E220-400M33S LLCC68 433/470MHz LoRa Spread Spectrum Technology SPI Hardware Module

ZZteco

Main parameters	performance		Remark
Main parameters	minimum value	maximum value	Remark
Supply voltage (V)	0	5.5	Exceeding 5.5V will permanently burn the module
Blocking power (dBm)	-	10	Less likely to be burned if used at close range
Working temperature (℃)	-40	85	Industrial grade

Main parameters		performance			Remark
Main parameters		minimum value	Typical value	maximum value	Remark
Working voltage (V)		3	5	5.5	≥5V guaranteed output power
Communication level (V)		-	3.3	-	Using 5V TTL risks burning out
Working temperature (℃)		-40	-	85	Industrial grade design
Working frequency band (MHz)		410	433/470	493	Support ISM frequency band
Power consumption	Emission current (mA)	-	1200	-	Instantaneous power consumption
	Receive current (mA)	-	12.5	-
	Sleep current (μA)	-	1	-	Software shutdown
Maximum transmit power (dBm)		32.5	33	33.5
Receiving sensitivity (dBm)		-	-129	-	-124dbm,BW_L=125kHz,SF = 7,LORA TM ; -129dbm,BW_L=125kHz,SF = 9,LORA TM ; -121dbm,BW_L=250kHz,SF = 7,LORA TM ; -129dbm,BW_L=250kHz,SF = 10,LORA TM ; -117dbm,BW_L=500kHz,SF = 7,LORA TM ; -127dbm,BW_L=500kHz,SF = 11,LORA TM ;










Communication speed rate	GFSK（bps）	0.6k	-121dbm,BW_L=250kHz,SF = 7,LORA TM ;	300k	User programmable customization
Communication speed rate	LoRa（bps）	1.76k	-121dbm,BW_L=250kHz,SF = 7,LORA TM ;	62.5k	User programmable customization

Main parameters	describe	Remark
Measured distance	16km	Sunny and open space, antenna gain 3.5dBi, antenna height 2.5 meters, air rate 2.4kbps
FIFO	256Byte	Maximum length of a single send
Crystal frequency	32MHz	Passive crystal oscillator, recommended 24pF
Modulation method	LORA	It is recommended to use LORA modulation method
Packaging method	SMD type	-121dbm,BW_L=250kHz,SF = 7,LORA TM ;
Interface mode	2.54mm	stamp hole
Communication interface	SPI	0~10Mbps
Overall dimensions	38.5*24mm	-121dbm,BW_L=250kHz,SF = 7,LORA TM ;
RF interface	Stamp hole/IPEX	Equivalent impedance is about 50Ω
weight	5.85g	-121dbm,BW_L=250kHz,SF = 7,LORA TM ;

ZZteco

Pin number	Pin name	Pin direction	Pin usage
1	GND	-	Ground wire, connected to the power reference ground
2	GND	-	Ground wire, connected to the power reference ground
3	GND	-	Ground wire, connected to the power reference ground
4	GND	-	Ground wire, connected to the power reference ground
5	GND	-	Ground wire, connected to the power reference ground
6	RXEN	input	The radio frequency switch receives the control pin, connects to the external microcontroller IO, and is active at high level.
7	TXEN	input	RF switch emission control pin, connected to external microcontroller IO or DIO2, active at high level
8	DIO2	input/output	Configurable general-purpose IO port (see LLCC68 manual for details)
9	VCC	-	Power supply, range 3~5.5V (it is recommended to add external ceramic filter capacitors)
10	VCC	-	Power supply, range 3~5.5V (it is recommended to add external ceramic filter capacitors)
11	GND	-	Ground wire, connected to the power reference ground
12	GND	-	Ground wire, connected to the power reference ground
13	DIO1	input/output	Configurable general-purpose IO port (see LLCC68 manual for details)
14	BUSY	output	Used for status indication (see LLCC68 manual for details)
15	NRST	input	Chip reset trigger input pin, active low level
16	MISO	output	SPI data output pin
17	SMOKE	input	SPI data input pin
18	SCK	input	SPI clock input pin
19	NSS	input	Module chip select pin, used to start an SPI communication
20	GND	-	Ground wire, connected to the power reference ground
21	ON	-	RF interface, stamp hole (50 ohm characteristic impedance)
22	GND	-	Ground wire, connected to the power reference ground
★ For details about the module’s pin definition, software driver and communication protocol, please refer to SEMTECH’s official "LLCC68 Datasheet" ★