SLG46620

特性

逻辑和混合信号电路
高度灵活的宏单元
回读保护（Read Lock）
1.8V (±5%) 至 5V (±10%) 电源
工作温度范围：-40°C 至 85°C
符合 RoHS 标准/无卤素
宏单元总览
- 8 位逐次逼近寄存器模数转换器 (SAR ADC)
- ADC 3 位可编程增益放大器 (PGA)
- 2 个数模转换器 (DAC)
- 6 个模拟比较器 (ACMP)
- 两个电压基准（Vref）
- 25 个组合查找表 (LUT)
  - 8 个 2 位 LUT
  - 16 个 3 位 LUT
  - 1 个 4 位 LUT
- 1 个组合功能宏单元
  - 模式发生器或 4 位 LUT
- 3 个数字比较器/脉宽调制器 (DCMP/PWM)，具有可选的死区
- 10 个计数器/延迟 (CNT/DLY)
  - 2 个 14 位延迟/计数器
  - 1 个 14 位延迟/计数器（唤醒睡眠控制）
  - 1 个 14 位延迟/计数器/有限状态机
  - 5 个 8 位延迟/计数器
  - 1 个 8 位延迟/计数器/有限状态机
- 12 个 D 触发器/锁存器
- 2 个管道延迟 – 16 级/2 路输出
- 2 个带隙
- 2 个具有边缘检测的可编程延迟
- 3 个内部振荡器
  - 低频
  - 指环
  - RC 25kHz 和 2MHz
- 上电复位（POR）
- 从SPI

SLG46620 框图

描述

SLG46620 提供一个小型低功耗组件来实现常用的混合信号功能。用户通过对一次性可编程 (OTP) 非易失性存储器 (NVM) 进行编程来配置 SLG46620 的互连逻辑、IO 引脚和宏单元，从而进行电路设计。这款高灵活性的器件能在超小尺寸、超低功耗的单个集成电路中实现丰富多样的混合信号功能设计。

产品参数

属性	值
Special Features	2x DAC, 3x PWM, ADC (8-bit SAR)
GPIOs (#)	18
Nominal VDD	1.71 - 5.5
ACMP Channels (#)	6
DCMP/PWM	3
CNT/DLY (Max) (#)	10
LUTs (Max) (#)	26
D Flip-flops (DFFs) (#)	12
Pipe Delay	2x 16-stage
# of Programable Delays (#)	2
Oscillator Type	RC OSC, LF OSC, Ring OSC
Interface	SPI
Memory Type	OTP
Temp. Range (°C)	-40 to +85°C

封装选项

Pkg. Type	Pkg. Dimensions (mm)	Lead Count (#)	Pitch (mm)
TQFN	2.0 x 3.0	20	0.4
TSSOP	6.4 x 6.5	20	0.65

应用

个人计算机和服务器
电脑周边设备
消费电子
数据通信设备
手持式和便携式电子产品

器件号	状态	样品	供应期限	库存	封装	预算价格（美元）	Lead Count (#)	Carrier Type	Moisture Sensitivity Level (MSL)	Pitch (mm)	Pkg. Dimensions (mm)	Qty. per Reel (#)	Pb (Lead) Free	Temp. Range (°C)	Country of Assembly	Country of Wafer Fabrication
SLG46620G	Active	Available	2032 Dec	有库存	TSSOP	1ku \| $0.562	20#	Tape & Reel	1	0.65mm	6.4 x 6.5	4000#	Yes	-40 to +85°C	TAIWAN	TAIWAN
SLG46620V	Active	Available	2035 May	有库存	TQFN	1ku \| $0.443	20#	Tape & Reel	1	0.4mm	2.0 x 3.0	3000#	Yes	-40 to +85°C	CHINA, TAIWAN	TAIWAN

加载中

筛选

应用说明
英语
AN-1125 In-System Debug for GreenPAK™ Devices with I2C Serial Communication
PDF 351 KB R19AN0532EE0200 Rev.2.00 2026年5月05日
This application note presents the in‑system debug (ISD) capability of GreenPAK™ devices with an I²C interface, allowing designers to modify configuration registers directly on the target PCB without reprogramming NVM. ISD accelerates development by enabling quick adjustments to macrocell settings and routing during real‑time operation. In‑system debug simplifies debugging and supports multiple devices on the same I²C bus.
应用说明
英语
AN-1137 Serial Output Tips & Techniques
PDF 870 KB R19AN0522EE0200 Rev.2.00 2026年4月28日
The SLG46620V and SLG46537V GreenPAK™ devices deliver six versatile serial output methods, ranging from simple pattern generators and SPI-driven FSMs to glitch-free binary, gray code, and pipe-delay state-machine implementations. It shows how to generate reliable serial data streams in low‑power and space-constrained embedded and IoT designs, adapting across GreenPAK platforms.
相关文件：
示例代码
应用说明
英语
AN-1132 8-Channel Digital Output Data Acquisition Card Using LabVIEW
PDF 1.13 MB R19AN0494EE0101 Rev.1.01 2026年4月06日
The SLG46620V GreenPAK™ IC enables a compact, cost-effective solution for converting LabVIEW commands into eight high-power relay outputs for industrial or automation systems. Using a USB-to-TTL interface and embedded SPI logic, it provides seamless integration with LabVIEW for digital output control, offering flexibility and portability for data acquisition applications.
相关文件：
示例代码
应用说明
英语
AN-1131 8-Channel Digital Input Data Acquisition Card Using LabVIEW
PDF 708 KB R19AN0492EE0101 Rev.1.01 2026年4月06日
The SLG46620V GreenPAK™ implements an eight-channel digital input acquisition system that transfers signal states to LabVIEW through a USB-TTL interface. It serializes eight discrete inputs into a UART stream, enabling compact, cost-effective monitoring of industrial or embedded signals. This solution reduces wiring complexity and provides a simple way to integrate PC-based visualization and control using minimal hardware resources.
相关文件：
示例代码
PCB 设计文件
英语
GreenPAK Altium Library
ZIP 10.09 MB 2025年11月06日
The GreenPAK Altium Library is a collection of schematic symbols and physical PCB footprints for Renesas' GreenPAK and Power GreenPAK programmable mixed-signal ICs that are available for use within the Altium Designer software environment. The library allows engineers to easily incorporate these devices into their PCB designs using industry-standard CAD tools.
数据手册
英语
SLG46620 Datasheet
RECOMMENDED
PDF 2.74 MB 2025年4月07日
器件勘误表
英语
SLG46620 Errata
PDF 694 KB 2024年12月19日
应用说明
英语
AN-CM-348 Ballistic Chronograph
PDF 2.14 MB R19AN0169EU0200 Rev.2.00 2024年5月17日
AI 生成的摘要: The ballistic chronograph measures speeds from 1 m/s to 1500 m/s with ±1 m/s accuracy using GreenPAK and ForgeFPGA ICs. Two optical sensors detect an object's passage by infrared phototransistors and comparators in SLG46620V, triggering timing in SLG47910V FPGA. The FPGA calculates speed based on sensor distance and time interval, displaying results on a seven-segment display. SLG46582V LDOs power the sensors and main board. Design files include Verilog code, PCB schematics, BOM, and Gerber files for full implementation and testing.
相关文件：
示例代码
应用说明
英语
AN-CM-333 2-Axis Robot Arm Controlled via Analog Joystick
PDF 659 KB 2022年5月08日
AI 生成的摘要: A 2-axis robot arm is controlled using an analog joystick interfaced with a GreenPAK SLG46620 chip and two Tower Pro SG90 servomotors. The joystick provides analog signals for x- and y-axis movements, which the GreenPAK chip converts to PWM signals to drive the servos independently without a microcontroller. The servomotors rotate between 0° and 180° based on pulse widths from 0.5 ms to 2.5 ms, updated every 20 ms at 50 Hz. The design files include GreenPAK project files, schematics, timing diagrams, and circuit layouts to facilitate implementation.
相关文件：
示例代码
应用说明
英语
AN-CM-329 Frequency Multiplier
PDF 721 KB 2022年3月09日
AI 生成的摘要: Design a frequency multiplier circuit using a single GreenPAK IC, featuring two frequency multiplier blocks controlled by finite state machines and digital comparators. The design includes selector and multiplier settings to generate output frequencies based on input signals. Key components include FLAG and OUT pins for digital output signaling. Design files such as GreenPAK design files (.gp) are available for download, enabling rapid customization and implementation in control and communication applications.
相关文件：
示例代码
应用说明
英语
AN-1056 Macro circuit design ADC PWM
PDF 377 KB 2021年11月01日
AI 生成的摘要: PWM with duty cycle output dependent on input voltage is implemented using the SLG46620V GreenPAK programmable mixed-signal IC. The design uses an ADC, a ramp generator, and logic blocks to convert an analog input voltage into a PWM signal, where the duty cycle is proportional to the input level. This approach enables simple analog-to-digital conversion for microcontroller interfacing or signal processing.
相关文件：
示例代码
应用说明
英语
AN-1136 LED Matrix Sequential Character Display
PDF 646 KB 2021年9月28日
The SLG46620V GreenPAK™ provides an efficient solution for driving an 8x8 LED matrix using serial data from an Arduino. It converts incoming bits to parallel outputs, detects row-change signals, and rapidly scans rows to minimize flicker while reducing GPIO usage. This approach enables compact, low-pin-count LED display systems for text, symbols, and dynamic visual content in embedded or consumer applications.
相关文件：
示例代码
应用说明
英语
AN-1130 Gandalf's Staff with GreenPAK™
PDF 215 KB 2021年9月28日
The SLG46620V GreenPAK™ enables an interactive "Gandalf’s Staff" featuring a pulsing RGB LED controlled by a 3-axis accelerometer. It uses analog comparators and a state machine to cycle colors and adjust pulse speed based on motion. Designers can create a dynamic handheld lighting accessory by integrating sensing, PWM, and logic in a single mixed-signal IC.
相关文件：
示例代码
应用说明
英语
AN-1129 Android controlled LCD Display
PDF 380 KB 2021年9月28日
The SLG46620V GreenPAK™ enables Android-based control of a 16×2 LCD through Bluetooth® connectivity. It receives UART data from an HC06 module and translates it into parallel signals for LCDs. This solution simplifies mobile-driven display integration, reduces wiring complexity, and demonstrates efficient logic design for embedded systems requiring wireless user interfaces.
相关文件：
示例代码
应用说明
英语
AN-1121 A GreenPAK™ based Digital Clock
PDF 1.42 MB 2021年9月28日
The SLG46620V GreenPAK™ devices enable a fully functional digital clock using three ICs, a 32.768kHz crystal, four 7-segment displays, and a 60-LED matrix for seconds. The design supports battery backup, display shutdown for power saving, and an hourly buzzer, delivering a compact and efficient timekeeping solution.
相关文件：
示例代码

数据手册 (1)

数据手册
英语
SLG46620 Datasheet
RECOMMENDED
PDF 2.74 MB 2025年4月07日

应用说明和白皮书 (58)

应用说明
英语
AN-1125 In-System Debug for GreenPAK™ Devices with I2C Serial Communication
PDF 351 KB R19AN0532EE0200 Rev.2.00 2026年5月05日
This application note presents the in‑system debug (ISD) capability of GreenPAK™ devices with an I²C interface, allowing designers to modify configuration registers directly on the target PCB without reprogramming NVM. ISD accelerates development by enabling quick adjustments to macrocell settings and routing during real‑time operation. In‑system debug simplifies debugging and supports multiple devices on the same I²C bus.
应用说明
英语
AN-1137 Serial Output Tips & Techniques
PDF 870 KB R19AN0522EE0200 Rev.2.00 2026年4月28日
The SLG46620V and SLG46537V GreenPAK™ devices deliver six versatile serial output methods, ranging from simple pattern generators and SPI-driven FSMs to glitch-free binary, gray code, and pipe-delay state-machine implementations. It shows how to generate reliable serial data streams in low‑power and space-constrained embedded and IoT designs, adapting across GreenPAK platforms.
相关文件：
示例代码
应用说明
英语
AN-1132 8-Channel Digital Output Data Acquisition Card Using LabVIEW
PDF 1.13 MB R19AN0494EE0101 Rev.1.01 2026年4月06日
The SLG46620V GreenPAK™ IC enables a compact, cost-effective solution for converting LabVIEW commands into eight high-power relay outputs for industrial or automation systems. Using a USB-to-TTL interface and embedded SPI logic, it provides seamless integration with LabVIEW for digital output control, offering flexibility and portability for data acquisition applications.
相关文件：
示例代码
应用说明
英语
AN-1131 8-Channel Digital Input Data Acquisition Card Using LabVIEW
PDF 708 KB R19AN0492EE0101 Rev.1.01 2026年4月06日
The SLG46620V GreenPAK™ implements an eight-channel digital input acquisition system that transfers signal states to LabVIEW through a USB-TTL interface. It serializes eight discrete inputs into a UART stream, enabling compact, cost-effective monitoring of industrial or embedded signals. This solution reduces wiring complexity and provides a simple way to integrate PC-based visualization and control using minimal hardware resources.
相关文件：
示例代码
应用说明
英语
AN-CM-348 Ballistic Chronograph
PDF 2.14 MB R19AN0169EU0200 Rev.2.00 2024年5月17日
AI 生成的摘要: The ballistic chronograph measures speeds from 1 m/s to 1500 m/s with ±1 m/s accuracy using GreenPAK and ForgeFPGA ICs. Two optical sensors detect an object's passage by infrared phototransistors and comparators in SLG46620V, triggering timing in SLG47910V FPGA. The FPGA calculates speed based on sensor distance and time interval, displaying results on a seven-segment display. SLG46582V LDOs power the sensors and main board. Design files include Verilog code, PCB schematics, BOM, and Gerber files for full implementation and testing.
相关文件：
示例代码

查看更多 (58)

勘误表和技术更新 (1)

器件勘误表
英语
SLG46620 Errata
PDF 694 KB 2024年12月19日

原理图和设计文件 (1)

PCB 设计文件
英语
GreenPAK Altium Library
ZIP 10.09 MB 2025年11月06日
The GreenPAK Altium Library is a collection of schematic symbols and physical PCB footprints for Renesas' GreenPAK and Power GreenPAK programmable mixed-signal ICs that are available for use within the Altium Designer software environment. The library allows engineers to easily incorporate these devices into their PCB designs using industry-standard CAD tools.

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附带插座适配器的 GreenPAK SLG46620 (STQFN-20) 开发套件

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GreenPAK 高级开发板和 Lite 开发板与 SLG46xxxX-SKT 和 SLG47xxxV-SKT 插座套件配合使用，为 GreenPAK 器件提供完整的编程、仿真和测试功能。

SLG46620... 阅读详情

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SLG46620V-DIP 20 引脚 DIP 原型开发板非常适合用于借助 SLG46620 可编程混合信号矩阵 IC 进行的模拟板试验和快速原型开发。该板需要 SLG4SA-DIP DIP 适配器才能与 GreenPAK™ Advanced 开发板配合使用。

GreenPAK DIP 适配器是一种小型 PCB，可将 STQFN 封装调整为 DIP 引脚布局。这款 0.43 英寸 x 1.03 英寸的小型电路板使用 20 引脚 DIP 引脚布局，宽度为 0.3 英寸。通过使 STQFN 封装与无焊料模拟板兼容，用户还可将此适配器用于原型开发。

立即订购

SLG46620G-SKT

带插座适配器的 GreenPAK SLG46620 (TSSOP-20) 开发套件

SLG46620G-SKT 是一款插座适配器套件，可与 SLG4DVKADV GreenPAK™ Advanced 开发板或 SLG4DVKLITE GreenPAK Lite 开发板配合使用。 SLG46620G-SKT 套件包含 SLG4SA20-65x64 插座适配器和 50 个 SLG46620G (TSSOP-20) GreenPAK 可编程混合信号矩阵 IC 样品。

GreenPAK 高级开发板和 Lite 开发板与 SLG46xxxX-SKT 和 SLG47xxxV-SKT 插座套件配合使用，为 GreenPAK 器件提供完整的编程、仿真和测试功能。

SLG46620... 阅读详情

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SLG4DVKADV

GreenPAK 高级开发板

GreenPAK^™ 高级开发板为 GreenPAK 器件提供完整的编程、仿真和测试功能 - 适用于 SLG46xxxX-SKT / SLG47xxxV-SKT 插座套件。

它与 GreenPAK Designer 软件（内置于 Go Configure™ Software Hub 中）协同工作，并允许设计人员：快速对自定义样品进行编程、在线测试GreenPAK项目、和使用任一 GreenPAK 器件进行开发。

请注意：插座适配器应单独订购

远程测试该板卡

该板卡已上线云上实验室（Lab on the Cloud)，使用我们的 PC 图形界面，无需实体板卡，便可在虚拟实验室中立即开始配置和测试设计。

启动云上实验室

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用于 GreenPAK 高级开发板的 GreenPAK DIP 适配器

借助用于 GreenPAK™ 高级开发板的 GreenPAK DIP 适配器，可以将 SLG46xxxV-DIP 和 SLG47xxxV-DIP 原型开发板与 GreenPAK 高级开发板配合使用。此器件是高级开发平台和 DIP 开发平台之间的桥梁。

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远程测试该板卡

该板卡已上线云上实验室（Lab on the Cloud)，使用我们的 PC 图形界面，无需实体板卡，便可在虚拟实验室中立即开始配置和测试设计。

启动云上实验室

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Banana PI BPI-AI2H System on Module (SoM)

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Supported Products:

RZ/V2H,5L35023,RAA215300,DA9141,SLG46620,SLG59M1603V,ISL80031,ISL80015,ISL28022

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Supported Products:

RZ/V2N,5L35023,RAA215300,DA9130,SLG59M1603V,SLG59M1717V,SLG46620

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SOMDEVICES uSMARC RZ/V2N

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Supported Products:

RZ/V2N,RAA215300,5L35023,SLG59M1603V,SLG59M1717V,ISL80031A,DA9130,ISL80015,SLG46620

Provided By:

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Supported Products:

RZ/V2N,RAA215300,5L35023,DA9130,SLG59M1603V,SLG59M1717V,ISL80015A,ISL80031A,SLG46620

Provided By:

Tessolve

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中文

GreenPAK 可编程混合信号 IC，VDD 范围：1.71-5.5V，17 个 GPIO，6 个 ACMP，ADC（8 位，SAR），SPI

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Renesas Boards & Kits

远程测试该板卡

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