LA1070 Просмотр технического описания (PDF) - SANYO -> Panasonic
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LA1070 Datasheet PDF : 8 Pages
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LA1070
Specifications
Maximum Ratings at Ta = 25°C
Parameter
Maximum supply voltage
Maximum sink current
Maximum output current
Maximum current consumption
Allowable power dissipation
Operating temperature
Storage temperature
Symbol
VCC1 Max
VCC2 Max (DC)
VCC2 Max (Pulse)
ITHA
DRV IOUT
ICC1 Max
ICC2 Max
Pd max
Topr
Tstg
Conditions
The pin 1 voltage (115°C)
The pin 14 voltage (115°C)
The pin 14 voltage (25°C) (*1, *2)
The pin 11 sink current (*1)
(*1)
INPUT = 130dBu, VCC1 = 9V, DRV IOUT = 10mA
INPUT = 130dBu, VCC2 = 16V, DRV IOUT = 10mA
INPUT = 130dBu, DRV IOUT =
10mA
Circuit board size : 30 × 70 × 1.6(*1)
115°C
25°C
*1: The stipulated Pdmax must not be exceeded.
*2: Ten cycles with VHi = 18V for 1 minute and VLo = 0V for 9 minutes.
Operating Conditions at Ta = 25°C
Parameter
Recommended supply voltage 1
Guaranteed operating supply voltage 1
Recommended supply voltage 2
Guaranteed operating supply voltage 2
Maximum allowable RF input
Symbol
VCC1
VCC1 op
VCC2
VCC2 op
Input max
*1: The stipulated Pdmax must not be exceeded.
Conditions
(*1)
(*1)
Pins 2-4, 6, 7, 27-25, 23, 22
Ratings
Unit
9
V
16
V
18
V
2
mA
10
mA
29
mA
29
mA
320
mW
1
W
-40 to +115
°C
-55 to +150
°C
Ratings
Unit
8
V
7 to 8.8
V
12
V
7 to 15.8
V
130
dBu
Electrical Characteristics at at Ta = 25°C, VCC1 = 8.0V, VCC2 = 12V in the specified circuit
Parameter
Signal detection sensitivity 1
Signal detection sensitivity 2
DRV circuit output voltage
Latch start time
Latch release time
Comparator reference voltage 1
Symbol
Conditions
Ratings
Frequency (Hz)
Unit
min
typ
max
Sen1
The input level when the pin 12 and pin 17
100K
79
83
87 dBu
(DRV_OUT) output voltage switches from
1M
79
83
87
10.3V to 0V.
110M
79
83
87
The input level when the pin 13 and pin 16
250M (*2)
89
93
97
(DRV_OUT) output voltage switches from
800M (*2)
91
0V to 10.3V. (*1)
Sen2
The input level when the pin 12 and pin 17
100k
99
103
107 dBu
(DRV_OUT) output voltage switches from
1M
99
103
107
0 V to 10.3 V.
110M
99
103
107
The input level when the pin 13 and pin 16
250M (*2)
99
103
107
(DRV_OUT) output voltage switches from
800M (*2)
102
10.3 V to 0 V. (*1)
VOHi
The high-level output voltage provided by pins 12, 13, 17, and
16 (DRV_OUT).
9.8
10.3
10.8
V
VOLo
The low-level output voltage provided by pins 12, 13, 17, and
16 (DRV_OUT).
0.1
0.2
V
FFAT The time from the point the RF signal goes on to the point the
58
90
122 ms
pin 12 and 17 output voltage reaches 10% of the saturation
voltage.
FFRE The time from the point the RF signal goes on to the point the
570
950 1520 ms
pin 12 and 17 output voltage reaches 90% of the saturation
voltage.
Traise The pin 9 and pin 20 (VREF_OUT) pin output voltage with the
2.2
2.4
2.6
V
pins open
Continued on next page.
*1: The DRV circuit depends on VCC. The DRV circuit output voltage (output saturation voltage) varies with the output current setting set with an external
resistor. See the internal equivalent circuit diagram for details.
*2: The values at 250MHz and 800MHz are used for the specifications and refer to the "Input circuit when the input signal is in the range 250MHz to 800MHz"
in the specified peripheral components circuit diagram and block diagram.
No.A0715-2/6
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