Renesas sensor modules can work on a CAN network. This demo uses the FS2012 flow sensor, HS3001 relative humidity and temperature sensor and ZMOD4401 indoor air quality sensor for evaluation.

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Communication and Computing Infrastructure

Intelligent Lighting System Set-2

The RL78/G23 Lighting Communication Master Evaluation Board is a lighting communication master board designed for controlling evaluation boards across various lighting communication standards. It supports DALI, DMX512, and infrared communication protocols. It is applicable to DALI multi-master operation and various DALI test standards*.This board is equipped with a Pmod™ interface connector, enabling the connection of various sensors and other devices. Additionally, it features a capacitive touch key sensor, allowing for operation via touch input.

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