ES32F0541LT datasheet, PDF - EEWORLD Datasheet

Datasheet> All Categories > Micro - MCU controller> ES32F0541LT

ES32F0541LT: DescriptionLQFP64,64KB FLASH ROM,8KB RAM,48MHz,-40~85℃,1.85~5.5V; CategoryMicro - MCU controller; File Size1MB，70 Pages; ManufacturerEastSoft; Websitehttp://www.ichaier.com/; Shanghai Neusoft Carrier Microelectronics Co., Ltd. (formerly Shanghai Haier Integrated Circuit Co., Ltd.) has been focusing on chip design for 15 years. It was acquired by Neusoft Carrier in 2015. After years of hard work, it has mastered core technologies with independent intellectual property rights and has achieved fruitful results in design process, product architecture, behavioral level description, RTL level design, verification, layout and home appliance control board design.

Download Datasheet Parametric View All

ES32F0541LT Overview

LQFP64,64KB FLASH ROM,8KB RAM,48MHz,-40~85℃,1.85~5.5V

ES32F0541LT Parametric

Parameter Name	Attribute value
Product number	ES32F0541LT
Encapsulation	LQFP64
I/O	55
FLASH ROM（KB）	64
RAM(KB)	8
Maximum operating frequency (MHz)	48
Operating temperature	-40~85℃
Operating Voltage	1.85~5.5V
DMA channel	6
PIS channel	-
Timer ADI1C4T	1
Timer GP32C4T	1
Timer GP16C4T	3
Timer GP16C2T	4
Timer BS16T	1
Timer LP16T	-
timerRTC	1
ADC bits	12
Number of ADC channels	16
ADC quantity	1
DAC bits	12
Number of DAC channels	1
DAC quantity	1
Communication interface UART	3
Communication interfaceUSART	-
Communication interfaceSUART	2
Communication interfaceLPUART	-
Communication interface IIC	2
Communication interface SPI	2
Communication interfaceIIS	2
Communication interface USBF5 2.0	-
Communication interface CAN2.0	-
AES	-
DES/TDES	-
TRNG	-
CRC	-
motor control	1
Operational Amplifier	-
Analog comparator	4
internal temperature sensor	√
Internal reference voltage	√
Touch button channel	-
LCD	-
special function	PGA (8 times)

ES32F0541LT Preview

Download Datasheet

View All

ES32F0541

数据手册

MCU

ES32F0541

数据手册

产品简介

数据手册

参考手册

上海东½½½波微电子有限公司

2020-05-29

V1.1

1/70

http://www.essemi.com

ES32F0541

数据手册

2. 2. 8. 3

数模½换器

(DAC) ............................................................................. 24

管脚说明

................................................................................................................... 25

管脚图

....................................................................................................................... 25

3. 1. 1

LQFP64 ........................................................................................................... 25

3. 1. 2

LQFP48 ........................................................................................................... 26

3. 1. 3

LQFP32 ........................................................................................................... 27

3. 1. 4

QFN32 ............................................................................................................. 28

管脚功½定义

............................................................................................................ 29

存储器映射图

............................................................................................................ 32

电气特性

................................................................................................................... 33

最小值和最大值、典型值..........................................................................................

芯片电源

................................................................................................................... 33

电流测量

................................................................................................................... 34

芯片极限参数

............................................................................................................ 35

5. 4. 1

电压参数

......................................................................................................... 35

5. 4. 2

电流参数

......................................................................................................... 35

5. 4. 3

热参数

............................................................................................................. 35

运行条件

................................................................................................................... 35

5. 5. 1

运行条件

......................................................................................................... 35

5. 5. 2

上电和掉电参数条件

....................................................................................... 36

5. 5. 3

复½和电源管理模块电气参数

........................................................................ 36

5. 5. 4

电流特性

......................................................................................................... 38

5. 5. 4. 1

正常模式特性

..................................................................................... 38

5. 5. 4. 2

½功耗模式特性

.................................................................................. 46

5. 5. 4. 3

模块在典型应用场合下的电流特性.....................................................

5. 5. 5

外部时钟源电气参数

....................................................................................... 48

5. 5. 6

内部时钟源电气参数

....................................................................................... 51

5. 5. 7

锁相环电气参数

.............................................................................................. 51

5. 5. 7. 1

PLL0

电气参数

.................................................................................... 51

5. 5. 8

存储电气参数

.................................................................................................. 52

5. 5. 9

电磁兼容性

..................................................................................................... 52

5. 5. 10

电气最大额定值

............................................................................................ 52

5. 5. 10. 1

静电释放

........................................................................................... 52

5. 5. 10. 2

静态闩锁

........................................................................................... 53

5. 5. 11

端口电气特性

............................................................................................ 53

5. 5. 11. 1

芯片

端口特性图

.......................................................................... 54

5. 5. 12

NRST

电气特性

............................................................................................. 59

5. 5. 13

定时器特性参数

............................................................................................ 59

5. 5. 14

通信特性参数

................................................................................................ 60

5. 5. 14. 1

I2C

特性参数

..................................................................................... 60

5. 5. 14. 2

SPI

特性参数

..................................................................................... 61

5. 5. 15

½功耗模式½换特性参数

............................................................................. 62

5. 5. 16

ADC

特性参数

............................................................................................... 63

5. 5. 17

CMP

特性参数

............................................................................................... 64

4/70

http://www.essemi.com

第

章

3. 1

3. 2

第

章

第

章

5. 1

5. 2

5. 3

5. 4

5. 5

V1.1

Recommended Resources

Radial wiring power supply circuit b

Current leakage protector circuit

One of the mains undervoltage and overvoltage protection circuits

Fire pump (one in use and one in standby) soft start control circuit a

Voice controlled bird singing lantern circuit (555, KD-5602)

Thyristor circuit controlled by photocoupler

[RVB2601 Creative Application Development] 5 Display letters AB at the same time, and eliminate them by long pressing and short pressing: In the last issue, we have eliminated A. In this issue, we need to display the letters AB at the same time, which requires two lvgl tags. How to do it? I thought of the structure: struct Obj{char name...; cybertovsky XuanTie RISC-V Activity Zone

Is Land Rover's ABS a killing machine or a lifesaver in a car crash?: Recently, a simple car accident made the headlines. The general content was that a Land Rover rushed into a street coffee shop while parking. It was simple because there were no complicated doubts in ...; frozenviolet Automotive Electronics

How to quickly test the continuity and sequence of wire harnesses using the ATX-100S wire harness tester?: How to quickly test the continuity and sequence of wire harnesses using the ATX-100S wire harness tester?...; aigtekatdz Integrated technical exchanges

[FreeRTOS check-in station 5 opens] Interrupts and task switching, closing time is August 26: Activity Overview: Click here to view (including activity encouragement and activity learning content)Check-in start and end time for this site: August 24-August 26 (3 days) Check-in tasks : 1. Read C...; nmg MCU

How do satellite communications work from space?: How do satellite communications work from space?The International Space Station (ISS) orbits the Earth about 217 miles (350 kilometers) above the Earth's surface. That's about 1,148,294 feet (yes, ove...; btty038 RF/Wirelessly

Important considerations in smart speaker design: pros and cons of design: ...; qwqwqw2088 Analogue and Mixed Signal

Popular Components