Difference between revisions of "ADP-N4 Adapter Board Data Sheet"

Revision as of 17:29, 23 June 2022

Adapter Board:ADP-N1-V2.0 Data Sheet

1 Product Introduction（产品介绍）

ADP-N1-V2.0 is a camera interposer module for NVIDIA Jetson AGX Xavier & TX2 DevKit.

ADP-N1-V2.0 is an upgrade of ADP-N1,added external 12V power supply function.

When 12V power supply is used, 3.3V power supply of the main board will be automatically cut off.

ADP-N1-V2.0是NVIDIA Jetson AGX Xavier和TX2开发套件的摄像头转接模块。

ADP-N1-V2.0是ADP-N1的升级款，增加了外部12V供电功能。

当使用12V供电时，自动切断主板3.3V供电。

2 Product Picture（产品图片）

PART NUMBER / 型号	FRONT VIEW / 正面图片	BACK VIEW / 背面图片	FFC CABLE/FFC线缆
ADP-N1	ADP-N1-V2.0	ADP-N1-V2.0	FFC28P-0.5MM-20CM-T

ADP-N1-V2.0 pinlist

3 Adapter Board Pinlist（接口和引脚说明）

J8：Funcation Jumper（功能选择）
Pin NO.（引脚号）	NAME（名称）	Remarks（说明）
1	CAM_VSYNC	Internal Connect with J7-86 through a level shifter（3.3V to 1.8V）
2	COM	Internal pull up to 3.3V, Rpu=1.5KΩ
3	Ext Trigger In	Internal Connect with J9-1

J9
Pin NO.（引脚号）	NAME（名称）	Remarks（说明）
1	Ext Trigger In	Internal Connect with J8-3
2	GND
3	NC

J11
Pin NO.（引脚号）	NAME（名称）	Remarks（说明）
1	12VIN	DC12V INPUT（DC12V输入）
2	GND

J8,J9,SW1 Functional specifications（J8,J9,SW1功能说明）
J8 Jumper Status（J8跳选状态）	Remarks（说明）
Short connection J8-1 and J8-2 （短接J8的1、2引脚）	Select J7-86(CAM_VSYNC) as the trigger source，Only available Interconnect with TX2 platform （与TX2/TX2平台主板互联时，此时选择的是J7-86（CAM_VSYNC）作为触发源）
Short connection J8-2 and J8-3 （短接J8的2、3引脚）	Select J9-1(Ext Trigger In) as the trigger source （此时选择的是J9-1（Ext Trigger In）作为外触发源）
Short connection J8-2 and J8-3 （短接J8的2、3引脚）	SW1 is used for testing to simulate an external trigger signal，Internal Connect with J9-3 （此时SW1模拟一个外触发信号，与J9-3引脚连接在一起）

J1 / J2 / J3 / J4 / J5 / J6
Pin NO.	J1		J2		J3		J4		J5		J6
Pin NO.	NAME	Remarks	NAME	Remarks	NAME	Remarks	NAME	Remarks	NAME	Remarks	NAME	Remarks
1	GND		GND		GND		GND		GND		GND
2	NC		NC		NC		NC		NC		NC
3	NC		NC		NC		NC		NC		NC
4	GND		GND		GND		GND		GND		GND
5	NC		NC		NC		NC		NC		NC
6	NC		NC		NC		NC		NC		NC
7	GND		GND		GND		GND		GND		GND
8	CSI_A_CLK_P		CSI_B_CLK_P		CSI_C_CLK_P		CSI_D_CLK_P		CSI_E_CLK_P		CSI_F_CLK_P
9	CSI_A_CLK_N		CSI_B_CLK_N		CSI_C_CLK_N		CSI_D_CLK_N		CSI_E_CLK_N		CSI_F_CLK_N
10	GND		GND		GND		GND		GND		GND
11	CSI_A_D1_P		CSI_B_D1_P		CSI_C_D1_P		CSI_D_D1_P		CSI_E_D1_P		CSI_F_D1_P
12	CSI_A_D1_N		CSI_B_D1_N		CSI_C_D1_N		CSI_D_D1_N		CSI_E_D1_N		CSI_F_D1_N
13	GND		GND		GND		GND		GND		GND
14	CSI_A_D0_P		CSI_B_D0_P		CSI_C_D0_P		CSI_D_D0_P		CSI_E_D0_P		CSI_F_D0_P
15	CSI_A_D0_N		CSI_B_D0_N		CSI_C_D0_N		CSI_D_D0_N		CSI_E_D0_N		CSI_F_D0_N
16	GND		GND		GND		GND		GND		GND
17	NC		NC		NC		NC		NC		NC
18	RESERVE	NC	RESERVE	NC	RESERVE	NC	RESERVE	NC	RESERVE	NC	RESERVE	NC
19	GND		GND		GND		GND		GND		GND
20	SCL0	3.3V Level	SCL1	3.3V Level	SCL2	3.3V Level	SCL3	3.3V Level	SCL4	3.3V Level	SCL5	3.3V Level
21	SDA0	3.3V Level	SDA1	3.3V Level	SDA2	3.3V Level	SDA3	3.3V Level	SDA4	3.3V Level	SDA5	3.3V Level
22	GND		GND		GND		GND		GND		GND
23	Sync0		Sync0		Sync0		Sync0		Sync0		Sync0
24	Sync1		Sync1		Sync1		Sync1		Sync1		Sync1
25	VDD_3V3_SLP	PWR OUT	VDD_3V3_SLP	PWR OUT	VDD_3V3_SLP	PWR OUT	VDD_3V3_SLP	PWR OUT	VDD_3V3_SLP	PWR OUT	VDD_3V3_SLP	PWR OUT
26	VDD_3V3_SLP	PWR OUT	VDD_3V3_SLP	PWR OUT	VDD_3V3_SLP	PWR OUT	VDD_3V3_SLP	PWR OUT	VDD_3V3_SLP	PWR OUT	VDD_3V3_SLP	PWR OUT
27	VDD_3V3_SLP	PWR OUT	VDD_3V3_SLP	PWR OUT	VDD_3V3_SLP	PWR OUT	VDD_3V3_SLP	PWR OUT	VDD_3V3_SLP	PWR OUT	VDD_3V3_SLP	PWR OUT
28	GND		GND		GND		GND		GND		GND

J7
Pin NO.	NAME	Remarks	Pin NO.	NAME	Remarks	Pin NO.	NAME	Remarks	Pin NO.	NAME	Remarks
1	CSI_A_D0_P		31	CSI_C_D1_P		61	NC		91	NC
2	CSI_B_D0_P		32	CSI_D_D1_P		62	NC		92	NC
3	CSI_A_D0_N		33	CSI_C_D1_N		63	NC		93	NC
4	CSI_B_D0_N		34	CSI_D_D1_N		64	NC		94	NC
5	GND		35	GND		65	NC		95	NC
6	GND		36	GND		66	NC		96	NC
7	CSI_A_CLK_P		37	CSI_E_D0_P		67	NC		97	NC
8	CSI_B_CLK_P		38	CSI_F_D0_P		68	NC		98	NC
9	CSI_A_CLK_N		39	CSI_E_D0_N		69	GND		99	GND
10	CSI_B_CLK_N		40	CSI_F_D0_N		70	GND		100	GND
11	GND		41	GND		71	NC		101	NC
12	GND		42	GND		72	NC		102	NC
13	CSI_A_D1_P		43	CSI_E_CLK_P		73	NC		103	NC
14	CSI_B_D1_P		44	CSI_F_CLK_P		74	NC		104	NC
15	CSI_A_D1_N		45	CSI_E_CLK_N		75	CAM_I2C_SCL	1.8V Level	105	NC
16	CSI_B_D1_N		46	CSI_F_CLK_N		76	NC		106	NC
17	GND		47	GND		77	CAM_I2C_SDA	1.8V Level	107	NC
18	GND		48	GND		78	NC		108	VDD_3V3_SLP	PWR
19	CSI_C_D0_P		49	CSI_E_D1_P		79	GND		109	VDD_5V0_IO_SYS	PWR
20	CSI_D_D0_P		50	CSI_F_D1_P		80	GND		110	VDD_3V3_SLP	PWR
21	CSI_C_D0_N		51	CSI_E_D1_N		81	NC		111	NC
22	CSI_D_D0_N		52	CSI_F_D1_N		82	NC		112	NC
23	GND		53	GND		83	NC		113	NC
24	GND		54	GND		84	VDD_3V3_SLP	PWR	114	NC
25	CSI_C_CLK_P		55	NC		85	NC		115	GND
26	CSI_D_CLK_P		56	NC		86	CAM_VSYNC	RESERVE	116	GND
27	CSI_C_CLK_N		57	NC		87	NC		117	NC
28	CSI_D_CLK_N		58	NC		88	NC		118	TX2 ：VDD_5V0_IO_SYS AGX：VDD_3V3_IO_SYS	PWR
29	GND		59	NC		89	NC		119	NC
30	GND		60	NC		90	NC		120	TX2 ：VDD_5V0_IO_SYS AGX：VDD_3V3_IO_SYS	PWR

4 Adapter Board Dimension（板子尺寸）

ADP-N1-V2.0 CAD / unit:mm

Download dwg file here

5 PCBA 3D STP File（PCBA 3D STP文件）

download 3D STP file