DUT Control

IO Level  sets the voltage level of Vout (ST40X Pin No. 9). This level defines the "HIGH" logic level of all I/O pins. The value range is 0.9 to 3.5 V with 0.05 V resolution.

Type  selects I/O pin type from Parallel or RFFE for each group. Eight I/O pins are consists of 4 group of 2-pins pair: (Pins No. 1 and 2), (Pins No. 3 and 4), (Pins No. 5 and 6) and (Pins No. 7 and 8).  

Name  shows the name of assigned signal.

State  

RFFE Setup Dialog box

Clock Rate  Specifies the clock rate from 25 kHz to 25 MHz. Possible values are 50000/n, with integer n, 2000 to 2.

Row #  RFFE command sequence number up to 16

Slave Addr  Specifies the slave address in decimal. Slave address should be from 0 to 15 (4 bits).

Command Type  Selects the RFFE command sequence type.

Byte Count  Specifies byte count value in decimal. The value range is depending on command sequence type setting.

Command sequence type

Byte count range

Register 0 Write

Register Read

Register Write

1

Extended Register Write

Extended Register Read

1 to 16

 

Addr Specifies the address value in hex Integer value. The value range is coupled with command sequence type setting.

Command sequence type

Addr range

Register 0 Write

0 (fixed)

Register Read

Register Write

#h00 to #h1F (0-31)

Extended Register Write

Extended Register Read

#h00 to #hFF (0-255)

 

Data  Specifies or reads the data in hex value. Comma separated of data values. The value length is coupled with byte count setting

Parity  Shows the parity value for each data.

Generate Signal for all RFFE channels  Generates the specified RFFE data for all RFFE channels when this button is clicked.

8 Bit I/O Pin Assignment

The ST40X-D sub 15 conversion cable is furnished with the M9341B option 001 Interface cables for M9341B

ST40X Pin No.

D sub 15 Pin No.

Pin Description

1

1

Data 1

2

2

Data 2

3

3

Data 3

4

4

Data 4

5

5

Data 5

6

6

Data 6

7

7

Data 7

8

8

Data 8

-

9

N/A

-

10

N/A

-

11

N/A

9

12

Vout

-

13

N/A

-

14

N/A

10

15

GND

Note for Vout

Vout can supply the source up to 100 mA.

This circuit does not sink the current. Hence, when the voltage setting of Vout is changed, it may take time until the voltage reaches the setting value. The following figure shows the circuit diagram of Vout and Data on 8 bit digital I/O.