NETMF Cpu.Pin / PWM Channel /Analog Channel

A usable reference :

NETMF pin map
Cpu.Pin	Port	Cpu.Pin	Port	Cpu.Pin	Port
0	PA0	32	PC0	64	PE0
1	PA1	33	PC1	65	PE1
2	PA2	34	PC2	66	PE2
3	PA3	35	PC3	67	PE3
4	PA4	36	PC4	68	PE4
5	PA5	37	PC5	69	PE5
6	PA6	38	PC6	70	PE6
7	PA7	39	PC7	71	PE7
8	PA8	40	PC8	72	PE8
9	PA9	41	PC9
10	PA10	42	PC10
11	PA11	43	PC11
12	PA12	44	PC12
13	PA13	45	PC13
14	PA14	46	PC14
15	PA15	47	PC15
16	PB0	48	PD0
17	PB1	49	PD1
18	PB2	50	PD2
19	PB3	51	PD3
20	PB4	52	PD4
21	PB5	53	PD5
22	PB6	54	PD6
23	PB7	55	PD7
24	PB8	56	PD8
25	PB9	57	PD9
26	PB10	58	PD10
27	PB11	59	PD11
28	PB12	60	PD12
29	PB13	61	PD13
30	PB14	62	PD14
31	PB15	63	PD15

C# Example:   
LED   = new OutputPort((Cpu.Pin)5, true);  //PA5
// Assign the I/O port PA5 as a output port for LED display.

PWM CHANNEL	Physical Pin		ANALOG  CHANNEL	Physical Pin
0	PC6		0	PA6
1	PA7		1	PA2
2	PC7		2	PA3
3	PA8		3	PC0
4	PB0		4	PC1
5	PB1		5	PA4
6	PB5		6	PC2
7	PB4		7	PC3
8	PB3		8	PA5
9	PB11		9	PB0
10	PB10		10	PB1
11	PA10
12	PA9
13	PA15
14	PB8
15	PB9

C# Example :
 AnalogInput Sensor1 = new AnalogInput(Cpu.AnalogChannel.ANALOG_3);
// Assign the Analog input channel 3 as a Sensor1
  PWM Moto1Pwm = new PWM(Cpu.PWMChannel.PWM_0, 10000, 0.5, false);
// Assign PWM channel 0 as Moto1Pwm output  and working at 10KHz, 50% duty cycle