CC-2401K2 Page 19 of 66 2007, Copeland Communications, Inc. CC-2401K2 Datasheet Rev 1.5 S Register Control SR=N Writes an S-register. " />
參數(shù)資料
型號: CC-2401K2A-CS
廠商: Copeland Communications Inc
文件頁數(shù): 11/66頁
文件大小: 0K
描述: MODEM 2400BAUD SECURE 3.3V
標(biāo)準(zhǔn)包裝: 30
數(shù)據(jù)格式: V.21,V.22,V.23,Bell 103
波特率: 2.4k
電源電壓: 3 V ~ 3.6 V
安裝類型: 表面貼裝
封裝/外殼: 模塊
包裝: 散裝
配用: 539-1002-ND - KIT EVALUATION WORLD MODEM II
其它名稱: 539-1010
CC-2401K2A-CS-ND
Data Sheet
CC-2401K2
Page 19 of 66
2007, Copeland Communications, Inc.
CC-2401K2 Datasheet Rev 1.5
S
Register Control
SR=N
Writes an S-register. This command writes the value “N” to the S-register specified by “R”. “R” is a
hexadecimal number and “N” must also be a hexadecimal number from 00-FF. This command does not
wait for a carriage return <CR> before taking effect. Two digits must always be entered for both “R” and
“N”.
SR?
Read an S-register. This command causes the CC-2401 to return the value of the S-register specified by
R in hex format. R must be a hexadecimal number. Two digits must always be entered for “R”.
w##
Write S-Register in Binary
This command writes a register in binary format. The first byte following the “w” is the address in binary format
and the second byte is the data in binary format. This is a faster method to write registers than the “SR=N”
command and is recommended for use by a host controller.
r#
Read S-Register in Binary
This command reads a register in binary format. The byte following the “r” is the address in binary format.
The modem returns the contents of this register in binary format. This is a faster method to read registers than
the “SR?” command and is recommended for use by a host controller.
rm#
Monitor S-Register in Binary
This command monitors a register in binary format. The byte following the “m” is the address in binary. The
CC-2401 constantly transmits the contents of the register at the set baud rate until a new byte is transmitted to
the device. The new byte is ignored and viewed as a stop command. The modem result codes should be
disabled before using this command.
q#
Read S-Register in Binary
This command is the same as the r# command. The response from the CC-2401 is formatted as 0x55
followed by the contents of the register in binary.
This guarantees that the register contents are always
preceded by 0x66 and allows the result codes to remain enabled.
V
Result Code Options
V0
Result codes reported according to Table 14. <SC>
V1
Result codes reported with an additional carriage return and line feeds (default).
Z
Software Reset
This command initiates a software reset causing all registers, except E0 to default to their powerup value.
z
Wakeup on Ring (lower case “z”)
The CC-2401 enters a low power mode. In this mode, only the line side of the modem is functional. An
incoming ring signal or line transient causes the modem to power up and send a “R” to the UART. Any other
character received on the RXD pin also causes the modem to exit the wakeup on ring state. Return from wake
on ring cal also be set to trigger the INT# pin by setting S08[6] (WORM) = 1.
Alarm Industry AT Commands
The CC-2401 supports a complete set of commands necessary for making connections in security industry
systems.
The CC-2401 is configurable in two modes for these applications. The first mode uses DTMF
messaging and is selected with the “!1” command.
The second mode uses FSK transmit with a tone
acknowledgement and is selected by “!2”.
The following are a few general comments about the use of “!” commands. Specific details for each command
are given below. The first instance of the “!” must be on the same line as the ATDT or ATDP command. DRT
must be set to data mode (SE4[5:4](DRT) = 0b) before attempting to send tones after a “!” command. The
three data-mode escape sequence (“+++”, “escape” pin and “ninth-bit”) only function in “!2” mode. However,
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