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Cypress Traveo S6J3310 Series Manual

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The Traveo family expands the company's automotive applications, scalability and high performance into one line-up and at the
same time adds new features to fulfill the latest requirements of the automotive industry. Based on the powerful Arm
core in single operations, it offers state-of-the-art real time performance, safety and security features. The family supports the latest
in-car networks and offers high performance graphics engines optimized for a minimum memory footprint and embeds dedicated
features to increase data security in the car.
S6J3310/20/30/40 is a microcontroller series for instrument clusters with small thin-film transistor (TFT) displays.
Features
System
32-bit Arm Cortex-R5F CPU core at up to 240 MHz
General purpose I/O port: up to 148
12-bit A/D converter: up to 48 channels
External interrupt: up to 24 channels
Base timer: up to 32 channels
32-bit reload timer: up to 6 channels
32-bit free-run timer: 8 channels
Input capture unit: 12 channels
Output compare unit: 12 channels
Stepper motor controller (SMC): 6 Units
Built-in CR oscillator
Real-time clock
DMA controller: 16 channels
JTAG debug interface
Graphics and Display (optional)
2D graphic engine
RGB888
LCD：up to 4 COM x 32 SEG
Communication
CAN-FD: up to 6 channels
Multi-function serial interface: up to 12 channels,
selectable protocol: UART, CSIO, LIN and I
Ethernet AVB MAC (optional)
MediaLB (optional)
Automotive Remote Handler for APIX
Memory
HyperBus™ Memory interface
DDR High Speed SPI
External BUS interface
Multimedia (optional)
I2S input/output: 2 channels
PCM to PWM output unit
Sound mixer: 1 unit x 10 inputs
Stereo audio DAC
Cypress Semiconductor Corporation
Document Number: 002-10635 Rev. *I
2
C
®
(optional)
•
198 Champion Court
32-bit Microcontroller
Security and Safety
Secure Hardware Extension – SHE
Safety features, such as MPU, TPU, ECC and others
CRC generator: 1 channel
Watchdog timer with window function
Low voltage detector
Clock supervisor for all source clocks
Applications
Instrument cluster
,
•
San Jose
CA 95134-1709
S6J3310 Series
S6J3320 Series
S6J3330 Series
S6J3340 Series
™
Traveo
Family
®
Cortex
®
- R5F
•
408-943-2600
Revised September 5, 2018

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Summary of Contents for Cypress Traveo S6J3310 Series

  • Page 1 PCM to PWM output unit  Sound mixer: 1 unit x 10 inputs  Stereo audio DAC  • 198 Champion Court • San Jose • 408-943-2600 Cypress Semiconductor Corporation CA 95134-1709 Document Number: 002-10635 Rev. *I Revised September 5, 2018...

  • Page 2: Table Of Contents

    S6J3310/20/30/40 Series Table of Contents 1. Overview ................ 3 Remark ..............58 Overview ..............3 7. Port Configuration ............59 Document Definition ..........3 Resource Input Configuration Module ....59 2. Function List ..............4 Port Output Function Configuration ...... 148 Function List ..............

  • Page 3: Overview

    S6J3310/20/30/40 Series 1. Overview Overview S6J3310/20/30/40 is a microcontroller series which is to be applied to automotive systems representative of a graphical cluster control unit on a dashboard. Document Definition The related documents of S6J3310/20/30/40 are the followings. Table 1-1: Document Definition Document Type Definition Primary User...

  • Page 4: Function List

    S6J3310/20/30/40 Series 2. Function List Function List The table shows the functions which are implemented in S6J3310/20/30/40 series. Table 2-1: Function List Function S6J3310 S6J3320 S6J3330 S6J3340 Remarks CPU core Arm Cortex R5F Available Available Available Available Endian Little endian Core clock frequency 240 MHz HPM bus frequency...
  • Page 5 60 fps Number of display outputs 1 output TTL output (RGB888) Option 2.2.1 2D Graphic engine 1 unit 2D Driver API CYPRESS proprietary External BUS 1 ch APIX ® for ARH 1 unit (2 ch) 2.2.1 (Automotive Remote Handler) Notes: −...

  • Page 6: Optional Function

    S6J3310/20/30/40 Series Optional Function Basic Option 2.2.1 The figure shows the optional function and the part number relations of the series. Figure 2-1: Option and Part Number for S6J3310/20/30/40 Series Ordering options 7 digit Revision: Description Digit Fixed Operation frequency of embedded Program Flash and CPU, Fixed Stabilization time for sub oscillator Fixed TCFLASH Sector Write Permission and Data Retention after Reset Leakage current improvement...
  • Page 7 S6J3310/20/30/40 Series 2.2.2 ID is specified for each function digit and revision which is defined at Figure 2-1. Function Digit Revision Chip ID JTAG ID S,U,T,V 0x10122100 0x1000B5CF D, E 0x10122200 A,C,E,G 0x10128100 D, E 0x10128200 B,D,F,H 0x10120100 D, E 0x10120200 Restriction 2.2.3...
  • Page 8 S6J3310/20/30/40 Series Function TEQFP176 TEQFP144 EINT0_4, EINT1_1 EINT1_4, EINT1_5 EINT2_1, EINT2_2 EINT2_4, EINT3_1 EINT3_2, EINT3_4 EINT4_2, EINT4_4 EINT5_4, EINT5_5 EINT6_1, EINT6_4 EINT1_4, EINT1_5 EINT7_1, EINT7_4 EINT2_1, EINT2_2 EINT8_1, EINT8_4 EINT3_2, EINT4_2 EINT8_5, EINT9_1 EINT5_4, EINT5_5 EINT9_2, EINT10_1 EINT6_4, EINT7_1 EINT10_2, EINT10_4 EINT7_4, EINT8_4 EINT10_5, EINT11_2 EINT8_5, EINT9_1...

  • Page 9: Product Description

    S6J3310/20/30/40 Series 3. Product Description Overview This chapter explains the product features of S6J3310/20/30/40 series. The description of this chapter should precede the duplicated description on Traveo Platform Hardware Manual. Product Description The table shows features. Table 3-1: Product Features Feature Description 40-nm CMOS technology with embedded FLASH...
  • Page 10 S6J3310/20/30/40 Series Feature Description See the Traveo Platform Hardware Manual in detail. Hardware watchdog function stops during PSS mode. In the related register of HWDG_CFG, the Hardware watchdog ALLOWSTOPCLK is always read as 1 (HWDG_CFG.ALLOWSTOPCLK = 1). The product series doesn’t support Watchdog Counter Monitor Output port. (Related register and internal circuit is implemented.) See the Traveo Platform Hardware Manual in detail.
  • Page 11 S6J3310/20/30/40 Series Feature Description Embedded Program Flash can be accessed with 0-wait-cycle if CPU frequency is 80MHz or less. 0-wait-cycle: 80MHz or less. 1-wait-cycle: 160MHz or less. 2-wait-cycle: more than 160MHz. Work Flash can be accessed with 0-wait-cycle if CPU frequency is 12.5MHz or less. 6-wait-cycle: 80MHz or less.
  • Page 12 S6J3310/20/30/40 Series Feature Description Programmable CRC DMA support Produces sound/melody with varying frequency and amplitude for convenient duration Square wave sound output Sound Generator Automatic linear amplitude increment or decrement Interrupt request generated when specified sound length has ended Sine waveform, saw-tooth waveform and Square waveform are generated with easy Sound Waveform configuration of the parameters which specified sound sources.
  • Page 13 S6J3310/20/30/40 Series Feature Description Stepper Motor Control Each channel has 6 motor drivers with high output capability (SMC) External Interrupt Capture See the Traveo Platform Hardware Manual in detail. Unit (EICU) 10/100 Mbps Ethernet AVB MII-Interface Supports Audio-Video Bridging (AVB) MOST50 (1024FS) MediaLB 3 wires...
  • Page 14 S6J3310/20/30/40 Series Ethernet 3.2.1 The following functions are not supported. Functions Remarks External FIFO Interface Additional Low Latency TX FIFO Interface for DMA configurations MAC Transmit Block - half-duplex - collision - back_pressure MAC Filtering Block - external address match - Wakeup On Lan Energy Efficient Ethernet support LPI Operation in Cadence IP...

  • Page 15: Package And Pin Assignment

    S6J3310/20/30/40 Series 4. Package and Pin Assignment Pin Assignment Alphabets with pin numbers are signs specify I/O circuit type. TEQFP-208 Pin Assignment 4.1.1 Figure 4-1: TEQFP-208 (S6J331xKyz *1) VCC53 ● DVSS LCDD5 EINT0_1 SEG19 MAD1 DSP0_R7_0 P0_00 P1_24 AN46 PWM2M1 EINT14_4 PPG9_TOUT2_0 SCK9_0...
  • Page 16 S6J3310/20/30/40 Series Figure 4-2: TEQFP-208 (S6J332xKyz *1) VCC53 ● DVSS LCDD5 EINT0_1 SEG19 MAD1 DSP0_R7_0 P0_00 P1_24 AN46 PWM2M1 EINT14_4 PPG9_TOUT2_0 SCK9_0 SCL9 LCDD6 SIN1_0 EINT1_0 SEG20 MAD2 DSP0_G0_0 P0_01 P1_23 AN45 PWM2P1 EINT20_0 PPG9_TOUT0_0 SIN9_0 LCDD7 SCL1 SCK1_0 EINT4_1 SEG21 MAD3 DSP0_G1_0...
  • Page 17 S6J3310/20/30/40 Series Figure 4-3: TEQFP-208 (S6J333xKyz *1) VCC53 ● DVSS LCDD5 EINT0_1 SEG19 MAD1 DSP0_R7_0 P0_00 P1_24 AN46 PWM2M1 EINT14_4 PPG9_TOUT2_0 SCK9_0 SCL9 LCDD6 SIN1_0 EINT1_0 SEG20 MAD2 DSP0_G0_0 P0_01 P1_23 AN45 PWM2P1 EINT20_0 PPG9_TOUT0_0 SIN9_0 LCDD7 SCL1 SCK1_0 EINT4_1 SEG21 MAD3 DSP0_G1_0...
  • Page 18 S6J3310/20/30/40 Series Figure 4-4: TEQFP-208 (S6J334xKyz *1) VCC53 ● DVSS LCDD5 EINT0_1 SEG19 MAD1 DSP0_R7_0 P0_00 P1_24 AN46 PWM2M1 EINT14_4 PPG9_TOUT2_0 SCK9_0 SCL9 LCDD6 SIN1_0 EINT1_0 SEG20 MAD2 DSP0_G0_0 P0_01 P1_23 AN45 PWM2P1 EINT20_0 PPG9_TOUT0_0 SIN9_0 LCDD7 SCL1 SCK1_0 EINT4_1 SEG21 MAD3 DSP0_G1_0...
  • Page 19 S6J3310/20/30/40 Series TEQFP-176 Pin Assignment 4.1.2 Figure 4-5: TEQFP-176 (S6J331xJyz *1) VCC53 ● DVSS LCDD5 EINT0_1 SEG19 MAD1 DSP0_R7_0 P0_00 P1_24 AN46 PWM2M1 EINT14_4 PPG9_TOUT2_0 SCK9_0 SCL9 LCDD6 ARH0_AIC1_TCKI ARH0_AIC1_DNCLK SIN1_0 EINT1_0 SEG20 MAD2 DSP0_G0_0 P0_01 P1_23 AN45 PWM2P1 EINT20_0 PPG9_TOUT0_0 SIN9_0 LCDD7...
  • Page 20 S6J3310/20/30/40 Series Figure 4-6: TEQFP-176 (S6J332xJyz *1) VCC53 DVSS ● LCDD5 EINT0_1 SEG19 MAD1 DSP0_R7_0 P0_00 P1_24 AN46 PWM2M1 EINT14_4 PPG9_TOUT2_0 SCK9_0 SCL9 LCDD6 SIN1_0 EINT1_0 SEG20 MAD2 DSP0_G0_0 P0_01 P1_23 AN45 PWM2P1 EINT20_0 PPG9_TOUT0_0 SIN9_0 LCDD7 SCL1 SCK1_0 EINT4_1 SEG21 MAD3 DSP0_G1_0...
  • Page 21 S6J3310/20/30/40 Series Figure 4-7: TEQFP-176 (S6J333xJyz *1) VCC53 DVSS ● LCDD5 EINT0_1 SEG19 MAD1 DSP0_R7_0 P0_00 P1_24 AN46 PWM2M1 EINT14_4 PPG9_TOUT2_0 SCK9_0 SCL9 LCDD6 SIN1_0 EINT1_0 SEG20 MAD2 DSP0_G0_0 P0_01 P1_23 AN45 PWM2P1 EINT20_0 PPG9_TOUT0_0 SIN9_0 LCDD7 SCL1 SCK1_0 EINT4_1 SEG21 MAD3 DSP0_G1_0...
  • Page 22 S6J3310/20/30/40 Series Figure 4-8: TEQFP-176 (S6J334xJyz *1) VCC53 DVSS ● LCDD5 EINT0_1 SEG19 MAD1 DSP0_R7_0 P0_00 P1_24 AN46 PWM2M1 EINT14_4 PPG9_TOUT2_0 SCK9_0 SCL9 LCDD6 SIN1_0 EINT1_0 SEG20 MAD2 DSP0_G0_0 P0_01 P1_23 AN45 PWM2P1 EINT20_0 PPG9_TOUT0_0 SIN9_0 LCDD7 SCL1 SCK1_0 EINT4_1 SEG21 MAD3 DSP0_G1_0...
  • Page 23 S6J3310/20/30/40 Series TEQFP-144 Pin Assignment 4.1.3 Figure 4-9: TEQFP-144 (S6J331xHyz *1) VCC53 ● DVSS LCDD5 EINT0_1 SEG19 MAD1 DSP0_R7_0 P0_00 P1_24 AN46 PWM2M1 EINT14_4 PPG9_TOUT2_0 SCK9_0 SCL9 LCDD6 ARH0_AIC1_TCKI ARH0_AIC1_DNCLK SIN1_0 EINT1_0 SEG20 MAD2 DSP0_G0_0 P0_01 P1_23 AN45 PWM2P1 EINT20_0 PPG9_TOUT0_0 SIN9_0 LCDD7...
  • Page 24 S6J3310/20/30/40 Series Figure 4-10: TEQFP-144 (S6J332xHyz *1) VCC53 ● DVSS LCDD5 EINT0_1 SEG19 MAD1 DSP0_R7_0 P0_00 P1_24 AN46 PWM2M1 EINT14_4 PPG9_TOUT2_0 SCK9_0 SCL9 LCDD6 SIN1_0 EINT1_0 SEG20 MAD2 DSP0_G0_0 P0_01 P1_23 AN45 PWM2P1 EINT20_0 PPG9_TOUT0_0 SIN9_0 LCDD7 SCL1 SCK1_0 EINT4_1 SEG21 MAD3 DSP0_G1_0...
  • Page 25 S6J3310/20/30/40 Series Figure 4-11: TEQFP-144 (S6J333xHyz *1) VCC53 ● DVSS LCDD5 EINT0_1 SEG19 MAD1 DSP0_R7_0 P0_00 P1_24 AN46 PWM2M1 EINT14_4 PPG9_TOUT2_0 SCK9_0 SCL9 LCDD6 SIN1_0 EINT1_0 SEG20 MAD2 DSP0_G0_0 P0_01 P1_23 AN45 PWM2P1 EINT20_0 PPG9_TOUT0_0 SIN9_0 LCDD7 SCL1 SCK1_0 EINT4_1 SEG21 MAD3 DSP0_G1_0...
  • Page 26 S6J3310/20/30/40 Series Figure 4-12: TEQFP-144 (S6J334xHyz *1) VCC53 ● DVSS LCDD5 EINT0_1 SEG19 MAD1 DSP0_R7_0 P0_00 P1_24 AN46 PWM2M1 EINT14_4 PPG9_TOUT2_0 SCK9_0 SCL9 LCDD6 SIN1_0 EINT1_0 SEG20 MAD2 DSP0_G0_0 P0_01 P1_23 AN45 PWM2P1 EINT20_0 PPG9_TOUT0_0 SIN9_0 LCDD7 SCL1 SCK1_0 EINT4_1 SEG21 MAD3 DSP0_G1_0...

  • Page 27: Package Dimensions

    S6J3310/20/30/40 Series Package Dimensions TEQFP208 4.2.1 Figure 4-13: TEQFP208 Package Type Package Code TEQFP 208 pin LEW208 E3 E2 EXPOSED PAD BOTTOM VIEW 0.20 C A-B D 0.20 C A-B D TOP VIEW DETAIL A GAUGE PLANE SEATING PLANE θ 0.08 C SECTION A-A' 0.08...
  • Page 28 S6J3310/20/30/40 Series TEQFP176 4.2.2 Figure 4-14: TEQFP176 Package Type Package Code TEQFP 176 pin LEV176 E3 E2 EXPOSED PAD 0.20 C A-B D 0.20 C A-B D TOP VIEW BOTTO M VIEW DETAIL A GAUGE PLA N E SEATI N G PLA N E θ...
  • Page 29 S6J3310/20/30/40 Series TEQFP144 4.2.3 Figure 4-15: TEQFP144 (0.5 mm Pitch) Package Type Package Code TEQFP 144 pin LEX144 E3 E2 EXPOSED PAD 0.20 C A-B D 0.20 C A-B D BOTTOM VIEW TOP VIEW DETAIL A θ GAUGE PLANE SEATING PLANE 0.08 C SECTION A-A'...
  • Page 30 S6J3310/20/30/40 Series Figure 4-16: TEQFP144 (0.4 mm Pitch) Package Type Package Code TEQFP 144 pin LEK144 EXPOSED PAD BOTTOM VIEW 0.20 C A-B D 0.20 C A-B D TOP VIEW DETAIL A GAUGE θ PLANE SEATING PLANE 0.08 C SECTION A-A' 0.08 C A-B DETAIL A...

  • Page 31: Io Circuit Type

    S6J3310/20/30/40 Series 5. IO Circuit Type I/O Circuit Type This section explains I/O circuit types. Type Circuit Remarks Analog output (3 V) − Audio DAC output − General-purpose I/O port − Pull-up control Output 2 mA, 5 mA, 6 mA or 15 mA selectable −...
  • Page 32 S6J3310/20/30/40 Series Type Circuit Remarks General-purpose I/O port with analog input − Pull-up control Output 1 mA, 2 mA or 5 mA selectable − 50 kΩ with pull-up resistor control − Digital output 50 kΩ with pull-down resistor control − CMOS hysteresis input −...
  • Page 33 S6J3310/20/30/40 Series Type Circuit Remarks JTAG_TDI/TMS/TCK − 50 kΩ with pull-up − TTL input − JTAG_TDO − Output 5 mA − RSTX input − 50 kΩ with pull-up − CMOS hysteresis input − CMOS hysteresis input − CMOS-hys input General-purpose I/O port with analog input −...
  • Page 34 S6J3310/20/30/40 Series Type Circuit Remarks Sub oscillation I/O shared General-purpose I/O − Pull-up control port Output 1 mA, 2 mA or 5 mA selectable − Digital output 50 kΩ with pull-up resistor control − 50 kΩ with pull-down resistor control −...
  • Page 35 S6J3310/20/30/40 Series Type Circuit Remarks General-purpose I/O port with LCDC − Pull-up control COM/SEG output Output 1 mA, 2 mA, 5 mA or 15 mA selectable − Digital output 50 kΩ with pull-up resistor control − 50 kΩ with pull-down resistor control −...

  • Page 36: Note

    S6J3310/20/30/40 Series Type Circuit Remarks General-purpose I/O port with LCDC reference − Pull-up control voltage input Output 1 mA, 2 mA or 5 mA selectable − Digital output 50 kΩ with pull-up resistor control − 50 kΩ with pull-down resistor control Digital output −...

  • Page 37: Port Description

    S6J3310/20/30/40 Series 6. Port Description Port Description List The table shows the port function of description which is supported. The port function which is not described in the table is not supported for the product. Table 6-1 S6J3310 Series Package Pin Number Port Name Description Remark...
  • Page 38 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP RSTX External reset input pin PSC_1 External Power Supply Control pin MODE Mode Pin External capacity connection output pin JTAG_NTRST JTAG test reset input pin JTAG_TDO JTAG test data output pin JTAG_TDI JTAG test data input pin JTAG_TCK...
  • Page 39 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP AN32 ADC Unit1 ch.32 input pin AN39 ADC Unit1 ch.39 input pin AN40 ADC Unit1 ch.40 input pin AN41 ADC Unit1 ch.41 input pin AN42 ADC Unit1 ch.42 input pin AN43 ADC Unit1 ch.43 input pin AN44...
  • Page 40 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP RX5_1 CAN reception data 5 input pin (1) RX6_1 CAN reception data 6 input pin (1) RX0_2 CAN reception data 0 input pin (2) RX3_2 CAN reception data 3 input pin (2) EINT0_0 External interrupt input pin (0) EINT1_0...
  • Page 41 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP EINT21_1 External interrupt input pin (1) EINT22_1 External interrupt input pin (1) EINT23_1 External interrupt input pin (1) EINT0_2 External interrupt input pin (2) EINT1_2 External interrupt input pin (2) EINT2_2 External interrupt input pin (2) EINT3_2...
  • Page 42 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP EINT22_3 External interrupt input pin (3) EINT23_3 External interrupt input pin (3) EINT0_4 External interrupt input pin (4) EINT1_4 External interrupt input pin (4) EINT2_4 External interrupt input pin (4) EINT3_4 External interrupt input pin (4) EINT4_4...
  • Page 43 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP EINT23_5 External interrupt input pin (5) EINT0_6 External interrupt input pin (6) EINT1_6 External interrupt input pin (6) EINT2_6 External interrupt input pin (6) EINT3_6 External interrupt input pin (6) SCS00_0 Multi-function serial ch.0 chip select 0 I/O pin (0) SCS10_0...
  • Page 44 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP SCS43_1 Multi-function serial ch.4 chip select 3 output pin (1) SCS80_1 Multi-function serial ch.8 chip select 0 I/O pin (1) SCS90_1 Multi-function serial ch.9 chip select 0 I/O pin (1) SCS91_1 Multi-function serial ch.9 chip select 1 output pin (1) SCS100_1...
  • Page 45 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP SIN17_0 Multi-function serial ch.17 serial data input pin (0) SIN0_1 Multi-function serial ch.0 serial data input pin (1) SIN1_1 Multi-function serial ch.1 serial data input pin (1) SIN2_1 Multi-function serial ch.2 serial data input pin (1) SIN3_1 Multi-function serial ch.3 serial data input pin (1)
  • Page 46 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP SDA0 C ch.0 serial data I/O pin SDA1 C ch.1 serial data I/O pin SDA4 C ch.4 serial data I/O pin SDA8 C ch.8 serial data I/O pin SDA9 C ch.9 serial data I/O pin SDA10...
  • Page 47 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP PPG3_TOUT2_1 Base timer 7 output pin (1) PPG4_TOUT0_1 Base timer 8 output pin (1) PPG4_TOUT2_1 Base timer 9 output pin (1) PPG5_TOUT0_1 Base timer 10 output pin (1) PPG5_TOUT2_1 Base timer 11 output pin (1) PPG6_TOUT0_1...
  • Page 48 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP PWM2M5 SMC ch.5 output pin PWM2P0 SMC ch.0 output pin PWM2P1 SMC ch.1 output pin PWM2P2 SMC ch.2 output pin PWM2P3 SMC ch.3 output pin PWM2P4 SMC ch.4 output pin PWM2P5 SMC ch.5 output pin OCU0_OTD0_0...
  • Page 49 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP ICU8_IN0_1 Input Capture 8 ch.0 input pin (1) ICU8_IN1_1 Input Capture 8 ch.1 input pin (1) ICU9_IN0_1 Input Capture 9 ch.0 input pin (1) ICU9_IN1_1 Input Capture 9 ch.1 input pin (1) ICU10_IN0_1 Input Capture 10 ch.0 input pin (1) ICU10_IN1_1...
  • Page 50 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP DAC_L Audio DAC output pin (L) DAC_R Audio DAC output pin (R) FRT0/1/2/3_TEXT Free-run timer ch.0/1/2/3 clock input pin FRT4/8/9/10_TEXT Free-run timer ch.4/8/9/10 clock input pin TIN0_0 Reload timer ch.0 event input pin (0) TIN1_0 Reload timer ch.1 event input pin (0) TIN16_0...
  • Page 51 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP TXCLK_0 Ethernet pin (0) MDC_0 Ethernet pin (0) MDIO_0 Ethernet pin (0) RXD0_1 Ethernet pin (1) RXD1_1 Ethernet pin (1) RXD2_1 Ethernet pin (1) RXD3_1 Ethernet pin (1) TXD0_1 Ethernet pin (1) TXD1_1...
  • Page 52 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP COM2 LCDC Segment (Duty) Common Output Pin COM3 LCDC Segment (Duty) Common Output Pin SEG0 LCDC Segment (Duty) Output Pin SEG1 LCDC Segment (Duty) Output Pin SEG2 LCDC Segment (Duty) Output Pin SEG3 LCDC Segment (Duty) Output Pin SEG4...
  • Page 53 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP DSP0_R7_0 Display 0 RGB color output pin (0) DSP0_G0_0 Display 0 RGB color output pin (0) DSP0_G1_0 Display 0 RGB color output pin (0) DSP0_G2_0 Display 0 RGB color output pin (0) DSP0_G3_0 Display 0 RGB color output pin (0) DSP0_G4_0...
  • Page 54 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP ARH0_AIC0_TDA0 APIX output pin ARH0_AIC0_TDA1 APIX output pin ARH0_AIC0_UPCLK APIX input pin ARH0_AIC0_UPDATA0 APIX input pin ARH0_AIC0_UPDATA1 APIX input pin ARH0_AIC0_dbg_out_0 APIX output pin ARH0_AIC0_dbg_out_1 APIX output pin ARH0_AIC0_dbg_select APIX input pin ARH0_AIC1_DNCLK...
  • Page 55 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP MAD21 External Bus pin MDATA0 External Bus pin MDATA1 External Bus pin MDATA2 External Bus pin MDATA3 External Bus pin MDATA4 External Bus pin MDATA5 External Bus pin MDATA6 External Bus pin MDATA7...
  • Page 56 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP P0_22 General-Purpose I/O port P0_23 General-Purpose I/O port P0_24 General-Purpose I/O port P0_25 General-Purpose I/O port P0_26 General-Purpose I/O port P0_27 General-Purpose I/O port P0_28 General-Purpose I/O port P0_29 General-Purpose I/O port P0_30...
  • Page 57 S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP P2_07 General-Purpose I/O port P2_08 General-Purpose I/O port P2_09 General-Purpose I/O port P2_10 General-Purpose I/O port P2_11 General-Purpose I/O port P2_12 General-Purpose I/O port P2_13 General-Purpose I/O port P2_14 General-Purpose I/O port P2_15...

  • Page 58: Remark

    S6J3310/20/30/40 Series Package Pin Number Port Name Description Remark TEQFP TEQFP TEQFP P4_04 General-Purpose I/O port P4_05 General-Purpose I/O port P4_06 General-Purpose I/O port P4_07 General-Purpose I/O port P4_08 General-Purpose I/O port P4_09 General-Purpose I/O port P4_10 General-Purpose I/O port P4_11 General-Purpose I/O port P4_12...

  • Page 59: Port Configuration

    S6J3310/20/30/40 Series 7. Port Configuration Resource Input Configuration Module The resource input configuration module (RIC) is a function to select input from an external or output from another internal resource as resource input. A resource which supports either a port input relocation or a resource inputs from the other resource has its RIC_RESIN register to configure resource input configuration.
  • Page 60 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL TOT48 TOT49 (0-7) RESSEL RIC_RE (8-15) MFS16_T SIN004 RIGGER PORTSE (0x0008) L (0-7) PORTSE L (8-15) RESSEL (0-7) RESSEL RIC_RE (8-15) SIN005 SCS16 PORTSE (0x000A) P1_11 P4_23 L (0-7) PORTSE...

  • Page 61: Ressel

    S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] 80 ns 80 ns RESSEL noise noise (0-7) filter filter disable enable RIC_RE RESSEL SIN010 SDA17 (8-15) (0x0014) PORTSE L (0-7) PORTSE L (8-15) RESSEL TOT48 TOT49 (0-7) RESSEL RIC_RE...
  • Page 62 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] 80 ns 80 ns RESSEL noise noise (0-7) filter filter disable enable RIC_RE RESSEL SIN023 SCL0 (8-15) (0x002E) PORTSE L (0-7) PORTSE L (8-15) 80 ns 80 ns RESSEL noise noise...
  • Page 63 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL (0-7) RESSEL RIC_RE (8-15) SIN029 SCK1 PORTSE (0x003A) P0_02 P3_01 L (0-7) PORTSE L (8-15) 80 ns 80 ns RESSEL noise noise (0-7) filter filter disable enable RIC_RE RESSEL...
  • Page 64 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL (0-7) RESSEL RIC_RE (8-15) SIN035 SIN2 PORTSE (0x0046) P0_21 P4_30 L (0-7) PORTSE L (8-15) RESSEL (0-7) RESSEL RIC_RE (8-15) SIN036 SCK2 PORTSE (0x0048) P0_22 P4_31 L (0-7) PORTSE L (8-15)
  • Page 65 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL (0-7) RESSEL RIC_RE (8-15) SIN042 SIN3 PORTSE (0x0054) P0_28 P3_28 L (0-7) PORTSE L (8-15) RESSEL (0-7) RESSEL RIC_RE (8-15) SIN043 SCK3 PORTSE (0x0056) P0_29 P3_29 L (0-7) PORTSE L (8-15)
  • Page 66 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL (0-7) RESSEL RIC_RE (8-15) SIN050 SCK4 PORTSE (0x0064) P2_14 P0_14 L (0-7) PORTSE L (8-15) 80 ns 80 ns RESSEL noise noise (0-7) filter filter disable enable RIC_RE RESSEL...
  • Page 67 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL (0-7) RESSEL RIC_RE (8-15) SIN077 SIN8 PORTSE (0x009A) P1_19 P3_08 P0_27 L (0-7) PORTSE L (8-15) RESSEL (0-7) RESSEL RIC_RE (8-15) SIN078 SCK8 PORTSE (0x009C) P1_20 P3_09 P0_28 L (0-7)
  • Page 68 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL (0-7) RESSEL RIC_RE (8-15) SIN082 SCS8 PORTSE (0x00A4) P1_22 P3_11 P0_30 L (0-7) PORTSE L (8-15) RESSEL (0-7) RESSEL RIC_RE (8-15) SIN084 SIN9 PORTSE (0x00A8) P1_23 P3_18 P0_21 L (0-7)
  • Page 69 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL TOT16 TOT17 (0-7) RESSEL RIC_RE (8-15) MFS9_TR SIN088 IGGER PORTSE (0x00B0) L (0-7) PORTSE L (8-15) RESSEL (0-7) RESSEL RIC_RE (8-15) SIN089 SCS9 PORTSE (0x00B2) P1_26 P3_21 P0_24 L (0-7)

  • Page 70: Ric_Re

    S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] 80 ns 80 ns RESSEL noise noise (0-7) filter filter disable enable RIC_RE RESSEL SIN094 SDA10 (8-15) (0x00BC) PORTSE L (0-7) PORTSE L (8-15) RESSEL TOT16 TOT17 (0-7) RESSEL RIC_RE...
  • Page 71 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] 80 ns 80 ns RESSEL noise noise (0-7) filter filter disable enable RIC_RE RESSEL SIN101 SDA11 (8-15) (0x00CA) PORTSE L (0-7) PORTSE L (8-15) RESSEL TOT16 TOT17 (0-7) RESSEL RIC_RE...

  • Page 72: Ric_Re

    S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] 80 ns 80 ns RESSEL noise noise (0-7) filter filter disable enable RIC_RE RESSEL SIN108 SDA12 (8-15) (0x00D8) PORTSE L (0-7) PORTSE L (8-15) RESSEL TOT16 TOT17 (0-7) RESSEL RIC_RE...

  • Page 73: Ric_Re

    S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] MCAN0 RESSEL PORT_ _PIN_A (0-7) ND_TX RESSEL RIC_RE (8-15) SIN136 (0x0110) PORTSE P1_05 P3_09 P4_00 L (0-7) PORTSE L (8-15) MCAN1 RESSEL PORT_ _PIN_A (0-7) ND_TX RESSEL RIC_RE (8-15) SIN137...
  • Page 74 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT49_ TOT49 (0-7) UFSET RESSEL RIC_RE (8-15) SIN141 TIN48 PORTSE (0x011A) P1_13 P3_16 L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT48_ TOT48 (0-7) UFSET RESSEL RIC_RE (8-15) SIN142...
  • Page 75 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT16_ PPG7_T TOT16 (0-7) UFSET OUT0 RESSEL RIC_RE (8-15) SIN161 TIN17 PORTSE (0x0142) P1_11 P3_14 L (0-7) PORTSE L (8-15) RESSEL (0-7) RESSEL RIC_RE (8-15) SIN192 EINT0 PORTSE...
  • Page 76 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL (0-7) RESSEL RIC_RE (8-15) SIN196 EINT4 PORTSE (0x0188) P1_03 P0_02 P4_05 P0_25 P3_23 P2_04 L (0-7) PORTSE L (8-15) RESSEL (0-7) RESSEL RIC_RE (8-15) SIN197 EINT5 PORTSE (0x018A) P1_04...
  • Page 77 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL (0-7) RESSEL RIC_RE (8-15) SIN201 EINT9 PORTSE (0x0192) P1_08 P4_01 P3_01 P0_31 P1_16 P2_08 L (0-7) PORTSE L (8-15) RESSEL (0-7) RESSEL RIC_RE (8-15) SIN202 EINT10 PORTSE (0x0194) P1_09...

  • Page 78: Ric_Re

    S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL (0-7) RESSEL RIC_RE (8-15) SIN206 EINT14 PORTSE (0x019C) P1_13 P3_16 P4_07 P4_09 P1_24 P3_27 L (0-7) PORTSE L (8-15) RESSEL (0-7) RESSEL RIC_RE (8-15) SIN207 EINT15 PORTSE (0x019E) P1_14...
  • Page 79 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL (0-7) RESSEL RIC_RE (8-15) SIN211 EINT19 PORTSE (0x01A6) P1_21 P3_22 P0_16 P3_15 P4_25 P2_10 L (0-7) PORTSE L (8-15) RESSEL (0-7) RESSEL RIC_RE (8-15) SIN212 EINT20 PORTSE (0x01A8) P1_23...
  • Page 80 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ PPG0_T TOT0 TOT1 (0-7) OUT2 RESSEL RIC_RE (8-15) SIN216 TEXT0 PORTSE (0x01B0) L (0-7) PORTSE L (8-15) RESSEL PORT_ PPG1_T TOT0 TOT1 (0-7) OUT2 RESSEL RIC_RE (8-15) SIN217...
  • Page 81 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT0_U RLT16_ PPG6_T (0-7) FSET UFSET OUT2 RESSEL RIC_RE (8-15) SIN224 TEXT8 PORTSE (0x01C0) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT0_U RLT16_ PPG7_T (0-7) FSET UFSET OUT2...
  • Page 82 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT0 FRT1 FRT2 FRT3 FRT4 (0-7) RESSEL OCU0_C (8-15) PORTSE L (0-7) PORTSE L (8-15) RESSEL FRT0 FRT1 FRT2 FRT3 FRT4 (0-7) RESSEL OCU0_CK (8-15) PORTSE L (0-7) PORTSE L (8-15)
  • Page 83 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT0_F FRT1_F FRT2_F FRT3_F FRT4_F (0-7) RESSEL (8-15) OCU0_FC PORTSE L (0-7) PORTSE L (8-15) RESSEL FRT0_M FRT1_M FRT2_M FRT3_M FRT4_M (0-7) RESSEL (8-15) OCU0_MT PORTSE L (0-7) PORTSE L (8-15)
  • Page 84 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT0_Z FRT1_Z FRT2_Z FRT3_Z FRT4_Z (0-7) RESSEL (8-15) OCU0_ZT PORTSE L (0-7) PORTSE IN232 L (8-15) (0x01D0) RESSEL FRT0_Z FRT1_Z FRT2_Z FRT3_Z FRT4_Z (0-7) RESSEL (8-15) OCU0_ZT PORTSE L (0-7)
  • Page 85 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT0 FRT1 FRT2 FRT3 FRT4 (0-7) RESSEL (8-15) OCU1_CK PORTSE L (0-7) PORTSE L (8-15) RESSEL FRT0_D FRT1_D FRT2_D FRT3_D FRT4_D (0-7) OWNB OWNB OWNB OWNB OWNB RESSEL (8-15)
  • Page 86 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT0_M FRT1_M FRT2_M FRT3_M FRT4_M (0-7) RESSEL (8-15) OCU1_MT PORTSE L (0-7) PORTSE L (8-15) RESSEL FRT0_M FRT1_M FRT2_M FRT3_M FRT4_M (0-7) RESSEL (8-15) OCU1_MT PORTSE L (0-7) PORTSE RIC_RE...
  • Page 87 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT0_Z FRT1_Z FRT2_Z FRT3_Z FRT4_Z (0-7) RESSEL (8-15) OCU1_ZT PORTSE L (0-7) PORTSE RIC_RE L (8-15) SIN235 RESSEL FRT0_Z FRT1_Z FRT2_Z FRT3_Z FRT4_Z (0x01D6) (0-7) RESSEL (8-15) OCU1_ZT PORTSE...
  • Page 88 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT0 FRT1 FRT2 FRT3 FRT4 (0-7) RESSEL (8-15) OCU2_CK PORTSE L (0-7) PORTSE L (8-15) RESSEL FRT0 FRT1 FRT2 FRT3 FRT4 (0-7) RESSEL RIC_RE (8-15) OCU2_CK SIN238 PORTSE (0x01DC)
  • Page 89 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT0_D FRT1_D FRT2_D FRT3_D FRT4_D (0-7) OWNB OWNB OWNB OWNB OWNB RESSEL (8-15) OCU2_D OWNB1 PORTSE L (0-7) PORTSE L (8-15) RESSEL FRT0_F FRT1_F FRT2_F FRT3_F FRT4_F (0-7) RESSEL...
  • Page 90 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT0_T FRT1_T FRT2_T FRT3_T FRT4_T (0-7) [31:0] [31:0] [31:0] [31:0] [31:0] RESSEL (8-15) OCU2_T0[ 31:0] PORTSE L (0-7) PORTSE L (8-15) RESSEL FRT0_T FRT1_T FRT2_T FRT3_T FRT4_T (0-7) [31:0]...

  • Page 91: Ressel

    S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL set 1 set 0 (0-7) RESSEL RIC_RE (8-15) OCU2_M SIN239 PORTSE (0x01DE) L (0-7) PORTSE L (8-15) RESSEL set 1 set 0 (0-7) RESSEL RIC_RE (8-15) OCU2_M SIN240 PORTSE...

  • Page 92: Portsel (0-7) Portsel

    S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT8 FRT9 FRT10 (0-7) RESSEL (8-15) OCU8_CK PORTSE L (0-7) PORTSE L (8-15) RESSEL FRT8 FRT9 FRT10 (0-7) RESSEL (8-15) OCU8_CK PORTSE L (0-7) PORTSE L (8-15) RESSEL FRT8_D FRT9_D...
  • Page 93 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT8_F FRT9_F FRT10_ (0-7) FCMD RESSEL (8-15) OCU8_FC PORTSE L (0-7) PORTSE L (8-15) RESSEL FRT8_M FRT9_M FRT10_ (0-7) MTSF RESSEL (8-15) OCU8_MT PORTSE L (0-7) PORTSE L (8-15) RESSEL...
  • Page 94 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT8_Z FRT9_Z FRT10_ (0-7) ZTSF RESSEL (8-15) OCU8_ZT PORTSE L (0-7) PORTSE RIC_RE L (8-15) SIN256 RESSEL FRT8_Z FRT9_Z FRT10_ (0x0200) (0-7) ZTSF RESSEL (8-15) OCU8_ZT PORTSE L (0-7) PORTSE...
  • Page 95 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL set 1 set 0 (0-7) RESSEL RIC_RE (8-15) OCU8_M SIN258 PORTSE (0x0204) L (0-7) PORTSE L (8-15) RESSEL FRT8 FRT9 FRT10 (0-7) RESSEL (8-15) OCU9_CK PORTSE L (0-7) PORTSE RIC_RE...
  • Page 96 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT8_D FRT9_D FRT10_ (0-7) OWNB OWNB DOWNB RESSEL (8-15) OCU9_D OWNB0 PORTSE L (0-7) PORTSE L (8-15) RESSEL FRT8_D FRT9_D FRT10_ (0-7) OWNB OWNB DOWNB RESSEL (8-15) OCU9_D OWNB1...
  • Page 97 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT8_M FRT9_M FRT10_ (0-7) MTSF RESSEL (8-15) OCU9_MT PORTSE L (0-7) PORTSE L (8-15) RESSEL FRT8_T FRT9_T FRT10_ (0-7) [31:0] [31:0] T[31:0] RESSEL (8-15) OCU9_T0[ 31:0] PORTSE L (0-7) PORTSE...
  • Page 98 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL set 1 set 0 (0-7) RESSEL RIC_RE (8-15) OCU9_M SIN260 PORTSE (0x0208) L (0-7) PORTSE L (8-15) RESSEL set 1 set 0 (0-7) RESSEL RIC_RE (8-15) OCU9_M SIN261 PORTSE...
  • Page 99 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT8 FRT9 FRT10 (0-7) RESSEL (8-15) OCU10_C PORTSE L (0-7) PORTSE L (8-15) RESSEL FRT8 FRT9 FRT10 (0-7) RESSEL (8-15) OCU10_C PORTSE L (0-7) PORTSE L (8-15) RESSEL FRT8_D FRT9_D...
  • Page 100 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT8_F FRT9_F FRT10_ (0-7) FCMD RESSEL (8-15) OCU10_F CMD1 PORTSE L (0-7) PORTSE L (8-15) RESSEL FRT8_M FRT9_M FRT10_ (0-7) MTSF RESSEL (8-15) OCU10_M TSF0 PORTSE L (0-7) PORTSE L (8-15)
  • Page 101 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT8_Z FRT9_Z FRT10_ (0-7) ZTSF RESSEL (8-15) OCU10_Z TSF0 PORTSE L (0-7) PORTSE RIC_RE L (8-15) SIN262 RESSEL FRT8_Z FRT9_Z FRT10_ (0x020C) (0-7) ZTSF RESSEL (8-15) OCU10_Z TSF1 PORTSE...
  • Page 102 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ MFS1_L (0-7) RESSEL RIC_RE (8-15) SIN281 ICU0_IN1 PORTSE (0x0232) P1_04 P3_09 L (0-7) PORTSE L (8-15) RESSEL FRT0_T FRT1_T FRT2_T FRT3_T FRT4_T (0-7) [31:0] [31:0] [31:0] [31:0] [31:0]...
  • Page 103 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT0_T FRT1_T FRT2_T FRT3_T FRT4_T (0-7) [31:0] [31:0] [31:0] [31:0] [31:0] RESSEL (8-15) ICU1_T0[ 31:0] PORTSE L (0-7) PORTSE RIC_RE L (8-15) SIN285 RESSEL FRT0_T FRT1_T FRT2_T FRT3_T FRT4_T...
  • Page 104 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT0_T FRT1_T FRT2_T FRT3_T FRT4_T (0-7) [31:0] [31:0] [31:0] [31:0] [31:0] RESSEL (8-15) ICU2_T0[ 31:0] PORTSE L (0-7) PORTSE RIC_RE L (8-15) SIN288 RESSEL FRT0_T FRT1_T FRT2_T FRT3_T FRT4_T...
  • Page 105 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT8_T FRT9_T FRT10_ (0-7) [31:0] [31:0] T[31:0] RESSEL (8-15) ICU8_T0[ 31:0] PORTSE L (0-7) PORTSE RIC_RE L (8-15) SIN306 RESSEL FRT8_T FRT9_T FRT10_ (0x0264) (0-7) [31:0] [31:0] T[31:0] RESSEL...
  • Page 106 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT8_T FRT9_T FRT10_ (0-7) [31:0] [31:0] T[31:0] RESSEL (8-15) ICU9_T0[ 31:0] PORTSE L (0-7) PORTSE RIC_RE L (8-15) SIN309 RESSEL FRT8_T FRT9_T FRT10_ (0x026A) (0-7) [31:0] [31:0] T[31:0] RESSEL...
  • Page 107 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL FRT8_T FRT9_T FRT10_ (0-7) [31:0] [31:0] T[31:0] RESSEL (8-15) ICU10_T0 [31:0] PORTSE L (0-7) PORTSE RIC_RE L (8-15) SIN312 RESSEL FRT8_T FRT9_T FRT10_ (0x0270) (0-7) [31:0] [31:0] T[31:0] RESSEL...
  • Page 108 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ TOT16 (0-7) RESSEL RIC_RE (8-15) SIN355 AIN9 PORTSE (0x02C6) L (0-7) PORTSE L (8-15) RESSEL PORT_ TOT17 (0-7) RESSEL RIC_RE (8-15) SIN356 BIN9 PORTSE (0x02C8) L (0-7) PORTSE L (8-15)
  • Page 109 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL set 0 (0-7) RESSEL RIC_RE (8-15) PPG0_TI SIN378 PORTSE (0x02F4) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT0_U RLT0_U FRT0_M OCU0_ TOT0 TOT0 (0-7) FSET FSET OTD0 RESSEL RIC_RE...
  • Page 110 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL set 0 (0-7) RESSEL RIC_RE (8-15) PPG2_TI SIN383 PORTSE (0x02FE) L (0-7) PORTSE L (8-15) RESSEL set 0 (0-7) RESSEL RIC_RE (8-15) PPG2_TI SIN384 PORTSE (0x0300) L (0-7) PORTSE L (8-15)
  • Page 111 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT0_U RLT1_U FRT0_M OCU0_ TOT0 TOT1 (0-7) FSET FSET OTD0 RESSEL RIC_RE (8-15) PPG4_TI SIN388 PORTSE (0x0308) P1_16 P3_04 L (0-7) PORTSE L (8-15) RESSEL set 0 (0-7) RESSEL...
  • Page 112 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL set 0 (0-7) RESSEL RIC_RE (8-15) PPG5_TI SIN393 PORTSE (0x0312) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT0_U RLT16_ FRT8_M OCU8_ TOT0 TOT16 (0-7) FSET UFSET OTD0 RESSEL RIC_RE...
  • Page 113 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL set 0 (0-7) RESSEL RIC_RE (8-15) PPG7_TI SIN398 PORTSE (0x031C) L (0-7) PORTSE L (8-15) RESSEL set 0 (0-7) RESSEL RIC_RE (8-15) PPG7_TI SIN399 PORTSE (0x031E) L (0-7) PORTSE L (8-15)
  • Page 114 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT0_U RLT17_ FRT8_M OCU8_ TOT0 TOT17 (0-7) FSET UFSET OTD0 RESSEL RIC_RE (8-15) PPG9_TI SIN403 PORTSE (0x0326) P1_29 P3_20 L (0-7) PORTSE L (8-15) RESSEL set 0 (0-7) RESSEL...
  • Page 115 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL set 0 (0-7) RESSEL RIC_RE (8-15) PPG10_TI SIN408 PORTSE (0x0330) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT0_U RLT17_ FRT8_M OCU8_ TOT0 TOT17 (0-7) FSET UFSET OTD0 RESSEL RIC_RE...
  • Page 116 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL set 0 (0-7) RESSEL RIC_RE (8-15) PPG12_TI SIN431 PORTSE (0x035E) L (0-7) PORTSE L (8-15) RESSEL set 0 (0-7) RESSEL RIC_RE (8-15) PPG12_TI SIN432 PORTSE (0x0360) L (0-7) PORTSE L (8-15)
  • Page 117 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT0_U TOT0 (0-7) FSET RESSEL RIC_RE (8-15) PPG14_TI SIN436 PORTSE (0x0368) P2_06 P3_31 L (0-7) PORTSE L (8-15) RESSEL set 0 (0-7) RESSEL RIC_RE (8-15) PPG14_TI SIN437 PORTSE...
  • Page 118 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL set 0 (0-7) RESSEL RIC_RE (8-15) PPG15_TI SIN441 PORTSE (0x0372) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT0_U RLT1_U OCU0_ OCU1_ PPG0_T PPG1_T PPG3_T (0-7) FSET FSET OTD0 OTD0...
  • Page 119 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT0_U RLT16_ OCU9_ OCU10_ PPG2_T PPG3_T PPG5_T (0-7) FSET UFSET OTD0 OTD0 OUT0 OUT2 OUT2 RESSEL RIC_RE ADC12B0 (8-15) SIN494 _HWTRG PORTSE (0x03DC) L (0-7) PORTSE L (8-15) RESSEL...
  • Page 120 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT1_U RLT0_U OCU8_ OCU10_ PPG4_T PPG6_T PPG8_T (0-7) FSET FSET OTD0 OTD0 OUT2 OUT0 OUT0 RESSEL RIC_RE ADC12B0 (8-15) SIN499 _HWTRG PORTSE (0x03E6) L (0-7) PORTSE L (8-15) RESSEL...
  • Page 121 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT16_ RLT17_ OCU2_ OCU10_ PPG7_T PPG8_T PPG10_ (0-7) UFSET UFSET OTD0 OTD0 OUT0 OUT2 TOUT2 RESSEL RIC_RE ADC12B0 (8-15) SIN504 _HWTRG PORTSE (0x03F0) L (0-7) PORTSE L (8-15) RESSEL...
  • Page 122 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT17_ RLT1_U OCU1_ OCU10_ PPG9_T PPG11_ PPG13_ (0-7) UFSET FSET OTD0 OTD0 OUT2 TOUT0 TOUT0 RESSEL RIC_RE ADC12B0 (8-15) SIN509 _HWTRG PORTSE (0x03FA) L (0-7) PORTSE L (8-15) RESSEL...
  • Page 123 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT0_U RLT1_U OCU0_ OCU10_ PPG12_ PPG13_ PPG15_ (0-7) FSET FSET OTD0 OTD0 TOUT0 TOUT2 TOUT2 RESSEL RIC_RE ADC12B0 (8-15) SIN514 _HWTRG PORTSE (0x0404) L (0-7) PORTSE L (8-15) RESSEL...
  • Page 124 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT1_U RLT17_ OCU10_ OCU9_ PPG14_ (0-7) FSET UFSET OTD0 OTD0 TOUT2 RESSEL RIC_RE ADC12B0 (8-15) SIN519 _HWTRG PORTSE (0x040E) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT16_ RLT0_U...
  • Page 125 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT16_ RLT1_U OCU9_ OCU10_ (0-7) UFSET FSET OTD0 OTD0 RESSEL RIC_RE ADC12B0 (8-15) SIN524 _HWTRG PORTSE (0x0418) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT17_ RLT16_ OCU10_ OCU0_...
  • Page 126 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT17_ RLT0_U OCU8_ OCU10_ (0-7) UFSET FSET OTD0 OTD0 RESSEL RIC_RE ADC12B0 (8-15) SIN529 _HWTRG PORTSE (0x0422) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT0_U RLT16_ OCU9_ OCU0_...
  • Page 127 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT0_U RLT17_ OCU2_ OCU10_ (0-7) FSET UFSET OTD0 OTD0 RESSEL RIC_RE ADC12B0 (8-15) SIN534 _HWTRG PORTSE (0x042C) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT1_U RLT0_U OCU8_ OCU0_...
  • Page 128 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT1_U RLT16_ OCU1_ OCU10_ (0-7) FSET UFSET OTD0 OTD0 RESSEL RIC_RE ADC12B0 (8-15) SIN539 _HWTRG PORTSE (0x0436) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT16_ RLT17_ OCU2_ OCU0_...
  • Page 129 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT16_ RLT0_U OCU0_ OCU10_ (0-7) UFSET FSET OTD0 OTD0 RESSEL RIC_RE ADC12B0 (8-15) SIN544 _HWTRG PORTSE (0x0440) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT17_ RLT1_U OCU1_ OCU0_...
  • Page 130 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT17_ RLT16_ OCU10_ OCU9_ PPG1_T (0-7) UFSET UFSET OTD0 OTD0 OUT0 RESSEL RIC_RE ADC12B0 (8-15) SIN549 _HWTRG PORTSE (0x044A) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT0_U RLT1_U...
  • Page 131 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT0_U RLT1_U OCU0_ OCU1_ PPG0_T PPG1_T PPG3_T (0-7) FSET FSET OTD0 OTD0 OUT0 OUT2 OUT2 RESSEL RIC_RE ADC12B1 (8-15) SIN554 _HWTRG PORTSE (0x0454) L (0-7) PORTSE L (8-15) RESSEL...
  • Page 132 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT1_U RLT17_ OCU10_ OCU0_ PPG2_T PPG4_T PPG6_T (0-7) FSET UFSET OTD0 OTD0 OUT2 OUT0 OUT0 RESSEL RIC_RE ADC12B1 (8-15) SIN559 _HWTRG PORTSE (0x045E) L (0-7) PORTSE L (8-15) RESSEL...
  • Page 133 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT16_ RLT1_U OCU9_ OCU0_ PPG5_T PPG6_T PPG8_T (0-7) UFSET FSET OTD0 OTD0 OUT0 OUT2 OUT2 RESSEL RIC_RE ADC12B1 (8-15) SIN564 _HWTRG PORTSE (0x0468) L (0-7) PORTSE L (8-15) RESSEL...
  • Page 134 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT17_ RLT0_U OCU8_ OCU0_ PPG7_T PPG9_T PPG11_ (0-7) UFSET FSET OTD0 OTD0 OUT2 OUT0 TOUT0 RESSEL RIC_RE ADC12B1 (8-15) SIN569 _HWTRG PORTSE (0x0472) L (0-7) PORTSE L (8-15) RESSEL...
  • Page 135 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT0_U RLT17_ OCU2_ OCU0_ PPG10_ PPG11_ PPG13_ (0-7) FSET UFSET OTD0 OTD0 TOUT0 TOUT2 TOUT2 RESSEL RIC_RE ADC12B1 (8-15) SIN574 _HWTRG PORTSE (0x047C) L (0-7) PORTSE L (8-15) RESSEL...
  • Page 136 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT1_U RLT16_ OCU1_ OCU0_ PPG12_ PPG14_ (0-7) FSET UFSET OTD0 OTD0 TOUT2 TOUT0 RESSEL RIC_RE ADC12B1 (8-15) SIN579 _HWTRG PORTSE (0x0486) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT16_...
  • Page 137 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT16_ RLT0_U OCU0_ OCU1_ PPG15_ (0-7) UFSET FSET OTD0 OTD0 TOUT0 RESSEL RIC_RE ADC12B1 (8-15) SIN584 _HWTRG PORTSE (0x0490) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT17_ RLT1_U...
  • Page 138 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT17_ RLT16_ OCU10_ OCU0_ (0-7) UFSET UFSET OTD0 OTD0 RESSEL RIC_RE ADC12B1 (8-15) SIN589 _HWTRG PORTSE (0x049A) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT0_U RLT1_U OCU0_ OCU2_...
  • Page 139 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT0_U RLT16_ OCU9_ OCU0_ (0-7) FSET UFSET OTD0 OTD0 RESSEL RIC_RE ADC12B1 (8-15) SIN594 _HWTRG PORTSE (0x04A4) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT1_U RLT17_ OCU10_ OCU1_...
  • Page 140 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT1_U RLT0_U OCU8_ OCU0_ (0-7) FSET FSET OTD0 OTD0 RESSEL RIC_RE ADC12B1 (8-15) SIN599 _HWTRG PORTSE (0x04AE) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT16_ RLT1_U OCU9_ OCU1_...
  • Page 141 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT16_ RLT17_ OCU2_ OCU0_ (0-7) UFSET UFSET OTD0 OTD0 RESSEL RIC_RE ADC12B1 (8-15) SIN604 _HWTRG PORTSE (0x04B8) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT17_ RLT0_U OCU8_ OCU1_...
  • Page 142 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT17_ RLT1_U OCU1_ OCU0_ (0-7) UFSET FSET OTD0 OTD0 RESSEL RIC_RE ADC12B1 (8-15) SIN609 _HWTRG PORTSE (0x04C2) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT0_U RLT17_ OCU2_ OCU1_...
  • Page 143 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL PORT_ RLT0_U RLT1_U OCU0_ OCU1_ PPG1_T (0-7) FSET FSET OTD0 OTD0 OUT2 RESSEL RIC_RE ADC12B1 (8-15) SIN614 _HWTRG PORTSE (0x04CC) L (0-7) PORTSE L (8-15) RESSEL PORT_ RLT1_U RLT16_...
  • Page 144 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL TOT0 TOT16 (0-7) RESSEL RIC_RE DDRHSS (8-15) SIN626 PI_MSTA PORTSE (0x04E4) L (0-7) PORTSE L (8-15) RESSEL (0-7) RESSEL RIC_RE (8-15) SIN629 MDIO PORTSE (0x04EA) P0_31 P3_06 L (0-7) PORTSE...
  • Page 145 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL (0-7) RESSEL RIC_RE (8-15) SIN633 RXD2 PORTSE (0x04F2) P0_29 P4_07 L (0-7) PORTSE L (8-15) RESSEL (0-7) RESSEL RIC_RE (8-15) SIN634 RXD3 PORTSE (0x04F4) P0_30 P3_05 L (0-7) PORTSE L (8-15)
  • Page 146 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] RESSEL (0-7) RESSEL RIC_RE (8-15) SIN638 RXCLK PORTSE (0x04FC) P0_17 P4_00 L (0-7) PORTSE L (8-15) RESSEL (0-7) RESSEL RIC_RE (8-15) SIN639 TXCLK PORTSE (0x04FE) P0_20 P4_03 L (0-7) PORTSE L (8-15)
  • Page 147 S6J3310/20/30/40 Series RESSEL Source for Resource Input Register [3:0] Resource (Offset) /PORT SEL[3:0] SYSC1_ RESSEL PORT_ CLK_C (0-7) RESSEL RIC_RE I2S0_ECL (8-15) SIN646 (0x050C) PORTSE P0_10 P3_24 L (0-7) PORTSE L (8-15) SYSC1_ RESSEL PORT_ CLK_C (0-7) RESSEL RIC_RE I2S1_ECL (8-15) SIN650 (0x0514)

  • Page 148: Port Output Function Configuration

    S6J3310/20/30/40 Series Port Output Function Configuration The port output function configuration (POF) is a function to select a function to output to a port. A resource which supports a port output relocation has its PPC_PCFGR.POF to configure resource output. Standard Configuration (S6J3310) 7.2.1 Register Resource Functional Outputs...
  • Page 149 S6J3310/20/30/40 Series Resource Functional Outputs Register Port (Offset) POF = 0 POF = 1 POF = 2 POF = 3 POF = 4 POF = 5 POF = 6 POF = 7 PPC_PCF GPIO_PO DSP0_B5 GR014 P0_14 DR0:POD SCK4_1 MOEX (0x001C) PPC_PCF GPIO_PO...
  • Page 150 S6J3310/20/30/40 Series Resource Functional Outputs Register Port (Offset) POF = 0 POF = 1 POF = 2 POF = 3 POF = 4 POF = 5 POF = 6 POF = 7 PPC_PCF GPIO_PO M_SDATA GR029 P0_29 DR0:POD SCK3_0 M_DQ5 SOT8_2 (0x003A) PPC_PCF...
  • Page 151 S6J3310/20/30/40 Series Resource Functional Outputs Register Port (Offset) POF = 0 POF = 1 POF = 2 POF = 3 POF = 4 POF = 5 POF = 6 POF = 7 PPC_PCF GPIO_PO SCS161_ OCU8_O PPG4_TO GR112 P1_12 DR1:POD TOT17_0 TX2_0 TD1_0...
  • Page 152 S6J3310/20/30/40 Series Resource Functional Outputs Register Port (Offset) POF = 0 POF = 1 POF = 2 POF = 3 POF = 4 POF = 5 POF = 6 POF = 7 PPC_PCF GPIO_PO PPG11_T GR127 P1_27 DR1:POD SCS91_0 PWM2P2 OUT0_0 (0x0076) PPC_PCF...
  • Page 153 S6J3310/20/30/40 Series Resource Functional Outputs Register Port (Offset) POF = 0 POF = 1 POF = 2 POF = 3 POF = 4 POF = 5 POF = 6 POF = 7 PPC_PCF GPIO_PO DSP0_HS GR210 P2_10 DR2:POD SCS31_1 MCSX1 YNC_0 (0x0094) PPC_PCF...
  • Page 154 S6J3310/20/30/40 Series Resource Functional Outputs Register Port (Offset) POF = 0 POF = 1 POF = 2 POF = 3 POF = 4 POF = 5 POF = 6 POF = 7 PPC_PCF GPIO_PO GR305 P3_05 DR3:POD SCS12_1 MAD20 (0x00CA) PPC_PCF GPIO_PO GR306...
  • Page 155 S6J3310/20/30/40 Series Resource Functional Outputs Register Port (Offset) POF = 0 POF = 1 POF = 2 POF = 3 POF = 4 POF = 5 POF = 6 POF = 7 PPC_PCF GPIO_PO GR320 P3_20 DR3:POD SOT9_1 TX5_1 (0x00E8) PPC_PCF GPIO_PO GR321...
  • Page 156 S6J3310/20/30/40 Series Resource Functional Outputs Register Port (Offset) POF = 0 POF = 1 POF = 2 POF = 3 POF = 4 POF = 5 POF = 6 POF = 7 PPC_PCF GPIO_PO SCS170_ GR403 P4_03 DR4:POD (0x0106) PPC_PCF GPIO_PO GR404 P4_04...
  • Page 157 S6J3310/20/30/40 Series Resource Functional Outputs Register Port (Offset) POF = 0 POF = 1 POF = 2 POF = 3 POF = 4 POF = 5 POF = 6 POF = 7 PPC_PCF GPIO_PO GR418 P4_18 DR4:POD (0x0124) PPC_PCF GPIO_PO GR419 P4_19 DR4:POD...

  • Page 158: Precautions And Handling Devices

    Any semiconductor devices have inherently a certain rate of failure. The possibility of failure is greatly affected by the conditions in which they are used (circuit conditions, environmental conditions, etc.). This page describes precautions that must be observed to minimize the chance of failure and to obtain higher reliability from your Cypress semiconductor devices. Precautions for Product Design 8.1.1...
  • Page 159 You must use appropriate mounting techniques. Cypress recommends the solder reflow method, and has established a ranking of mounting conditions for each product. Users are advised to mount packages in accordance with Cypress ranking of recommended conditions.
  • Page 160 CAUTION: Plastic molded devices are flammable, and therefore should not be used near combustible substances. If devices begin to smoke or burn, there is danger of the release of toxic gases. Customers considering the use of Cypress products in other special environmental conditions should consult with sales representatives.

  • Page 161: Handling Devices

    S6J3310/20/30/40 Series Handling Devices For Latch-Up Prevention The latch-up phenomenon may occur on a CMOS IC in the following cases: the voltage applied to an input or output pin is higher than VCC or lower than VSS; or the voltage applied between a VCC pin and a VSS pin exceeds the rating. A latch-up causes a rapid increase in the power supply current, possibly resulting in thermal damage to an element.
  • Page 162 S6J3310/20/30/40 Series About the Mode Pin (MODE) Use mode pin MODE by directly connecting it to a VCC or VSS pin. To prevent noise from causing the device to accidentally enter test mode, reduce the pattern length between each mode pin and a VCC or VSS pin on the printed circuit board, and connect them with low impedance.

  • Page 163: Electric Characteristics

    S6J3310/20/30/40 Series 9. Electric Characteristics Electrical Characteristics This chapter contains target values and information. Target values and information are subjects to change without notice. Absolute Maximum Rating 9.1.1 Rating Parameter Symbol Unit Remarks -0.3 +6.0 -0.3 +6.0 53 ≤ V Power supply voltage -0.3 +4.0...
  • Page 164 S6J3310/20/30/40 Series Rating Parameter Symbol Unit Remarks ΣI "L"-level total output current *9, *11 ΣI -3.5 When setting is 1 mA *6, *7, *8 *6, *7, *8, *9 When setting is 2 mA When setting is 5 mA "H"-level maximum output When setting is 10 mA current When setting is 30 mA...
  • Page 165 S6J3310/20/30/40 Series *6 Output of 5 V pins. *7 Output of SMC pins. *8 Output of 5 V/3 V pins. *9 Output of 3 V pins. *10 Output of I *11 Output of Media LB pins *12 Output of DSP0_CLK pins *13 VI or VO should never exceed the specified ratings.
  • Page 166 S6J3310/20/30/40 Series Pulse condition specification: U_pulse = max -40 V T_pulse = max 1 ms #_pulse = max 5000 Current and Power Dissipation U_peak = -40 V R_serial = 22 k => I_pin = 1.8 mA U_out = -0.1 V (current drawn mainly over NMOS transistor) =>...
  • Page 167 S6J3310/20/30/40 Series Reverse polarity condition specification: U_reverse = max -28 V T_reverse = max 4 h Current and Power Dissipation U_reverse = -28 V R_serial = 22 k => I_pin = 1.3 mA U_out = -0.7 V (current drawn mainly over clamping diodes) =>...
  • Page 168 S6J3310/20/30/40 Series Recommended Operating Condition 9.1.2 Rating Parameter Symbol Pin Name Unit Remarks VCC5 *2 *3 VCC53 *1 *3 Supply voltage DVCC Recommended operation assurance range AVCC5 *2 *3 VCC3 VCC12 1.09 1.21 3_DAC AVCC3_DAC VCC5 *2 *3 VCC53 *1 *3 DVCC Supply voltage Operation assurance range...
  • Page 169 S6J3310/20/30/40 Series When it is used outside recommended range (this is the range of guaranteed operation), contact your sales representative. *2 *3 The initial detection voltage of the external low voltage detection is 2.6 V ± 3.5 % (LVDH1/LVDH2) or 0.8 V ± 3.5 % (LVDL2). This LVD setting and internal LVD (LVDL0/LVDL1) cannot be used to reliably generate a reset before voltage dips below minimum guaranteed MCU operation voltage, as these detection levels are below the minimum guaranteed MCU operation voltage.
  • Page 170 S6J3310/20/30/40 Series Notes: − : Ambient temperature (JEDEC) − : Case temperature (JEDEC), the maximum measured temperature of package case top. − Both rating of T and T should simultaneously be satisfied as maximum operation temperature. − The following condition should be satisfied in order to facilitate heat dissipation. 1.
  • Page 171 S6J3310/20/30/40 Series DC Characteristics 9.1.3 : Recommended operating conditions, V 53 = 5.0 V ± 10 %, V 3 = 3.3 V ± 0.3 V, V = DV = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks P0_00 to CMOS hysteresis...
  • Page 172 S6J3310/20/30/40 Series : Recommended operating conditions, V 53 = 5.0 V ± 10%, V 3 = 3.3 V ± 0.3 V, V = DV = AV =0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks P0_00 to CMOS hysteresis 0.3×V Vss-0.3 P0_20, P2_09...
  • Page 173 S6J3310/20/30/40 Series Value Parameter Symbol Pin Name Conditions Unit Remarks P0_00 to CMOS hysteresis 0.05×V HYS1 P0_20, P2_09 input level is selected to P2_19, Automotive 0.03×V HYS2 P3_00 to input level is selected P3_07, P3_24 to P3_31, 0.035 HYS3 input level is selected P4_00 to P4_07 CMOS hysteresis 0.05×V...
  • Page 174 S6J3310/20/30/40 Series : Recommended operating conditions, V 53,DV = 5.0 V ± 10 %, V 3 = 3.3 V ± 0.3 V, V = DV = AV =0.0 V) Value Parameter Symbol Conditions Unit Remarks Name 53 = 4.5 V = -1.0 mA ODR[1:0]= 53 - 0.5...
  • Page 175 S6J3310/20/30/40 Series : Recommended operating conditions, V 53,DV = 5.0 V ± 10%, V 3 = 3.3 V ± 0.3 V, V = DV = AV = 0.0 V) Value Parameter Symbol Conditions Unit Remarks Name 53 = 4.5 V OH19 = -1.0 mA ODR[1:0]...
  • Page 176 S6J3310/20/30/40 Series : Recommended operating conditions, V 53,DV = 5.0 V ± 10 %, V 3 = 3.3 V ± 0.3 V, = DV = AV = 0.0 V) Value Parameter Symbol Conditions Unit Remarks Name 53 = 4.5 V = 1.0 mA ODR[1:0] = 2b00...
  • Page 177 S6J3310/20/30/40 Series : Recommended operating conditions, V 53,DV = 5.0 V ± 10 %, V 3 = 3.3 V ± 0.3 V, = DV = AV = 0.0 V) Value Parameter Symbol Conditions Unit Remarks Name 53 = 4.5 V OL19 = 1.0 mA ODR[1:0]...
  • Page 178 S6J3310/20/30/40 Series : Recommended operating conditions, V 53,DV = 5.0 V ± 10 %, V 3 = 3.3 V ± 0.3 V, = DV = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks P0_00 to P0_20, 5 = V 53 = P1_03 to P1_31,...
  • Page 179 S6J3310/20/30/40 Series : Recommended operating conditions, V 53,DV = 5.0 V ± 10 %, V 3 = 3.3 V ± 0.3 V, 12 = 1.15 V ± 0.06 V, V = DV = AV = 0.0 V) Value Parameter Symbol Conditions Unit Remarks...
  • Page 180 S6J3310/20/30/40 Series : Recommended operating conditions, V 53,DV = 5.0 V ± 10 %, V 3 = 3.3 V ± 0.3 V, 12 = 1.15 V ± 0.06 V, V = DV = AV = 0.0 V) Value Parameter Symbol Conditions Unit Remarks...
  • Page 181 S6J3310/20/30/40 Series : Recommended operating conditions, V 53,DV = 5.0 V ± 10 %, V 3 = 3.3 V ± 0.3 V, 12 = 1.15 V ± 0.06 V, V = DV = AV = 0.0 V) Value Parameter Symbol Conditions Unit Remarks...
  • Page 182 S6J3310/20/30/40 Series : Recommended operating conditions, V 53,DV = 5.0 V ± 10 %, V 3 = 3.3 V ± 0.3 V, 12 = 1.15 V ± 0.06 V, V = DV = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit...
  • Page 183 S6J3310/20/30/40 Series AC Characteristics 9.1.4 Source Clock Timing 9.1.4.1 : Recommended operating conditions, Vcc5 = 5.0 V ±10 %, V = DV = AV = 0.0 V) Value Parameter Symbol Conditions Unit Remarks Name Source oscillation X0, X1 16.0 clock frequency Source oscillation X0, X1 62.5...
  • Page 184 S6J3310/20/30/40 Series Sub Clock Timing 9.1.4.2 : Recommended operating conditions, Vcc5 = 5.0 V ±10 %, V = DV = AV = 0.0 V) Value Parameter Symbol Conditions Unit Remarks Name Source oscillation X0A, 32.768 clock frequency Source oscillation X0A, 30.52 µs LCYL...
  • Page 185 S6J3310/20/30/40 Series Internal Clock Timing (S6J3310) 9.1.4.3 This chapter shows the TARGET characteristics for internal clock timing at the current stage.  In the column symbol, same clock names as described in CHAPTER 5: CLOCK SYSTEM of Traveo Platform Hardware ...
  • Page 186 S6J3310/20/30/40 Series Value Parameter Symbol Unit Remarks Max *1 Max *2 Max *3 Unused CLK_CD3B0 Unused CLK_CD3B1 CLK_CD4 Unused CLK_CD4A0 Unused CLK_CD4A1 Unused CLK_CD4B0 Unused CLK_CD4B1 CLK_CD5 CLK_CD5A0 Internal clock Unused CLK_CD5A1 frequency CLK_CD5B0 Unused CLK_CD5B1 CLK_HSSPI 66.7 CLK_SYSC0H 66.7 CLK_COMH 66.7 CLK_RAM0H...
  • Page 187 S6J3310/20/30/40 Series Operation assurance range − Relationship between the internal clock frequency and supply voltage Recommended guaranteed operation range Guaranteed operation range PLL guaranteed Maximum frequency operation range Frequency [MHz] of each clock 1.21 1.09 Maximum frequency Frequency [MHz] of each clock Note: CPU will be reset, when the power supply voltage is equal to or less than LVD setting voltage.
  • Page 188 S6J3310/20/30/40 Series Relationship between the oscillation clock frequency and internal clock frequency − Internal Operation Clock Frequency PLL Clock Main Multiplied Multiplied Multiplied Multiplied Multiplied Multiplied Clock by 1 by 2 by 15 by 30 by 40 by 60 … Oscillation clock …...
  • Page 189 S6J3310/20/30/40 Series Reset Input 9.1.4.4 : Recommended operating conditions, Vcc5 = 5.0 V ±10 %, V = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks Reset µs input time RSTX RSTL Width for reset µs input removal Page 189 of 325 Document Number: 002-10635 Rev.
  • Page 190 S6J3310/20/30/40 Series Power-on Conditions 9.1.4.5 : Recommended operating conditions, V = 0.0 V) Value Parameter Symbol Conditions Unit Remarks Name Level detection VCC5 voltage Level detection VCC5 hysteresis width Level detection μs time Power off time VCC5 μs VCC5: Power ramp rate dV/dt VCC5 V/µs...
  • Page 191 S6J3310/20/30/40 Series Multi-Function Serial 9.1.4.6 UART (asynchronous serial interface) timing (SMR:MD2-0 = 0b000, 0b001) (1) External Clock Selected (BGR:EXT = 1) : Recommended operating conditions, Vcc3 = 3.3 V ±0.3 V, Vcc5 = DVcc = 5.0 V ± 10 % /3.3 V ± 0.3 V, Vcc53 = 5.0 V ±10 % / 3.3 V ±...
  • Page 192 S6J3310/20/30/40 Series CSIO timing (SMR:MD2-0 = 0b010) (1) Normal Synchronous Transfer (SCR:SPI = 0) and Mark Level "H" of Serial Clock Output (SMR:SCINV = 0) : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, Vcc5 = DVcc = 5.0 V ± 10 % /3.3 V ± 0.3 V, Vcc53 = 5.0 V ±10 % / 3.3 V ±...
  • Page 193 S6J3310/20/30/40 Series Value Parameter Symbol Pin Name Conditions Unit Remarks SCK0 to SCK4, CLK_LCPnA Serial clock SCK8 to SCK12 SHSL "H" pulse width SCK16 to SCK17 CLK_COMP SCK0 to SCK4, Serial clock CLK_LCPnA SCK8 to SCK12 SLSH "L" pulse width SCK16 to SCK17 CLK_COMP SCK0 to SCK4,...
  • Page 194 S6J3310/20/30/40 Series SLSH SHSL SLOVE IVSHE SHIXE Slave mode Page 194 of 325 Document Number: 002-10635 Rev. *I...
  • Page 195 S6J3310/20/30/40 Series (2) Normal Synchronous Transfer (SCR:SPI = 0) and Mark Level "L" of Serial Clock Output (SMR:SCINV = 1) : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, Vcc5 = DVcc = 5.0 V ± 10% /3.3 V ± 0.3 V, Vcc53 = 5.0 V ±...
  • Page 196 S6J3310/20/30/40 Series Value Parameter Symbol Pin Name Conditions Unit Remarks Serial clock SCK2_0, SCK3_0 SCYC CLK_LCPnA cycle time SCK ↓ → SOT SCK2_0, SCK3_0, Master -7.5 +7.5 SHOVI delay time SOT2_0, SOT3_0 Mode (CL = 20 pF, Valid SIN → SCK = -10 mA, ↑...
  • Page 197 S6J3310/20/30/40 Series SCYC SHOVI IVSLI SLIXI Master mode SHSL SLSH SHOVE IVSLE SLIXE Slave mode Page 197 of 325 Document Number: 002-10635 Rev. *I...
  • Page 198 S6J3310/20/30/40 Series (3) SPI Supported (SCR:SPI = 1), and Mark Level "H" of Serial Clock Output (SMR:SCINV = 0) : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, Vcc5 = DVcc = 5.0 V ± 10 % /3.3 V ± 0.3 V, Vcc53 = 5.0 V ±...
  • Page 199 S6J3310/20/30/40 Series Value Parameter Symbol Pin Name Conditions Unit Remarks SCK0 to SCK4, Serial clock CLK_LCPnA SCK8 to SCK12 SHSL "H" pulse width SCK16 to SCK17 CLK_COMP SCK0 to SCK4, Serial clock CLK_LCPnA SCK8 to SCK12 SLSH "L" pulse width SCK16 to SCK17 CLK_COMP SCK0 to SCK4,...
  • Page 200 S6J3310/20/30/40 Series SHSL SLSH SHOVE IVSLE SLIXE * Changes when writing to the TDR register Slave mode Page 200 of 325 Document Number: 002-10635 Rev. *I...
  • Page 201 S6J3310/20/30/40 Series (4) SPI Supported (SCR:SPI = 1), and Mark Level "L" of Serial Clock Output (SMR:SCINV = 1) : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, Vcc5 = DVcc = 5.0 V ± 10 % /3.3 V ± 0.3 V, Vcc53 = 5.0 V ±...
  • Page 202 S6J3310/20/30/40 Series Value Parameter Symbol Pin Name Conditions Unit Remarks SCK0 to SCK4, Serial clock CLK_LCPnA SCK8 to SCK12 SHSL "H" pulse width SCK16 to SCK17 CLK_COMP SCK0 to SCK4, Serial clock CLK_LCPnA SCK8 to SCK12 SLSH "L" pulse width SCK16 to SCK17 CLK_COMP SCK0 to SCK4,...
  • Page 203 S6J3310/20/30/40 Series SLSH SHSL SLOV SHIXE IVSHE * Changes when writing to the TDR register Slave mode Page 203 of 325 Document Number: 002-10635 Rev. *I...
  • Page 204 S6J3310/20/30/40 Series (5) Serial Chip Select Used (SCSCR:CSEN = 1)  Mark level "H" of serial clock output (SMR, SCSFR:SCINV = 0)  Inactive level "H" of serial chip select (SCSCR, SCSFR:CSLVL = 1) : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, Vcc5 = DVcc = 5.0 V ± 10% /3.3 V ± 0.3 V, Vcc53 = 5.0 V ±...
  • Page 205 S6J3310/20/30/40 Series Value Parameter Symbol Pin Name Conditions Unit Remarks SCK0, SCK1, SCK2_1, SCK3_1, SCK4, Master SCK8 to SCK12, mode CLK_LCPnA CLK_LCPnA SCS0x, SCS1x, round SCS2x_1, operation SCS3x_1, SCS4, (CL = 20 pF, SCS8x to SCS12x = -5 mA, SCK ↓ → SCS ↓ = 5 mA) SCK16 to SCK17 CLK_COMP...
  • Page 206 S6J3310/20/30/40 Series SCS input CSDE CSHE CSSE SCK input (Normal synchronous transfer) (SPI compatible) Slave mode SCSx output SCSy output SCK output Clock switching example by master mode round operation (x,y=0, 1, 2, 3: x and y are different value) Page 206 of 325 Document Number: 002-10635 Rev.
  • Page 207 S6J3310/20/30/40 Series (6) Serial Chip Select Used (SCSCR:CSEN = 1)  Serial clock output signal detect level "L" (SMR, SCSFR:SCINV = 1)  Serial chip select inactive level "H" (SCSCR, SCSFR:CSLVL = 1) : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, Vcc5 = DVcc = 5.0 V ± 10 % /3.3 V ± 0.3 V, Vcc53 = 5.0 V ±...
  • Page 208 S6J3310/20/30/40 Series Value Parameter Symbol Pin Name Conditions Unit Remarks SCK0, SCK1, SCK2_1, SCK3_1, SCK4, Master SCK8 to SCK12, mode CLK_LCPnA CLK_LCPnA SCS0x, SCS1x, round SCS2x_1, operation SCS3x_1, SCS4, (CL = 20 pF, SCS8x to SCS12x = -5 mA, SCK ↑ → SCS ↓ = 5 mA) SCK16 to SCK17 CLK_COMP...
  • Page 209 S6J3310/20/30/40 Series SCS input CSDE CSHE CSSE SCK input (Normal synchronous transfer) (SPI compatible) Slave mode SCSx output SCSy output SCK output Clock switching example by master mode round operation (x,y=0, 1, 2, 3: x and y are different value) Page 209 of 325 Document Number: 002-10635 Rev.
  • Page 210 S6J3310/20/30/40 Series (7) Serial Chip Select Used (SCSCR:CSEN = 1)  Serial clock output signal detect level "H" (SMR, SCSFR:SCINV = 0)  Serial Chip select inactive level "L" (SCSCR, SCSFR:CSLVL = 0 : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, Vcc5 = DVcc = 5.0 V ± 10 % /3.3 V ± 0.3 V, Vcc53 = 5.0 V ±...
  • Page 211 S6J3310/20/30/40 Series Value Parameter Symbol Pin Name Conditions Unit Remarks SCK0, SCK1, SCK2_1, SCK3_1, SCK4, Master SCK8 to SCK12 mode CLK_LCPnA CLK_LCPnA SCS0x, SCS1x, round SCS2x_1, operation SCS3x_1, SCS4, (CL = 20 pF, SCS8x to SCS12x = -5 mA, SCK ↓ → SCS ↑ = 5 mA) SCK16 to SCK17 CLK_COMP...
  • Page 212 S6J3310/20/30/40 Series CSDE SCS input CSHE CSSE SCK input (Normal synchronous transfer) (SPI compatible) Slave mode SCSx output SCSy output SCK output Clock switching example by master mode round operation (x,y=0, 1, 2, 3: x and y are different value) Page 212 of 325 Document Number: 002-10635 Rev.
  • Page 213 S6J3310/20/30/40 Series (8) Serial Chip Select Used (SCSCR:CSEN = 1)  Serial clock output signal detect level "L" (SMR, SCSFR:SCINV = 1)  Serial Chip select inactive level "L" (SCSCR, SCSFR:CSLVL = 0) : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, Vcc5 = DVcc = 5.0 V ± 10 % /3.3 V ± 0.3 V, Vcc53 = 5.0 V ±...
  • Page 214 S6J3310/20/30/40 Series Value Parameter Symbol Pin Name Conditions Unit Remarks SCK0, SCK1, SCK2_1, SCK3_1, SCK4, Master SCK8 to SCK12, mode CLK_LCPnA CLK_LCPnA SCS0x, SCS1x, round SCS2x_1, operation SCS3x_1, SCS4, (CL = 20 pF, SCS8x to SCS12x = -5 mA, SCK ↑ → SCS ↑ = 5 mA) SCK16 to SCK17, CLK_COMP...
  • Page 215 S6J3310/20/30/40 Series CSDI SCS output CSHI CSSI SCK output (Normal synchronous transfer) (SPI compatible) Master mode CSDE SCS input CSHE CSSE SCK input (Normal synchronous transfer) (SPI compatible) Slave mode SCSx output SCSy output SCK output Clock switching example by master mode round operation (x,y=0, 1, 2, 3: x and y are different value) Page 215 of 325 Document Number: 002-10635 Rev.
  • Page 216 S6J3310/20/30/40 Series LIN interface (v2.1) (LIN communication control interface (v2.1)) timing (SMR:MD2-0 = 0b011) (1) External Clock Selected (BGR:EXT = 1) : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, Vcc5 = DVcc = 5.0 V ± 10 % /3.3 V ± 0.3 V, Vcc53 = 5.0 V ±...
  • Page 217 S6J3310/20/30/40 Series C timing (SMR:MD2-0 = 0b100) : Recommended operating conditions, Vcc5 = Vcc53 = 5.0 V ± 10 %, V 12 = 1.15 V ± 0.06 V, V = 0.0 V) Fast Standard Mode Mode Parameter Symbol Pin Name Conditions Unit Remarks...
  • Page 218 S6J3310/20/30/40 Series SUSTA SUDAT HDSTA HDDAT HIGH HDSTA SUSTO Page 218 of 325 Document Number: 002-10635 Rev. *I...
  • Page 219 S6J3310/20/30/40 Series Timer Input 9.1.4.7 : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, Vcc5 = DVcc = 5.0 V ± 10 %, Vcc53 = 5.0 V ± 10 % / 3.3 V ± 0.3 V, V = DV = 0.0 V, V 12 = 1.15 V ±...
  • Page 220 S6J3310/20/30/40 Series QPRC timing 9.1.4.8 : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, Vcc5 = DVcc = 5.0 V ± 10 %, Vcc53 = 5.0 V ± 10 % / 3.3 V ± 0.3 V, V = DV = 0.0 V, V 12 = 1.15 V ±...
  • Page 221 S6J3310/20/30/40 Series AUBU BUAD ADBD BDAU BUAU AUBD BDAD ADBU Page 221 of 325 Document Number: 002-10635 Rev. *I...
  • Page 222 S6J3310/20/30/40 Series AIN/BIN Page 222 of 325 Document Number: 002-10635 Rev. *I...
  • Page 223 S6J3310/20/30/40 Series Trigger Input 9.1.4.9 : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, Vcc5 = DVcc = 5.0 V ± 10 %, Vcc53 = 5.0 V ± 10 % / 3.3 V ± 0.3 V, V = DV = 0.0 V, V 12 = 1.15 V ±...
  • Page 224 S6J3310/20/30/40 Series NMI Input 9.1.4.10 : Recommended operating conditions, Vcc5 = 5.0 V ± 10 %, V = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks Input pulse width NMIX NMIL NMIX input timing − NMIL Page 224 of 325 Document Number: 002-10635 Rev.
  • Page 225 S6J3310/20/30/40 Series Low Voltage Detection (External Voltage) 9.1.4.11 Low-voltage detection (external low-voltage detection) : Recommended operating conditions, V = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks VCC5 Supply voltage range VCC3 When power- VCC5 supply *1 *5 voltage falls Detection voltage...
  • Page 226 S6J3310/20/30/40 Series Low-voltage detection (1.15 V power supply low-voltage detection) : Recommended operating conditions, V = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks Supply voltage VCC12 1.09 1.21 RDP12 range When power- Detection voltage VCC12 *1 *2 0.7125 0.8125...
  • Page 227 S6J3310/20/30/40 Series Low Voltage Detection (Internal Voltage) 9.1.4.12 Low-voltage detection (internal low-voltage detection for LVDL0) : Recommended operating conditions, V = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks Supply voltage 1.05 1.21 RDP5 range When power- *1 *2 Detection voltage...
  • Page 228 S6J3310/20/30/40 Series High Current Output Slew Rate 9.1.4.13 : Recommended operating conditions, 53,DV = 5.0 V ± 10 %, V 3 = 3.3 V ± 0.3 V, V 12 = 1.15 V ± 0.06 V, V = DV = AV = 0.0 V) Value Parameter...
  • Page 229 S6J3310/20/30/40 Series Display Controller 9.1.4.14 (1) Display Controller0 Timing (TTL Mode) : Recommended operating conditions, Vcc53 = 5.0 V ± 10 %, 3.3 V ± 0.3 V, V = DV = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks...
  • Page 230 S6J3310/20/30/40 Series External Bus Interface Timing 9.1.4.15 Clock Output Timing : Recommended operating conditions, Vcc53 = 5.0 V ± 10 %, V = 0.0 V) (External load capacitance 16 pF) Value Parameter Symbol Pin Name Conditions Unit Remarks Cycle time MCLK 2 mA is 62.5...
  • Page 231 S6J3310/20/30/40 Series Common Timing between Read and Write : Recommended operating conditions, Vcc53 = 5.0 V ± 10 %, V = 0.0 V) (External load capacitance 16 pF) Value Parameter Symbol Pin Name Conditions Unit Remarks Cycle time MCLK 62.5 (without MRDY) If using Cycle time...
  • Page 232 S6J3310/20/30/40 Series Read Timing : Recommended operating conditions, Vcc53 = 5.0 V ± 10 %, V = 0.0 V) (External load capacitance 16 pF) Value Parameter Symbol Pin Name Conditions Unit Remarks MOEX, "CMOS Schmitt 21+t Data setup time MDATA00 to input"...
  • Page 233 S6J3310/20/30/40 Series Write Timing : Recommended operating conditions, Vcc53 = 5.0 V ± 10 %, V = 0.0 V) (External load capacitance 16 pF) Value Parameter Symbol Pin Name Conditions Unit Remarks MWEX delay time MCLK, MWEX MCLK, Byte mask delay MDQM0 to time MDQM1...
  • Page 234 S6J3310/20/30/40 Series DDR-HSSPI 9.1.4.16 (1) DDR-HSSPI Interface Timing (SDR Mode) : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, V = DV = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks HSSPI clock cycle M_SCLK0 when Quad Page Program...
  • Page 235 S6J3310/20/30/40 Series M_SCLK0 G_SCLK0 spcnt delayed sample clock isdata ihdata G_SDATA0_0-3, M_SDATA0_0-3, valid M_SDATA1_0-3 G_SDATA1_0-3 (input timing) oddata ohdata G_SDATA0_0-3, M_SDATA0_0-3, valid M_SDATA1_0-3 G_SDATA1_0-3 (output timing) odsel ohsel GSSEL0, 1 M_SSEL0,1 valid (output timing) (2) DDR-HSSPI Interface Timing (DDR Mode) : Recommended operating conditions, Vcc3 = 3.3 V ±...
  • Page 236 S6J3310/20/30/40 Series − SS2CD [1:0] should be configured as 01, 10, or 11. − For *1, the delay of the delay sample clock can be configured (DLP function) M_SCLK0 G_SCLK0 spcnt delayed sample clock isdata ihdata G_SDATA0_0-3, M_SDATA0_0-3, valid M_SDATA1_0-3 G_SDATA1_0-3 (input timing) oddata...
  • Page 237 S6J3310/20/30/40 Series Hyper BUS 9.1.4.17 (1) Hyper Bus Write Timing (HyperFlash) : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, V = DV = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks Hyper Bus clock M_CK 10.0 CKCYC...
  • Page 238 S6J3310/20/30/40 Series (2) Hyper Bus Write Timing (HyperRAM) : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, V = DV = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks Hyper Bus clock M_CK 10.0 CKCYC cycle CS↑↓...
  • Page 239 S6J3310/20/30/40 Series (3) Hyper Bus Read Timing (HyperFlash) : Recommended operating conditions, Vcc3 = 3.3 V ± 3.3 V, V = DV = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks Hyper Bus clock M_CK 10.0 RDSCYC cycle CS↑↓...
  • Page 240 S6J3310/20/30/40 Series (4) Hyper Bus Read Timing (HyperRAM) : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, V = DV = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks Hyper Bus clock M_CK 10.0 RDSCYC cycle CS↑↓...
  • Page 241 S6J3310/20/30/40 Series Ethernet AVB 9.1.4.18 (1) Ethernet Receive Timing : Recommended operating conditions, Vcc53 = Vcc3 = 3.3 V ± 0.3 V, V = DV = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks RXCLK cycle RXCLK 40.0 RXCYC...
  • Page 242 S6J3310/20/30/40 Series (2) Ethernet Transmit Timing : Recommended operating conditions, Vcc53 = Vcc3 = 3.3 V ± 0.3 V, V = DV = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks TXCLK cycle TXCLK 40.0 TXCYC COL/CRS input 12.0 CRXS...
  • Page 243 S6J3310/20/30/40 Series (3) MDIO Timing : Recommended operating conditions, Vcc53 = Vcc3 = 3.3 V ± 0.3 V, V = DV = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks MDC cycle 400.0 MDCYC MDIO input setup MDIO (CL = 20 pF, 100.0...
  • Page 244 S6J3310/20/30/40 Series MediaLB 9.1.4.19 (1) MediaLB Input Timing : Recommended operating conditions, Vcc3 = 3.3 V ± 0.3 V, V = DV = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks MLBCLK cycle MLBCLK 40.0 mckc MLBSIG, MLBDAT MLBSIG dsmcf...
  • Page 245 S6J3310/20/30/40 Series Port Noise Filter 9.1.4.20 : Recommended operating conditions, V 53,DV 5 = 5.0 V ± 10 %, V = DV = AV = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks Width for input ALL GPIO −...
  • Page 246 S6J3310/20/30/40 Series LCD Bus I/F 9.1.4.21 : Recommended operating conditions, Vcc53 = 5.0 V ± 10 % / 3.3 V ± 0.3 V, V = 0.0 V, VCC12 = 1.15 V ± 0.06 V) Value Parameter Symbol Pin Name Conditions Unit Remarks Clock cycle time...
  • Page 247 S6J3310/20/30/40 Series Power and Reset Sequence 9.1.4.22 VCC5 and VCC12 sequence : Recommended operating conditions, V = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks Wait time from LVDH1 level detection to VCC12 − FV12 falling VCC12 VCC12 stabilization VCC12 14.2 −...
  • Page 248 S6J3310/20/30/40 Series Case1) "PSC_1 H --> L --> H transition by VCC5” Note: − RSTX controlled by VCC5. − VCC12 and AVCC5 controlled by PSC_1. − VCC53, VCC3, AVCC3_DAC and DVCC controlled by PSC_1. Can be controlled by VCC5 GPIO also. −...
  • Page 249 S6J3310/20/30/40 Series Case2-1) "PSC_1 H --> L --> H transition by User Program” VCC5 > V DLAT VCC5 PSC_1 VCC12 RDLAT RHYS RDLAT RSTX No timing specification of VCC12 and RSTX PSC_1 Transition PSC_1=L VCC12=OFF VCC12=ON Note: − VCC12 controlled by PSC_1. −...
  • Page 250 S6J3310/20/30/40 Series Case2-2) "PSC_1 H --> L --> H transition by User Program” Note: − VCC12 and AVCC5 controlled by PSC_1. − VCC53, VCC3, AVCC3_DAC and DVCC controlled by PSC_1. Can be controlled by VCC5 GPIO also. *1: VCC12 can be fully depleted or not full depleted. Page 250 of 325 Document Number: 002-10635 Rev.
  • Page 251 S6J3310/20/30/40 Series VCC12 and RSTX Sequence : Recommended operating conditions, V = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks RSTX -> VCC12 fall VCC12, − FV12RST interval time RSTX VCC12 -> RSTX rise VCC12, − RV12RST interval time RSTX VCC5 >...
  • Page 252 S6J3310/20/30/40 Series RSTX and MODE Sequence : Recommended operating conditions, Vcc5 = 5.0 V ± 10 % / 3.3 V ± 0.3 V, V = 0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks RSTX↑ -> MODE↑ RSTX, tMOD −...
  • Page 253 S6J3310/20/30/40 Series A/D Converter 9.1.5 Electrical Characteristics 9.1.5.1 : Recommended operating conditions, V 5 = 5.0 V ± 10 %, V 12 = 1.15 V ± 0.06 V, V = AV = 0.0 V) Conditions Parameter Symbol Pin Name Unit Remarks Resolution −...
  • Page 254 S6J3310/20/30/40 Series Notes on A/D Converters 9.1.5.2 About the Output Impedance of an External Circuit for Analog Input When the external impedance is too high, the analog voltage sampling time may become insufficient. In this case, we recommend attaching a capacitor (about 0.1 µF) to an analog input pin. Analog input circuit model Comparator Analog input...
  • Page 255 S6J3310/20/30/40 Series Glossary 9.1.5.3 Resolution: Analog change that can be identified by an A/D converter Integral linearity error: Deviation of the straight line connecting the zero transition point ("0000 0000 0000" <--> "0000 0000 0001") and full-scale transition point ("1111 1111 1110" <--> "1111 1111 1111") from actual conversion characteristics includes zero transition error, full-scale transition error, and non linearity error.
  • Page 256 S6J3310/20/30/40 Series Integral linearity error Differential linearity error Ideal characteristics Actual conversion N + 1 Actual conversion characteristics characteristics {1 LSB (N - 1) + V (measured value) (measured value) N - 1 Actual conversion (N+1)T characteristics (measured (measured value) value) Ideal characteristics (measured value)
  • Page 257 S6J3310/20/30/40 Series Audio DAC 9.1.6 Electrical Characteristics 9.1.6.1 : Recommended operating conditions, AV 3_DAC = 3.3 V ± 0.3 V, V 12 = 1.15 V ± 0.06 V, V = AV = 0.0 V) Value Parameter Symbol Conditions Unit Remarks Name system clock 18.43...
  • Page 258 S6J3310/20/30/40 Series Figure 9-1: Connection between R and AVCC_DAC/2 (Example) *6: Start up time Figure 9-2: Startup Time Last Voltage 10mV Startup Time Time [sec] *Start up time can be calculated as follows. 1.Start up time (TYP) = 650[ms] (*4) 2.CCOM = 10 µF ×...
  • Page 259 S6J3310/20/30/40 Series *7 Use examples Figure 9-3: Coupling Capacitance (Example) Low Noise Regulator AVCC3＿DAC AVSS AVSS AVSS DAC_R Post LPF / Buffer DAC_L Post LPF / Buffer Notes: − C1: more than 10 μF low ESR capacitors − C2: 0.1 μF ceramic capacitors −...
  • Page 260 S6J3310/20/30/40 Series FLASH Memory 9.1.7 Electrical Characteristics 9.1.7.1 Rating Parameter Unit Remarks Large sector Internal preprogramming time included 8 kB sector Sector erase time Internal preprogramming time included 4 kB sector Internal preprogramming time included 16-bit write time (Program) µs System-level overhead time excluded 32-bit write time (Program) µs...

  • Page 261: Acronyms

    S6J3310/20/30/40 Series 10. Acronyms Acronym Description Acronym Description A/D converter Analog digital converter LLPP Low latency peripheral port Analog digital converter Low voltage detector Advanced high performance bus Microcontroller unit Advanced microcontroller bus Multi-function serial interface AMBATM architecture Noise filter Advanced peripheral bus Non maskable interrupt ATCM...

  • Page 262: Ordering Information

    S6J3310/20/30/40 Series 11. Ordering Information Part Number Package 208-pin plastic TEQFP S6J331EKSESE20000 (LEW208) 208-pin plastic TEQFP S6J332CKSDSE20000 (LEW208) 208-pin plastic TEQFP S6J334CKSESE20000 (LEW208) 176-pin plastic TEQFP S6J331EJSESE20000 (LEV176) 176-pin plastic TEQFP S6J332EJBDSE20000 (LEV176) 176-pin plastic TEQFP S6J332EJTDSE20000 (LEV176) 176-pin plastic TEQFP S6J332EJBESE20000 (LEV176) 176-pin plastic TEQFP...

  • Page 263: Errata

    S6J3310/20/30/40 Series 12. Errata This section describes the errata for the S6J3310/3320/3330/3340 Series. Details include errata trigger conditions, scope of impact, available workarounds, and silicon revision applicability. Contact your local Cypress Sales Representative if you have questions. Part Numbers Affected...
  • Page 264 S6J3310/20/30/40 Series • In case the ID won arbitration, a CAN message with valid CRC is transmitted. • In case this message is acknowledged, the ID stored in the Tx Event FIFO is the ID of the requested Tx message and not the ID of the message transmitted on the CAN bus •...

  • Page 265: Appendix

    S6J3310/20/30/40 Series 13. Appendix 13.1 Application 1: JTAG Tool Connection This is an application example of JTAG tool connection. See the relevant application note 002-03898 in detail. Page 265 of 325 Document Number: 002-10635 Rev. *I...

  • Page 266: Major Changes

    S6J3310/20/30/40 Series 14. Major Changes Page Section Change Results Rev. *A 2.Function List Revised CHIP-ID and Revision as below: 2.2Optional Error) function Function Digit Revision Chip ID S,U,T,V 0x10120000 A,C,E,G 0x1012A000 B,D,F,H 0x10122000 Correct) Function Digit Revision Chip ID S,U,T,V 0x10122100 A,C,E,G 0x10128100...
  • Page 267 S6J3310/20/30/40 Series Page Section Change Results 7. Port Revised as below: Configuration Error) 7.1 Resource RIC_RESIN235(0x01D6) Input OCU1_CK0, OCU1_CK1, OCU1_DOWNB0, OCU1_DOWNB1, OCU1_FCMD0, OCU1_FCMD1, Configuration OCU1_MTSF0, OCU1_MTSF1, OCU1_T0[31:0], OCU1_T1[31:0] Module RIC_RESIN236(0x01D8) OCU1_ZTSF0, OCU1_ZTSF1, OCU1_MOD0 Correct) RIC_RESIN235(0x01D6) OCU1_CK0, OCU1_CK1, OCU1_DOWNB0, OCU1_DOWNB1, OCU1_FCMD0, OCU1_FCMD1, OCU1_MTSF0, OCU1_MTSF1, OCU1_T0[31:0], OCU1_T1[31:0], OCU1_ZTSF0, OCU1_ZTSF1 RIC_RESIN236(0x01D8) OCU1_MOD0...
  • Page 268 S6J3310/20/30/40 Series Page Section Change Results 9.Electric Added Note of a comment as below: Characteristics Maximum clamp current, Total maximum clamp current 9.1.1 Absolute Maximum Correct) Rating *13 VI or VO should never exceed the specified ratings. However, if the maximum current to/from an input is limited by a suitable external resistor, the ICLAMP rating supersedes the VI rating.
  • Page 269 S6J3310/20/30/40 Series Page Section Change Results 9.Electric Deleted VOH25 Spec as below: Characteristics Error) 9.1.3 DC VOH25 characteristics Correct) 9.Electric Deleted VOL25 Spec as below: Characteristics Error) 9.1.3 DC VOL25 characteristics Correct) 9.1 Electrical Revised as below: Characteristics Error) 9.1.4 AC Internal clock frequency, F , Value, Max *1, 60MHz CLK_HAPP1B0...
  • Page 270 S6J3310/20/30/40 Series Page Section Change Results 9.Electric Revised device revision as below: Characteristics Error) 9.1.4.5 Power- *1: This specification is at 1V/μs of power ramp rate. on Conditions *2: VCC5 must be held below 0.2V for a minimum period of tOFF. *3: Power ramp rate must be 1V/us or less from 0.2V to 2.6V.
  • Page 271 S6J3310/20/30/40 Series Page Section Change Results 9.Electric Deleted Remarks comment as below: Characteristics (2) Normal synchronous transfer (SCR:SPI=0) and mark level "L" of serial clock output (SMR:SCINV=1) 9.1.4.6Multi- Error) Function Serial Master Mode(CL=20pF, IOL=-5mA, IOH=5mA) Master Mode(CL=20pF, IOL=-10mA, IOH=10mA) @20MHz, @16MHz, 12.5MHz Correct) 9.Electric Revised Max of Low-voltage detection time as below:...
  • Page 272 S6J3310/20/30/40 Series Page Section Change Results 9.Electric Revised as below: Characteristics Error) Value Conditi 9.1.4.12 Parameter Remarks Name Voltage Supply voltage 1.05 1.21 Detection RDP5 range (Internal When power- Voltage) Detection 0.75 0.85 0.95 supply voltage voltage falls When power- Hysteresis supply RHYS...
  • Page 273 S6J3310/20/30/40 Series Page Section Change Results 9.Electric Revised as below: Error) Symb Conditio Value Characteristics Parameter Unit Remarks Name 9.1.4.12 Supply voltage 1.05 1.21 Voltage RDP5 range Detection Detection When power- voltage 0.775 0.875 0.975 supply voltage (Internal RDLBT (before trimming) falls Voltage) When power-...
  • Page 274 S6J3310/20/30/40 Series Page Section Change Results 9.Electric Revised as below: Characteristics Error) (13-1) Display controller0 Timing (TTL mode) 9.1.4.14 Display Correct) Controller (1) Display controller0 Timing (TTL mode) 9.Electric Revised as below: Error) Characteristics 9.1.4.16 DDR- (16-1) DDR-HSSPI Interface Timing (SDR mode) HSSPI Value Parameter...
  • Page 275 S6J3310/20/30/40 Series Page Section Change Results 9.Electric Revised as below: Error) Characteristics (16-2) DDR-HSSPI Interface Timing (DDR mode) 9.1.4.16 DDR- Value Parameter Symbol Pin Name Conditions Unit Remarks HSSPI HSSPI clock cycle M_SCLK0 M_SCLK↑ -> tcyc delayed sample clock↑ spcnt M_SDATA ->...
  • Page 276 S6J3310/20/30/40 Series Page Section Change Results 9.Electric Revised as below: Error) Characteristics (16-1) Hyper Bus Write Timing (HyperFlash) 9.1.4.17 Hyper Value Parameter Symbol Pin Name Conditions Unit Remarks CS↑↓ -> CK↑ M_CS#_1,2 (CL = 20pF, Chip Select setup time IOL=-10mA, CK↓...
  • Page 277 S6J3310/20/30/40 Series Page Section Change Results 9.Electric Revised as below: Characteristics Error) 9.1.4.17 Hyper (16-3) Hyper Bus Read Timing (HyperFlash) Value Parameter Symbol Pin Name Conditions Unit Remarks CS↑↓ -> CK↑ M_CS#_1,2 Chip Select setup time DQ -> CK↑↓ M_DQ7-0 1.25 Input setup time CK↑↓...
  • Page 278 S6J3310/20/30/40 Series Page Section Change Results 9.Electric Revised as below: Characteristics Error) 9.1.4.17 Hyper (16-4) Hyper Bus Read Timing (HyperRAM) Value Parameter Symbol Pin Name Conditions Unit Remarks CS↑↓ -> CK↑ M_CS#_1,2 Chip Select setup time DQ -> CK↑↓ M_DQ7-0 1.25 Input setup time CK↑↓...
  • Page 279 S6J3310/20/30/40 Series Page Section Change Results 9.Electric Revised as below: Characteristics Error) 9.1.4.19 (19-1) MediaLB Input Timing MediaLB Value Parameter Symbol Pin Name Conditions Unit Remarks MLBCLK cycle MLBCLK 19.53 mckc MLBSIG, MLBDAT MLBSIG dhmcf Input hold MLBDAT Notes: This is Target Spec. (19-2) MediaLB Output Timing Value Parameter...
  • Page 280 S6J3310/20/30/40 Series Page Section Change Results Rev. *B Revised the below: 3.Product Description Error) 3.2.Product (None) 12bit resolution, 2 unit description 48 channels of analog input for TEQFP208 48 channels of analog input for TEQFP176 35 channel of analog input for TEQFP144 24 channels of them are shared with the SMC for TEQFP208/176/144 External trigger and timer trigger are available.
  • Page 281 S6J3310/20/30/40 Series Page Section Change Results Revised the below: 8.Precautions Error) and Handling Devices (1) Preventing Over-Voltage and Over-Current Conditions 8.1.1.Precaution Exposure to voltage or current levels in excess of maximum ratings at any pin is likely to cause deterioration within the s for Product device, and in extreme cases leads to permanent damage of the device.
  • Page 282 S6J3310/20/30/40 Series Page Section Change Results Revised as below: 9.Electric Error) Characteristics 9.1.4.1.Source Notes: clock timing − The maximum/minimum values have been standardized with the main clock and PLL clock in use. − Jitter of source oscillator must be smaller than 300ppm. Correct) Notes: −...
  • Page 283 S6J3310/20/30/40 Series Page Section Change Results Revised as below: 9.Electric Error) Characteristics 9.1.4.6Multi- C timing (SMR:MD2-0=0b100) : Recommended operating conditions, Vcc5=Vcc53=5.0 V ±10%, V 12=1.15V ±0.06V, V =0.0 V) Function Serial Standard High-Speed Mode Mode Parameter Symbol Pin Name Conditions Unit Remarks SCL0, SCL1, SCL4,...
  • Page 284 S6J3310/20/30/40 Series Page Section Change Results Added sentences as below: 9.Electric Characteristics Error) 9.1.4.11.Low Voltage Value Parameter Symbol Pin Name Conditions Unit Remarks Detection When power- (External Detection voltage supply voltage VCC12 0.7841 0.8125 0.8410 Voltage) RDLAT (after trimming) falls Typ±3.5% Correct) Value...
  • Page 285 S6J3310/20/30/40 Series Page Section Change Results Added AC specification of LCD bus I/F as below. 9.Electric Characteristics Correct) 9.1.4.21 LCDCbus I/F 9.1.4.21 LCDbus I/F (1) Intel-8080 (TA: Recommended operating conditions, Vcc3=3.3 V ±0.3V, VSS=DVSS=AVSS=0.0 V) Value Parameter Symbol Pin Name Conditions Unit Remarks...
  • Page 286 S6J3310/20/30/40 Series Page Section Change Results (2) Motorola-6800 (TA: Recommended operating conditions, Vcc3=3.3 V ±0.3V, VSS=DVSS=AVSS=0.0 V Value Parameter Symbol Pin Name Conditions Unit Remarks Address hold time D/C#, R/W# (CL = 20pF, Address setup time D/C#, R/W# =-5mA, Write cycle time tCYCW CS#, E =5mA),...
  • Page 287 S6J3310/20/30/40 Series Page Section Change Results Rev. *C Features Error) General purpose I/O port : up to 146  Correct) General purpose I/O port : up to 148  1.Overview Error) 1.2 Document Document Document Type Definition Primary User definition Code Investigator S6J3310/20/30/40...
  • Page 288 S6J3310/20/30/40 Series Page Section Change Results 2.Function List Error) Product Function S6J3310 S6J3320 S6J3330 S6J3340 Remark lineup Sound waveform 1 unit x 5 outputs See 2.2.1 generator One only supports an 2 ch output as a function of the sound system. Correct) Function S6J3310...
  • Page 289 S6J3310/20/30/40 Series Page Section Change Results 2.Function List Error) 2.2.2 ID Function Digit Revision Chip ID JTAG ID S,U,T,V 0x10122100 0x1000B5CF A,C,E,G 0x10128100 0x1000B5CF B,D,F,H 0x10120100 0x1000B5CF Correct) Function Digit Revision Chip ID JTAG ID S,U,T,V 0x10122100 0x1000B5CF 0x10122200 A,C,E,G 0x10128100 0x10128200 B,D,F,H...
  • Page 290 S6J3310/20/30/40 Series Page Section Change Results 4.Package and Error) Pin Assignment 4.1.3 TEQFP-144 Pin Assignment(S6J3310) 4.1.3 TEQFP- Figure 4-2: TEQFP-144 144 Pin Correct) Assignment 4.1.3 TEQFP-144 Pin Assignment Figure 4-9: TEQFP-144 (S6J331xHyz) Figure 4-10: TEQFP-144 (S6J332xHyz) add Figure 4-11: TEQFP-144 (S6J333xHyz) add Figure 4-12: TEQFP-144 (S6J334xHyz) add Error) 4.Package and...
  • Page 291 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Error) Characteristics Power consumption 1500 9.1.1 Absolute ≤2000mW Operating temperature Maximum ≤1200mW Ratin Correct) C≤T ≤105 2000 Power consumption C≤T ≤125 1100 ≤2000mW Operating temperature ≤1100mW 9. Electric Error) Characteristics PD≤2000mW Operating temperature 9.1.2 PD≤1200mW Recommended...
  • Page 292 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Error) Characteristics LVDL0 9.1.2 LVDL1 Recommended LVDL2 operating LVDH0 condition LVDH1 LVDH2 Detection voltage of the external low voltage detection reset (initial) is 2.6V±3.5%*2 *3 or 4.0V±3.5%*1. This detection voltage level setting is below the minimum operation assurance voltage (2.7V*2 *3 or 4.0V*1) .
  • Page 293 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Error) Characteristics =25C. Power only supplies to Backup µA RAM and system controllers. When using 9.1.3 DC 4MHz crystal for main oscillator. characteristics =25C. Power only supplies to Backup RAM and system controllers. When Timer mode CCT5 shutting down 16kB Backup RAM and...
  • Page 294 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Error) Characteristics μs Power off time VCC5 9.1.4.5 Power- on Conditions Correct) μs Power off time VCC5 9.Electric Error) Characteristics S6J33xxxSC, S6J33xxxUC, S6J33xxxTC, S6J33xxxVC, 9.1.4.11Low S6J33xxxAC, S6J33xxxBC, S6J33xxxCC, S6J33xxxDC, Voltage S6J33xxxEC, S6J33xxxFC, S6J33xxxGC, S6J33xxxHC Detection Correct) S6J33xxxSx, S6J33xxxUx, S6J33xxxTx, S6J33xxxVx,...
  • Page 295 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Low-voltage detection (external low-voltage detection) Characteristics Error) 9.1.4.11 Low Value Parameter Symbol Conditions Unit Remarks Voltage Name Detection Supply (External voltage VCC5 Voltage) range When power- Detection supply voltage VCC5 voltage falls and DLBT (before detection level is...
  • Page 296 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Low-voltage detection (1.15 V power supply low-voltage detection) Characteristics Error) 9.1.4.11 Low Value Parameter Symbol Conditions Unit Remarks Voltage Name Detection Supply (External voltage VCC12 1.09 1.21 RDP12 Voltage) range Detection When power- voltage VCC12 0.7125...
  • Page 297 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Low-voltage detection (internal low-voltage detection for LVDL1) Characteristics Error) 9.1.4.12 Low Value Parameter Symbol Conditions Unit Remarks Voltage Name Detection Supply (Internal voltage 1.05 1.21 RDP5 Voltage) range When power- Detection 0.775 0.875 0.975 supply voltage...
  • Page 298 S6J3310/20/30/40 Series Page Section Change Results Correct) Value Parameter Symbol Conditions Unit Remarks Name Supply voltage 1.05 1.21 RDP5 range Detection When power- voltage *1 *2 0.775 0.875 0.975 supply voltage RDLBT (before falls trimming) Detection When power- voltage supply voltage *1 *2 0.844 0.875...
  • Page 299 S6J3310/20/30/40 Series Page Section Change Results 11. Ordering Error) Information Part Number Package 208-pin plastic TEQFP S6J331EKCC******* (TEQFP208) 208-pin plastic TEQFP S6J331EKBC******* (TEQFP208) 208-pin plastic TEQFP S6J331EKAC******* (TEQFP208) 176-pin plastic TEQFP S6J331EJCC******* (TEQFP176) 176-pin plastic TEQFP S6J332EJCC******* (TEQFP176) 176-pin plastic TEQFP S6J331EJAC******* (TEQFP176) 176-pin plastic TEQFP...
  • Page 300 S6J3310/20/30/40 Series Page Section Change Results Correct) Part Number *1 Package 208-pin plastic TEQFP S6J331EKEx******* (LEW208) 208-pin plastic TEQFP S6J332CKSx******* (LEW208) 208-pin plastic TEQFP S6J334CKSx******* (LEW208) 176-pin plastic TEQFP S6J331EJAx******* (LEW176) 176-pin plastic TEQFP S6J332CJBx******* (LEW176) 176-pin plastic TEQFP S6J332CJTx******* (LEW176) 176-pin plastic TEQFP S6J332EJBx*******...
  • Page 301 S6J3310/20/30/40 Series Page Section Change Results 3. Product Error) Description Power Supply 3V external power supply should be controlled by GPIO. 3.2 Product Correct) description Power Supply 3V external power supply could be controlled by GPIO. 7. Port Error) configuration 7.1 Resource Correct) Input...
  • Page 302 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Error) Characteristics 9. 1 Electric Correct) Characteristics Newly added *B Relevant pins: All general-purpose ports and analog input pins *C Relevant pins: All general-purpose ports and analog input pins 9. Electric Error) Characteristics −...
  • Page 303 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Error) Characteristics 9.1.2 Correct) Recommended Note: operating −TA: Ambient temperature (JEDEC) condition −TC: Case temperature (JEDEC), the maximum measured temperature of package case top. −Both rating of TA and TC should simultaneously be satisfied as maximum operation temperature. −The following condition should be satisfied in order to facilitate heat dissipation.
  • Page 304 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Error) Characteristics Value 9.1.3 DC Parameter Symbol Conditions Unit Remarks Name characteristics =-40 ~ 105C CPU:240MHz, Normal HPM:120MHz 1000 operation (CPU:200MHz, HPM:200MHz) GDC : 200MHz Power CC12 =-40 ~ 105C supply CPU:240MHz, current Flash HPM:120MHz...
  • Page 305 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Error) Characteristics 9.1.4.22 Power Correct) and Reset Newly added Sequence Case-1, Case2-1 and Case2-2 9. Electric Error) Rating Characteristics Parameter Unit Remarks 9.1.7.1 Large sector Electrical Internal preprogramming time Characteristics included 8kB sector Sector erase time Internal preprogramming time included...
  • Page 306 S6J3310/20/30/40 Series Page Section Change Results 12. Appendix Error) 12.1 Application 1: Correct) JTAG tool Newly added this section connection Rev. *F 1. Overview Error) 1.2 Document Table 1-1 Definition Correct) Table 1-1: Document Definition 2. Function List Error) 2.1 Function Table 2-1 List Correct)
  • Page 307 S6J3310/20/30/40 Series Page Section Change Results 4. Package Error) and Pin z : C, D (Revision) Assignment 4.1 Pin Correct) Assignment z : C, D, E (Revision) Page 307 of 325 Document Number: 002-10635 Rev. *I...
  • Page 308 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Error) Characteristics Value 9.1.3 DC Parameter Symbol Conditions Unit Remarks Name characteristics =-40 ~ 105C CPU:240MHz, HPM:120MHz (CPU:200MHz, HPM:200MHz) Normal GDC : 200MHz operation Example use case *1 =-40 ~ 105C CC12 CPU:60MHz, HPM:60MHz VCC1 GDC : 60MHz...
  • Page 309 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Error) Characteristics 9.1.3 DC characteristics Correct) Value Paramete Symb Condition Unit Remarks Name =25 C. 4 MHz crystal for main oscillator µA PD1=ON, PD4_0=ON, PD4_1=ON =25 C. 4 MHz crystal for main oscillator. µA PD1=ON, PD4_0=ON or PD4_1=ON...
  • Page 310 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Error) Characteristics Figure 9-1 9.1.6 Audio Figure 9-2 Figure 9-3 Correct) Figure 9-1: Connection between R and AVCC_DAC/2 (Example) Figure 9-2: Startup Time Figure 9-3: Coupling Capacitance (Example) 11. Ordering Error) Information x : C,D (Revision) Correct) x : C,D, E (Revision)
  • Page 311 S6J3310/20/30/40 Series Page Section Change Results 3: Product Feature: Clock Description Error) 3.2. Product Description Correct) Main Oscillation Stabilization Wait Time (at 4 MHz):8.19ms (Initial value) 3: Product Error) Description 3.2. Product Description Correct) Feature: Embedded CR oscillation See the TraveoTM Platform hardware manual in detail. Stabilization time is as followings.
  • Page 312 S6J3310/20/30/40 Series Page Section Change Results 3: Product Feature: I2S Description Error) 3.2. Product − I2S has its own PPU, but the function is fixed to disable. Description Correct) 3: Product Feature: Multi-Functional Serial (MFS) Description Error) Some ports of MFS have the dedicated I/O for I 3.2.
  • Page 313 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Error) Rating Characteristics Parameter Unit Remarks 9.1.7.1 Electrical Large sector*1 Characteristics Internal preprogramming time included 8kB sector*1 Sector erase time Internal preprogramming time included 4kB sector Internal preprogramming time included 16bit write time(Program) µs System-level overhead time excluded 32bit write time(Program)
  • Page 314 S6J3310/20/30/40 Series Page Section Change Results Rev. *H 1. Overview Added the Document Definition as below. 1.2 Document Definition Error Document Type Definition Primary User Document Code The function and its S6J3310/20/30/40 Investigator and hardware characteristics are 002-10635 Datasheet engineer specified quantitatively.
  • Page 315 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Added the Hysteresis voltage as below. Characteristics 9.1.3 DC Correct) Characteristics CMOS hysteresis P0_00 to 0.05×V HYS1 input level is P0_20, selected P2_09 to P2_19, P3_00 Automotive to P3_07, input level is 0.03×V HYS2 P3_24 to...
  • Page 316 S6J3310/20/30/40 Series Page Section Change Results 9. Electric Added the *4 in “Remarks” column Characteristics 9.1.4.3 Internal Error) Clock Timing SSCG0 output clock SSCG1 output clock SSCG2 output clock SSCG3 output clock PLL0 output clock PLL1 output clock PLL2 output clock PLL3 output clock Correct) SSCG0 output clock *4...
  • Page 317 S6J3310/20/30/40 Series Page Section Change Results 11. Ordering Revised as below. Information Error) Part Number *1 Package 208-pin plastic TEQFP S6J331EKEx******* (LEW208) 208-pin plastic TEQFP S6J332CKSx******* (LEW208) 208-pin plastic TEQFP S6J334CKSx******* (LEW208) 176-pin plastic TEQFP S6J331EJAx******* (LEV176) 176-pin plastic TEQFP S6J332CJBx******* (LEV176) 176-pin plastic TEQFP...
  • Page 318 S6J3310/20/30/40 Series Page Section Change Results 11. Ordering Correct) Information Part Number Package 208-pin plastic TEQFP S6J331EKSESE20000 (LEW208) 208-pin plastic TEQFP S6J332CKSDSE20000 (LEW208) 208-pin plastic TEQFP S6J334CKSESE20000 (LEW208) 176-pin plastic TEQFP S6J331EJSESE20000 (LEV176) 176-pin plastic TEQFP S6J332EJBDSE20000 (LEV176) 176-pin plastic TEQFP S6J332EJTDSE20000 (LEV176) 176-pin plastic TEQFP...
  • Page 319 S6J3310/20/30/40 Series Page Section Change Results 3. Product Added the below Description 3.2 Product Correct) Description Feature Description Table 3-1: AN39 to AN63 are not support for S6J33xxxAx, S6J33xxxCx, S6J33xxxEx, and A/D Converter Product S6J33xxxGx option. Features Page 319 of 325 Document Number: 002-10635 Rev.
  • Page 320 S6J3310/20/30/40 Series CHAPTER 3: Deleted the shading parts as below: Product Description Error) 3.2.1. Ethernet Functions Remark Direct Memory Access Interface. - partial store and forward - force max amba burst tx/rc - Priority Queueing (Screening) External FIFO Interface Additional Low Latency TX FIFO Interface for DMA configurations MAC Transmit Block - half-duplex - collision...
  • Page 321 S6J3310/20/30/40 Series Page Section Change Results - GMII - SGMII - TBI 10/100/1000 Operation - 1000 M SGMII Operation Jumbo Frames Physical Control Sub-Layer 6. Port Revised the below Description 6.1 Port Error) Description List Package Pin Number Table 6-1 Port Name Description TEQFP...
  • Page 322 S6J3310/20/30/40 Series Page Section Change Results 6. Port Revised the below Description 6.1 Port Error) Description List Package Pin Number Table 6-1 Port Name Description TEQFP TEQFP TEQFP Remark S6J3310 Series PPG10_TOUT0_1 Base timer 21 output pin (1) Correct) Package Pin Number Port Name Description TEQFP...

  • Page 323: Document History

    S6J3310/20/30/40 Series Document History Document Title: S6J3310 Series/S6J3320 Series/S6J3330 Series/S6J3340 Series, 32-bit Microcontroller Traveo™ Family Document Number: 002-10635 Orig. of Revision Submission Date Description of Change Change 5063970 TMOR 01/25/2016 New Spec. Correct device revision, Chip ID, LVD spec, DDR-HSSPI spec, Hyper BUS spec, and MediaLB spec 5203759 TMOR...
  • Page 324 S6J3310/20/30/40 Series Orig. of Revision Submission Date Description of Change Change For detail, see “Major Changes” - Add an option limitation for Description of A/D Converter of Product Description. - Update Ethernet Support Functions. - Update Base timer allocation 6300353 GSHI 09/05/2018 - Added 12.

  • Page 325: Sales, Solutions, And Legal Information

    (“Unintended Uses”). A critical component is any component of a device or system whose failure to perform can be reasonably expected to cause the failure of the device or system, or to affect its safety or effectiveness. Cypress is not liable, in whole or in part, and you shall and hereby do release Cypress from any claim, damage, or other liability arising from or related to all Unintended Uses of Cypress products.
  • Page 326 Mouser Electronics Authorized Distributor Click to View Pricing, Inventory, Delivery & Lifecycle Information: Cypress Semiconductor S6J334CHFESE20000 S6J332EJTDSE20000 S6J332EJBESE20000 S6J334DJEESE20000 S6J332EJTESE20000 S6J334CKSDSE20000 S6J334EJEESE20000 S6J334EJTESE20000 S6J334DJTESE20000 S6J334CKSESE20000 S6J334BJDESE20000 S6J332CJTDSE20000 S6J332CKSDSE20000 S6J332EJBDSE20000 S6J334CJBESE20000 S6J334CJEESE20000 S6J334DHEESE20000 S6J334DHFESE20000 S6J334EHEESE20000 S6J334EJBESE20000 S6J332DJEESE20000 S6J331EJSESE20000 S6J331EKSESE20000 S6J332CKSESE20000 S6J332EHBESE20000 S6J334CHEESE20000 S6J334BJDDSE20000 S6J334DJEDSE20000 S6J334EJEDSE20000...

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