SH7239

Description

The SH7239 Series is a high-end single chip microcontroller incorporating an SH-2A core that offers a maximum operating frequency of 160MHz. The SH7239 Series lineup consists of the SH7239 group (with floating-point unit (FPU)) and the SH7237 group (without FPU). The SH7237/SH7239 group incorporates various peripheral function suitable for industrial application AC servos, general-purpose inverters and robots, such as a 16-bit multifunction timer unit(MTU2/MTU2S) and a 12-bit A/D converter, etc.& In comparison with a conventional product, maximum operating frequency of MTU2 was improved. (3.3V version: max 80MHz, 5V version: max 100MHz) The SH7237/SH7239 group incorporates 512KB flash memory and 64KB RAM in addition to 32KB flash memory for data storage. The SH7237/SH7239 group also incorporates various interfaces such as a CAN, 4 channel Serial interface, RSPI etc.

Applications

Healthcare

Part Number	Status	Samples	Longevity	Stock	RoHS	Package	Budgetary Price (USD)	CPU	Bit Size	Program Memory (KB)	Data Flash (KB)	RAM (KB)	Lead Count (#)	Supply Voltage (V)	Operating Freq (Max) (MHz)	CAN (ch)	I/O Ports	Timer	ADC	DMA	Ethernet	RTC	LVD or PVD	Temp. Range (°C)	Moisture Sensitivity Level (MSL)	Country of Assembly	Country of Wafer Fabrication
R5F72394ADFP#V0	Last Time Buy	N/A		Out of Stock	RoHS:EN RoHS:JA	LFQFP	1ku \| $13.37	SH2A-FPU	32	256KB	32KB	32KB	120#	3 - 3.6	160MHz	1	85	16-bit x 11-ch	12-bit x 16-ch	Yes	No	No	No	-40 to +85	3	JAPAN	JAPAN
R5F72394BDFP#V0	Last Time Buy	N/A		Out of Stock	RoHS:EN RoHS:JA	LFQFP	1ku \| $11.15	SH2A-FPU	32	256KB	32KB	32KB	120#	4.5 - 5.5	100MHz	1	85	16-bit x 11-ch	12-bit x 16-ch	Yes	No	No	No	-40 to +85	3	JAPAN	JAPAN
R5F72395ADFP#V0	NRND	N/A	2029 Jan	In Stock	RoHS:EN RoHS:JA	LFQFP	1ku \| $15.87	SH2A-FPU	32	512KB	32KB	64KB	120#	3 - 3.6	160MHz	1	85	16-bit x 11-ch	12-bit x 16-ch	Yes	No	No	No	-40 to +85	3	JAPAN	JAPAN
R5F72395BDFP#V0	NRND	N/A	2029 Jan	In Stock	RoHS:EN RoHS:JA	LFQFP	1ku \| $13.37	SH2A-FPU	32	512KB	32KB	64KB	120#	4.5 - 5.5	100MHz	1	85	16-bit x 11-ch	12-bit x 16-ch	Yes	No	No	No	-40 to +85	3	JAPAN	JAPAN

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Manuals & Guides (6)

Guide
Differences Between RX Products
PDF 625 KB R01AN8069EJ0101 Rev.1.01 日本語 Apr 07, 2026
Describes the RX products migration map, which shows the relationship between previous-generation products and new-generation products, and the preparation status of difference documents, which summarize the functional differences between each RX product. Please use this application note to gather information when migrating from previous-generation products to new-generation products or when using different RX products.
Guide
RX family Migration Guide (From Other Families to the RX Family)
PDF 681 KB R01AN8070EJ0101 Rev.1.01 日本語 Dec 12, 2025
Guide
SuperH RISC Engine Family Product Part Number Guide
PDF 186 KB sh-product-number-guide Apr 04, 2018
Guide
RH850 Development Environment Migration Guide Migration from SuperH Family Compiler to RH850 Family Compiler (Building Guide)
PDF 1.3 MB R20UT3812EJ0100 Rev.1.00 日本語 Jun 15, 2016
Guide
RH850 Development Environment Migration Guide Migration from SuperH Family Compiler to RH850 Family Compiler (Coding / Option Guide)
PDF 352 KB R20UT3232EJ0101 Rev.1.02 日本語 Apr 25, 2016

View More (6)

Application Notes & White Papers (89)

Application Note
RX Family, SH Family, H8SX Family Points of Difference between RCAN-ET (SH Family, H8SXFamily) and CAN (RX Family) Rev.1.00
PDF 361 KB R01AN4767EJ0100 Rev.1.00 日本語 Sep 30, 2019
AI-generated Summary: The document details functional differences between RCAN-ET (SH and H8SX Families) and CAN (RX Family) controllers. It compares protocol compatibility, bit rates, channel numbers, mailbox configurations, ID formats, and transmission/reception capabilities. Key distinctions include FIFO mailbox support, message priority handling, interrupt types, error handling, and bus-off recovery. The RX65N supports more channels, FIFO modes, and additional interrupts, while SH7137 offers ID reordering and overwrite modes. These differences impact CAN communication performance and error management.
Application Note
CAN Controller Usage: Applications and Frequently Asked Questions Rev.2.03
Log in to Download PDF 1.81 MB R01AN2535ED0203-CAN Rev.2.03 May 15, 2019
AI-generated Summary: The document details the Renesas CAN Controller's usage, including compatibility, evaluation results, and principles of pretended networking. It covers sample software descriptions, CAN driver functionalities such as initialization, configuration, transmission, reception, and diagnostics. The text also explains mapping of lower CAN drivers, application examples, and frequently asked questions addressing CAN conformance, transceiver issues, bit timing, operation modes, power save modes, transmission, reception, message storage, peripheral bus access, and interrupt handling.
Application Note
RX Development Environment Migration Guide Migration from SuperH Family to RX Family (IDE ed.) (High-performance Embedded Workshop to CS+)
PDF 1007 KB REJ06J0102-0200 Rev.2.00 日本語 Apr 20, 2017
AI-generated Summary: The document explains key compiler option differences when migrating source code from the SuperH family to the RX family. It highlights that char types default to signed in SuperH but unsigned in RX, requiring the 'signed_char' option to maintain behavior. It also covers the 'auto_enum' option for automatic enum size selection and the 'dbl_size' option to specify double type size, which defaults to 4 bytes in RX compared to 8 bytes in H8 compilers. Configuration steps in the CS+ IDE are provided for each option.
Application Note
Compiler Package Application Note: The application guide of Call Walker Rev.1.00
PDF 243 KB R20AN0294EJ0100 Rev.1.00 日本語 Feb 18, 2014
AI-generated Summary: The document explains how to register and uninstall Call Walker within the High-performance Embedded Workshop (HEW). It guides users to launch HEW without opening a workspace, access the Tools Administration menu, and register the Call Walker tool by specifying the registration file path. After registration, Call Walker version 2.3 appears in the menu. Upon uninstalling HEW, users must manually delete the remaining Call Walker directory. It also provides Renesas Electronics website and contact information for support. The revision history notes the first edition release date.
Application Note
SH-2A Open Source FAT File System M3S-TFAT-Tiny: Introduction Guide
PDF 252 KB R20AN0190EJ0101 Rev.1.01 日本語 Nov 08, 2013
AI-generated Summary: The TFAT library supports FAT12, FAT16, and FAT32 file systems with 8.3 filename format and one drive. It is based on Fatfs (RO.06) and does not support long file names or filesystem formatting. The software stack includes the FAT file system, TFAT library, and device drivers. Development uses High-performance Embedded Workshop and SuperH C/C++ compiler. Compiler options for SH-2A and SH2A-FPU are specified. Version 2.00 is available for both CPU types. The library requires about 8.4KB ROM, 6 bytes RAM, and varying stack sizes depending on API functions. Memory allocation depends on the number of open files and directory structures.
Related Files:
Sample Code