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LH0101ACK 데이터시트(PDF) 3 Page - National Semiconductor (TI)

[Old version datasheet] Texas Instruments acquired National semiconductor.
부품명 LH0101ACK
상세설명  LH0101 Power Operational Amplifier
PDF  12 Pages
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제조업체  NSC [National Semiconductor (TI)]
홈페이지  http://www.national.com
Logo NSC - National Semiconductor (TI)

LH0101ACK 데이터시트(HTML) 3 Page - National Semiconductor (TI)

  LH0101ACK Datasheet HTML 1Page - National Semiconductor (TI) LH0101ACK Datasheet HTML 2Page - National Semiconductor (TI) LH0101ACK Datasheet HTML 3Page - National Semiconductor (TI) LH0101ACK Datasheet HTML 4Page - National Semiconductor (TI) LH0101ACK Datasheet HTML 5Page - National Semiconductor (TI) LH0101ACK Datasheet HTML 6Page - National Semiconductor (TI) LH0101ACK Datasheet HTML 7Page - National Semiconductor (TI) LH0101ACK Datasheet HTML 8Page - National Semiconductor (TI) LH0101ACK Datasheet HTML 9Page - National Semiconductor (TI) Next Button
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AC Electrical Characteristics (Note 1) VS e g15V TA e 25 C
LH0101
LH0101C
Symbol
Parameter
Conditions
LH0101A
LH0101AC
Units
Min
Typ
Max
Min
Typ
Max
en
Equivalent Input
f e 1 kHz
25
25
nV
0Hz
Noise Voltage
CIN
Input Capacitance
f e 1 MHz
30
30
pF
Power Bandwidth b3 dB
300
300
kHz
SR
Slew Rate
75
10
10
V ms
RL e 10X
(Note 4)
tr tf
Small Signal Rise or
AV ea 1
200
200
ns
Fall Time
Small Signal Overshoot
10
10
%
GBW
Gain-Bandwidth Product
40
50
50
MHz
RL e %
(Note 4)
ts
Large Signal Settling
20
20
m
s
Time to 001%
THD
Total Harmonic Distortion
Po e 10W f e 1 kHz
0008
0008
%
RL e 10X
Note 1
Specification is at TA e 25 C Actual values at operating temperature may differ from the TA e 25 C value When supply voltages are g15V quiescent
operating junction temperature will rise approximately 20 C without heat sinking Accordingly VOS may change 05 mV and IB and IOS will change significantly
during warm-ups Refer to the IB vs temperature and power dissipation graphs for expected values Power supply voltage is g15V Temperature tests are made
only at extremes
Note 2
Change in offset voltage with dissipated power is due entirely to average device temperature rise and not to differential thermal feedback effects Test is
performed without any heat sink
Note 3
At light loads the output swing may be limited by the second stage rather than the output stage See the application section under ‘‘Output swing
enhancement’’ for hints on how to obtain extended operation
Note 4
These parameters are sample tested to 10% LTPD
Note 5
Refer to RETS0101AK for the LH0101AK military specifications and RETS0101K for the LH0101K military specifications
3



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