Safran LRF 3013, Руководство пользователя

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LRF 3013 Integrator Manual
Document number: TML 913655 ver A
Public: 13.03.2017
Confidential & Proprietary

Safran Vectronix AG
– All rights reserved
page: 30/36
The bits represented by the hexadecimal characters have the following meaning:
Bits of the BIST’s hex value result
Bit number Description
1 (LSB) DSP boot test.
2 APD regulation test.
3 5V supply (VRX) test.
4 7.5V supply (7V5_RX) test.
5 3.3V supply test.
6
this bit is always “1”.
7 Memory test (EEPROM and RAM).
8 (MSB) System consistency: the detected HW is compatible
6.2.5 Low-Power Continuous Lasing Mode
Table 4
Low-Power Continuous Lasing Mode.
Command Input
Input Description
>Tl1,x<CR>
The parameter ‘x’ can have the following values:

‘0’ -->
Deactivate LPCL mode

‘1’..’6’ -->
Activate
LPCL mode with growing energy: ‘6’
results in the highest energy for this mode.
Command Output
None
View in a terminal program Legend
< >Tl1,3 <0D>
< >Tl1,4 <0D>
< >Tl1,0 <0D>
<
Commands sent to the module are in black (hex values in
blue). Characters sourced by the module are in green (hex
values in red).
The hex value “0D” is the carriage return.
Neither a measurement nor a self-test can be initiated when the low-power continuous lasing mode is
active: command “Tb1” is disabled during this mode. This mode is implemented for manufacturing, i.e.
boresighting purposes only.
6.3 Power on
After a high status at the POWER-ON (Pin8) signal the LRF system will send an ACK to the host system
within 25ms. Then the LRF system is ready to receive a defined command. The power has to be applied
at the PWR-IN (Pin 1-3) before.