Hardware Introduction

Pin Function Description

Figure 2-1[]{#_Toc27124 .anchor} MX206 Pin Diagram

Table 2-1[]{#_Toc3160 .anchor} Pin Description

Pin No.	Name	Direction	Function Description
1	GND	-	Ground
2	RF_IN	\
3	GND	-	Ground
4	ANT_DETECT	\
5	ANT_OFF	O	Disable External Antenna Feeding, Active High by Default
6	ANT_SHORT_N	\
7	VCC_RF	O	3.3V External Antenna Feeding
8	SPI_CSN	B	Master/Slave SPI Chip Select
9	SPI_MOSI	B	Master SPI Data Output or Slave SPI Data Input
10	SPI_CLK	B	Master/Slave SPI Clock
11	SPI_MISO	B	Master SPI Data Input or Slave SPI Data Output
12	GND	-	Ground
13	RSV	-	Reserved, Must Be Left Floating
14	GND	-	Ground
15	GND	-	Ground
16	RSV	-	Reserved, Must Be Left Floating
17	GND	-	Ground
18	RSV	-	Reserved, Must Be Left Floating
19	RCV_STAT	O	Receiver Status Indication, Active High by Default. Outputs High Level After Self-Check Pass, Low Level If Self-Check Abnormal.
20	RTK_STAT	B	RTK Status Indication, Active High by Default. Outputs High Level for RTK Fixed Solution, Low Level for Other Positioning States or No Positioning.
21	RSV	-	Reserved, Must Be Left Floating
22	RSV	-	Reserved, Must Be Left Floating
23	RSV	-	Reserved, Must Be Left Floating
24	RSV	-	Reserved, Must Be Left Floating
25	RSV	-	Reserved, Must Be Left Floating
26	RXD2/CAN1_RX	\
27	TXD2/CAN1_TX	O	CAN1_TX：CAN1 Transmit Data
28	RSV	-	Reserved, Must Be Left Floating
29	RSV	-	Reserved, Must Be Left Floating
30	TXD3/CAN2_TX	O	CAN2_TX：CAN2 Transmit Data
31	RXD3/CAN2_RX	\
32	GND	-	Ground
33	DCIN_3V3	\
34	DCIN_3V3	\
35	RSV	-	Reserved, Must Be Left Floating
36	VBAT	\
37	GND	-	Ground
38	RSV	-	Reserved, Must Be Left Floating
39	RSV	-	Reserved, Must Be Left Floating
40	RSV	-	Reserved, Must Be Left Floating
41	GND	-	Ground
42	TXD1	O	UART1 Transmit Data
43	RXD1	\
44	SDA	B	I2C Data
45	SCL	B	I2C Clock
46	RSV	-	Reserved, Must Be Left Floating
47	RSV	-	Reserved, Must Be Left Floating
48	GND	-	Ground
49	RESET_N	\
50	RSV	-	Reserved, Must Be Left Floating
51	EVENT/PPS2	B	PPS2：Pulse PPS2 Output
52	RSV	-	Reserved, Must Be Left Floating
53	PPS1	O	Pulse PPS1 Output
54	RSV	-	Reserved, Must Be Left Floating

Electrical Characteristics

Absolute Maximum Ratings

Table 2-2[]{#_Toc4794 .anchor} Absolute Maximum Ratings

Name	Description	Minimum Value	Maximum Value	Unit
DCIN_3V3	Supply Voltage	-0.5	3.6	V
VBAT	Backup Battery Voltage	-0.5	3.6	V
Vin	Input Pin Voltage	-0.5	3.6	V
VCC_RF	External LNA Supply Voltage	-0.5	3.6	V
ICC_RF	VCC_RF Current		100	mA
RF_IN	Antenna Input Power		10	dBm
RF_GAIN	Antenna Input Gain Range	20	40	dB
Ts	Storage Temperature	-55	95	℃

Operating Conditions

Table 2-3[]{#_Toc27883 .anchor} Operating Conditions

Name	Description	Minimum Value	Typical Value	Maximum Value	Unit
Ta	Operating Temperature	-40	25	85	℃
DCIN_3V3	Supply Voltage	3.0	3.3	3.6	V
Vrpp	DCIN_3V3 Ripple	0		50	mV
VBAT	Backup Battery Voltage	1.65		3.6	V
IVBAT	Backup Battery Current		8		uA
Vin	Input Pin Voltage	0		DCIN_3V3	V
Vil	IO Input Pin Low Level	0		0.2*DCIN_3V3	V
Vih	IO Input Pin High Level	0.7*DCIN_3V3		1.1*DCIN_3V3	V
Vol	IO Output Pin Low Level			0.4	V
Voh	IO Output Pin High Level	DCIN_3V3-0.4			V
VCC_RF	VCC_RF Voltage		DCIN_3V3-0.1		V
ICC_RF	VCC_RF Current			50	mA
P	Power Consumption		350		mW

Mechanical Dimensions

Table 2-4[]{#_Toc11313 .anchor} Dimensions

Parameter	Minimum Value (mm)	Typical Value (mm)	Maximum Value (mm)
A	21.8	22	22.5
B	16.8	17	17.5
C	2.5	2.7	2.9
D	3.75	3.85	3.95
E	0.95	1.05	1.15
F	1.8	1.9	2
G	1	1.1	1.2
H	0.7	0.8	0.9
K	1.4	1.5	1.6
M	3.55	3.65	3.75
N	3.15	3.25	3.35
P	2	2.1	2.2
R	1	1.1	1.2
X	0.9	1	1.1

Figure 2-2[]{#_Toc1467 .anchor} MX206 Mechanical Drawing