DSDK2000 Maxim Integrated Products, DSDK2000 Datasheet - Page 10

• Manufacturer Part Number: DSDK2000
• Description: Power Management Modules & Development Tools HIGH PERFORMANCE DEM CE DEMO KIT PLATFORM
• Manufacturer: Maxim Integrated Products

Specifications of DSDK2000

• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

Table 2. Register Subfield Definitions
Creating and Editing Initialization (.INI) Files
Register View mode provides an easy method for initializing an entire register set using initialization files. To
initialize the register set from an initialization file, choose File®Register .INI File®Load .INI File. To save the state
of a register set to an initialization file, choose File®Register .INI File®Build .INI File. Only the registers of the
currently visible definition file are affected by these commands.
Terminal Mode
In addition to Register View mode and Demo mode, the ChipView software also offers Terminal mode, which gives
direct access to the processor. The commands that can be entered from Terminal mode are listed in
interface specifications are 38,400 baud, 8 data bits, 1 stop bit, no parity, no flow control, ANSI emulation. Locally
typed characters are echoed by the DK2000, not the terminal software.
Table 3. Terminal Mode Commands
F
Help | ?
RB <address>
RW <address>
RL <address>
Repeat <count> <command string>
setDev <0–F>
setSlot <0–3>
TimInfo [slot number]
WB <address> <value>
WW <address> <value>
WL <address> <value>
b7, b6, b5, b4,
b3, b2, b1, b0
SUBFIELD
fullname
address
position
rname
ivalue
rtype
bus
COMMAND
Register address. Hexadecimal format of the form 0x0000.
Register name (acronym) that is displayed in the register map display area. A string of £ 7 characters.
Register type
This field should be always be “1” for definition files used with DK2000.
Initial value written to the register during initialization if the SETUP field is “on.” Two-digit hexadecimal
format of the form “00.”
Register position. Allows the user to sequentially number the register definitions for use in the DISPLAY
field. These numbers are for the user only; this field is not read by the software. For proper use with the
DISPLAY field, register definitions should be numbered consecutively starting from 0 with no missing or
repeated numbers.
Full register name. A string of £ 50 characters that is displayed at the top of the bitmap display when the
register is selected in the register map.
Bit names. Each is a string of £ 6 characters that is displayed in the bit map display.
0 = invalid
1 = read-only
2 = read/write
3 = status1
5 = error
6 = test
7 = status2
– not displayed, read, written, or initialized
– cannot be written
– can be read and written
– read operation is preceded by a write of 0xFF
– cannot be written
– can be read and written
– read operation is are followed by a write of the value read
Display firmware version.
Display help text.
Read from byte at absolute address, no offset added to address.
Example: RB 90000000 reads first address in CS9.
Read 16-bit word at absolute address, no offset added to address.
Read 32-bit long word at absolute address, no offset added to address.
Repeats the command given by <command string> the number of times
specified by the <count> argument.
Set default device number for use with the X command.
Set default slot number for use with the X command.
Displays information about the attached daughter cards. If no slot number is
given, TimInfo displays concise information about all four slots.
Write byte to absolute address, no offset added to address.
Example: WB 90000000 FF writes 0xFF to the first address in CS9.
Write 16-bit word to absolute address, no offset added to address.
Write 32-bit long word to absolute address, no offset added to address.
10 of 19
DESCRIPTION
FUNCTION
Table
3. The