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TDA5345HT датащи(PDF) 17 Page - NXP Semiconductors

номер детали TDA5345HT
подробное описание детали  5 V spindle & VCM driver combo
PDF  44 Pages
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производитель  PHILIPS [NXP Semiconductors]
домашняя страница  http://www.nxp.com
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1999 June 10
17
Philips Semiconductors
Preliminary specification
5 V spindle & VCM driver combo
TDA5345HT
Table 5
Numeral application with CLOCK = 16 MHz
TIMER 2
TIMER2 is used to measure the delay between two zero-crossings and also to set the maximum commutation delay
through comdelim delay:
Explanation: COMDELIM is the maximum value that can be reached by TIMER 2. So, this is the maximum delay
between 2 zero-crossings. The maximum commutation delay is then half this value!
Calculations:
Delay between 2 zero-crossings (
∆ Zc):
step size
= 2LSB /
ClockOutPrescaler
min
= (2LSB-1) /
ClockOutPrescaler (bits from 0 to (LSB-1) are internally set to 1)
maximum
= (2(MSB+1) - 1) /
ClockOutPrescaler
Maximum commutation delay:
step size
= 2(LSB-1) /
ClockOutPrescaler
maximum
= (2(MSB) - 1) /
ClockOutPrescaler
Table 6
Numeral application with CLOCK = 16 MHz
DELAYS
CLOCKOUTPRESCALER=
CLOCK/4 = 4 MHZ
CLOCKOUTPRESCALER=
CLOCK/8 = 2 MHZ
CLOCKOUTPRESCALER=
CLOCK/16 = 1 MHZ
CLOCKOUTPRESCALER=
CLOCK/32
= 0.5 MHZ
MIN
STEP
MAX
MIN
STEP
MAX
MIN
STEP
MAX
MIN
STEP
MAX
Blank
3
µs
4
µs
63
µs
7
µs
8
µs
127
µs
15
µs
16
µs
255
µs
31
µs
32
µs
511
µs
WatchDog
127
µs
128
µs 2.05 ms 255 µs 256 µs 4.0 ms
511
µs 512 µs 8.2 ms 1023 µs 1024 µs 16.4 ms
StartUp
4.1 ms
65.5 ms 65.5 ms
8.2 ms
8.2 ms
131 ms 16.4 ms 16.4 ms 262 ms 32.8 ms 32.8 ms 524 ms
DELAYS
CLOCKOUTPRESCALER=
CLOCK/4 = 4 MHZ
CLOCKOUTPRESCALER=
CLOCK/8 = 2 MHZ
CLOCKOUTPRESCALER=
CLOCK/16 = 1 MHZ
CLOCKOUTPRESCALER=
CLOCK/32 = 0.5 MHZ
MIN
STEP
MAX
MIN
STEP
MAX
MIN
STEP
MAX
MIN
STEP
MAX
∆ ZC
63
µs
64
µs 1.02 ms 127 µs 128 µs 2.05 µs 255 µs 256 µs 4.1 ms
511
µs 512 µs 8.2 ms
ComDeLim
31
µs
32
µs
511 ms
63
µs
64
µs 1.02 ms 127 µs 128 µs 2.05 ms 255 µs 256 µs 4.1 ms
Fig.10 Timer 2 configuration.
0
1
2
3
4
5
6
7
8
9
10
11
ComDeLim



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