参数资料
型号: ISL6296EVAL1
厂商: Intersil
文件页数: 5/13页
文件大小: 0K
描述: EVALUATION BOARD 1 ISL6296
标准包装: 1
系列: FlexiHash™
主要目的: 接口,电池验证
已用 IC / 零件: ISL6296
已供物品:
Application Note 1165
FIGURE 9. SCREEN SHOT OF THE XSD ACCESS TAB
XSD Access Tab
The XSD Access tab is the most powerful tool for evaluating
the ISL6296 and requires a good understanding of the
ISL6296 in order to use this tool. This tab allows the user to
send any XSD instructions to the ISL6296. The 16-bit XSD
instruction frame is displayed in the same format as the one
given in the datasheet.
The tool also provides a 16-byte table for the XSD data frame.
If the instruction is a Write instruction, the data that follows the
instruction frame should be listed in the table, starting from
Byte 1. Byte 1 is the first byte being sent after the instruction
frame, followed by byte 2, and so on. The user can either use
the binary fields or the hexadecimal fields for entering the
data. When both the instruction and the data are ready, the
user can click the Send button to send the instruction. If the
instruction is a Read frame, the data read are to be listed in
the table as well. The first received byte is listed in Byte 1, the
second byte is listed in Byte 2, and so on.
There are three options to choose when sending the
instructions frame, with “power on break”, with “regular
break”, or “no break”. The power-on break is a narrow break
5
that should be used only when the user knows for sure that
the device is in the sleep mode. After the narrow break, the
device will wake up and send back a break (Refer to the
datasheet for more explanation of the narrow power-on
break). Figure 14 illustrates the captured waveforms. If the
user does not know if the device is in the sleep mode or is
awake, the “regular break” option should be chosen,
because the long break signal will still wake up a device in
sleep mode, or will be ignored if the device is already awake.
The send without a break signal can be an option if the user
knows for sure that the device is not in the sleep mode.
This tab also offers a few other tools for the convenience of
the evaluation. The Send Break button sends out a long break
when being clicked, allowing the user to reset the XSD bus.
The Read Status button reads the status register (STAT) into
Byte 1 of the table. When a bus error happens, the STAT
register needs be read to clear the error; otherwise, any
access to the XSD bus will result in a break signal from the
ISL6296. The Soft Reset button sets the SRST bit in the
master control register (MSCR) to soft-reset the ISL6296. The
above two tools can also be implemented using the XSD
instructions but is more convenient using these buttons.
AN1165.1
July 14, 2009
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