Do-it ESP-F1 Manuel utilisateur

ESP-F1

Manual

DOIT.AM®Doctors of Intelligence & Technology Co., LTD

ESP-F1WiFi Module

Ver V1.1 Mar., 18, 2017 Num.: DM0012CN

Doctors of Intelligence & Technology Co., LTD (www.doit.am) Copyright@2014-2017

Features

SOC characteristics

Built-in Tensilica L106 ultra-low power

consumption 32-bit cpu, the main frequency

can be 80MHz and 160MHz, also support

RTOS;

Built-in TCP/IP protocol stack;

Built-in 1 channel 10-bit high precision ADC;

The outside interfaces have HSPI, UART,

I2C, I2S, IR Remote Control, PWM, GPIO;

The deep-sleep current is about 10uA, and the

cut-off current is smaller than 5uA;

Can be wake-up within 2 ms, and connect to

transmit data package;

the consume power is smaller than 1.0mW

(DTIM3) when at standby status;

Wi-Fi characteristics

Support 802.11 b/g/n/e/i

Support three modes: Station, SoftAP, and

SoftAP+STA;

SupportWi-Fi Direct(P2P);

Support hardware acceleration for CCMP

(CBC-MAC, computation mode), TKIP (MIC,

RC4), WAPI(SMS4), WEP(RC4), CRC;

P2P find, P2P GO mode/GC mode and P2P

power management;

WPA/PA2 PSK and WPS;

Support 802.11 i security: pre-certification

and TSN;

Support 802.11n (2.4 GHz);

802.1h/RFC1042 frame encapsulation;

Support seamless roam;

Support AT remote updation and cloud OTA

updation;

Support SmartConfig function for Android

and iOS device SmartConfig.

Peripheral for Module

2*UART;

1*En;

1*ADC

1*wakeup pin

1*HSPI

1*I2C

1*I2S

4M byte Flash

MAX 11* GPIOs;

Working temperature: -40℃-85℃

Module size: 16mm*24mm;

Applications

● Serial Transparent transmission;

● WiFi prober;

● Smart power plug/Smart LED light;

● Mesh networks;

● Sensor networks;

● Wearable electronics;

● Securit ID label;

● Wireless location recognition;

● Wireless location system beacon;

● Industrial wireless control.

Module Type

Name Antenna Type

ESP-F1 IPEX antenna

Antenna Information

Type of antenna: Dipole Antenna

Gain of the antenna (Max.): 2 dBi

Frequency range: 2400-2500MHz.

DOIT.AM®

Doctors of Intelligence & Technology Co. Ltd (www.doit.am) Copyright@2014-2017

Achieve Update

Date

Version

Update

Mar, 21, 2017

V1.0

Ver 1.0

DOIT.AM®

Doctors of Intelligence & Technology Co. Ltd (www.doit.am) Copyright@2014-2017

Context

Figures...........................................................................................................................4

Table..............................................................................................................................4

1. Introduction............................................................................................................... 1

2. Interface Definition...................................................................................................3

3. Shape and Size.......................................................................................................... 5

4. Electronical Characteristics...................................................................................... 6

5. Power Consumption.................................................................................................6

6. Wi-Fi RF Characteristics.......................................................................................... 7

7. The Recommended Sold Temperature Curve......................................................... 8

8. Schematics for ESP-F1............................................................................................. 8

9. Minimum System......................................................................................................9

10. Peripheral Line Suggestion...................................................................................11

Appendix..................................................................................................................... 12

DOIT.AM®

Doctors of Intelligence & Technology Co. Ltd (www.doit.am) Copyright@2014-2017

Figures

Fig. 1.1 Module Structure........................................................................................................................................................1

Fig. 2.1 ESP-F1 Definition for Pins........................................................................................................................................ 3

Fig. 3.1 Shape for ESP-F1.......................................................................................................................................................5

Fig. 3.2 Size for ESP-F1..........................................................................................................................................................5

Fig. 7.1 Temperature Curve when Sold.................................................................................................................................. 8

Fig. 9. 1 Minimum System......................................................................................................................................................9

Table

Table 1.1 Parameters for ESP-F1............................................................................................................................................ 2

Table 2.1 Pin Modes................................................................................................................................................................3

Table 2.2 Function Definition of Module Pins........................................................................................................................4

Table 3.1 Size for ESP-F1.......................................................................................................................................................5

Table 4.1 Electronics...............................................................................................................................................................6

Table 5.1 Power Consumption............................................................................................................................................... 6

Table 6.1 Wi-Fi RF Characteristics.........................................................................................................................................7

DOIT.AM®ESP-F1 User Manual

Doctors of Intelligence & Technology (DOIT)(www.doit.am) Copyright@2014-2017Page 1

1. Introduction

The WiFi module ESP-F1 is manufactured by using a high-performance chip ESP8266EX. This small

chip is encapsulated an enhanced Tensilica’sL106 diamond series 32-bit kennel CPU with a SRAM.

Thus, ESP8266 has the complete function Wi-Fi function; it not only can be applied independently, but

can be used as a slaver working with other host CPU. When ESP8266 is applied as a slaver, it can start

from the onboard Flash. The built-in high-speed buffer is not only benefit to improve the system

performance, but optimize the store system. In addition, ESP8266 can be used as Wi-Fi adapter by

SPI/SDIO or I2C/UART interface, when it is applied to other MCU design.

The ESP-F1 module supports the standard IEEE802.11 b/g/n/e/i protocol and the complete TCP/IP

protocol stack. User can use it to add the WiFi function for the installed devices, and also can be viewed

as a independent network controller. Anyway, ESP-F module provides many probabilities with the best

price.

DOIT.AM®ESP-F1 User Manual

Doctors of Intelligence & Technology (DOIT)(www.doit.am) Copyright@2014-2017Page 2

Parameters for ESP-F are listed as follows.

Table 1.1 Parameters for ESP-F1

Types Items Parameters

Wi-Fi

Frequency scope 2.4G~2.5G(2400M~2483.5M)

Transmit power

802.11b: +20 dBm

802.11g: +17 dBm

802.11n: +14 dBm

Receiving sensitivity

802.11b: -91 dbm (11Mbps)

802.11g: -75 dbm（54Mbps）

802.11n: -72 dbm（MCS7）

Antenna PCB onboard antenna

Hardware

CPU Tensilica L106 32 bit MCU

Perpherl

UART/SDIO/SPI/I2C/I2S/IR control

GPIO/ADC/PWM/SPI/I2C/I2S

Working voltage 2.5V ~ 3.6V

Working current Average current: 80 mA

Working temperature -40°C ~85°C

Environment

temperature

-40°C ~ 85°C

Size 16mm x 24mm x 3mm

Software

Wi-Fi mode Station/SoftAP/SoftAP+Station

Security mode WPA/WPA2

Encryption type WEP/TKIP/AES

Update firmware UART Download/OTA (by internet)

Software develop Non-RTOS/RTOS/Arduino IDE etc.

Network protocol IPv4, TCP/UDP/HTTP/FTP/MQTT

User configuration AT+ command/cloud sever/ Android/iOS APP

DOIT.AM®ESP-F1 User Manual

Doctors of Intelligence & Technology (DOIT)(www.doit.am) Copyright@2014-2017Page 3

2. Interface Definition

Interface definition of ESP-F can be shown in the following.

Fig. 2.1 ESP-F1 Definition for Pins

Working mode and definition of pins:

Table 2.1 Pin Modes

Mode GPIO15 GPIO0 GPIO2

UART download

low low high

Flash

Boot mode low high high

DOIT.AM®ESP-F1 User Manual

Doctors of Intelligence & Technology (DOIT)(www.doit.am) Copyright@2014-2017Page 4

Table 2.2 Function Definition of Module Pins

Num

Type

Function

RST

Reset the signal outside (enable with low), Reset module

ADC

A/D pin. Input voltage

~1V, value:

~1024

Enable, high level: chip work normally; low level: chip closes with

small current.

IO16

I/O

deep sleep/wakeup

IO14

I/O

GPIO14; HSPI_CLK

IO12

I/O

GPIO12;HSPI_MISO

IO13

I/O

GPIO13;

HSPI_MOSI;U

VCC

Module working voltage: 3.3V

CS0

I/O

GPIO11; SD_CMD; SPI_CS0

MISO

I/O

GPIO7; SD_D0, SPI_MSIO

IO9

I/O

GPIO9; SD_D2 PIHD; HSPIHD

IO10

I/O

GPIO10; SD_D3;SPIWP; HSPIWP1

MOSI

I/O

GPIO8; SD_D1;SPI_MOSI1

SCLK

I/O

GPIO6; SD_CLK; SPI_CLK

GND

IO15

I/O

GPIO15; MTDO;HSPICS;

ART0_RT

IO2

I/O

GPIO2;

ART1

IO0

I/O

GPIO0;SPI_CS2

IO4

I/O

GPIO4

IO5

I/O

GPIO5

RXD

I/O

GPIO3; used to build in Flash as UART Rx

TXD

I/O

GPIO1;

used to build in Flash as UART Tx

DOIT.AM®ESP-F1 User Manual

Doctors of Intelligence & Technology (DOIT)(www.doit.am) Copyright@2014-2017Page 5

3. Shape and Size

Shape and size for this module can be shown as follows. Its size is 16mm*24mm*3mm, and the

Flash is 4M bytes (32Mbits).

Fig. 3.1 Shape for ESP-F

(b) Side View

Fig. 3.2 Size for ESP-F1

Table 3.1Size for ESP-F1

Length Width Height PAD Distance between Pins

16mm

0.9*1.7mm 2mm

DOIT.AM®ESP-F1 User Manual

Doctors of Intelligence & Technology (DOIT)(www.doit.am) Copyright@2014-2017Page 6

4. Electronical Characteristics

Table 4.1 Electronics

Parameters Condition Min Classical Max Unite

Store Temperature - -40 Normal 125 ℃

Sold Temperature IPC/JEDEC

J-STD-020 - - 260 ℃

Working Voltage - 2.5 3.3 3.6 V

I/O

VIL/VIH - -0.3/0.75VIO - 0.25VIO/3.6 V

VOL/VOH - N/0.8VIO - 0.1VIO/N

IMAX - - - 12 mA

Electrostatic release

quantity (Human model) TAMB=25℃- - 2 KV

Electrostatic release

quantity (Human model) TAMB=25℃- - 0.5 KV

5. Power Consumption

Table 5.1 Power Consumption

Parameters Min Classical Max Unite

Tx802.11b, CCK 11Mbps, POUT=+17dBm - 170 - mA

Tx802.11g, OFDM 54 Mbps, POUT =+15dBm - 140 - mA

Tx802.11n,MCS7,POUT =+13dBm - 120 - mA

Rx 802.11b，1024 Bytes, -80dBm - 50 - mA

Rx 802.11g，1024 Bytes, -70dBm - 56 - mA

Rx 802.11n，1024 Bytes, -65dBm - 56 - mA

Modem-sleep①- 15 - mA

Light-sleep②- 0.9 - mA

Deep-sleep③- 20 - μA

close - 0.5 - μA

Note

①: Modem-Sleep mode can be used for the case that CPU is always working, e.g., PWM or I2S etc. If

WiFi is connected and no data is to transmitted, in this case, WiFi modem can be closed to save power

energy. For example, if at DTIM3 status, keep asleep at 300ms, Then, the module can wake up to receive

the Beacon package within 3ms and the current being 15mA.

②: Light-Sleep mode can used for the case that CUP can stop the application temporally, e.g., Wi-Fi

Switch . If Wi-Fi is connected and there is no data packet to transmitted, by the 802.11 standard (e.g., U-

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