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Número de pieza | PJ324 | |
Descripción | Quad Low Power Operational Amplifiers | |
Fabricantes | Promax-Johnton Semiconductor | |
Logotipo | ||
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No Preview Available ! PJ324
m Quad Low Power Operational Amplifiers
et4U.cohe PJ324 series are low-cost , quad operational amplifiers
T ewith true differential inputs. These have several distinct
hadvantage over standard operational amplifier types in single
taSsupply applications. The quad amplifiers can operate at supply
avoltages as low as 3.0V or as high as 32V with very low
w.DFEATURES
ww• Short circuited protected outputs
quiescent currents and eliminat the necessity for external
biasing components in many
applications. The output voltage range also includes the
negative power supply voltage.
DIP -14
SOP -14
• True differential input stage
• Single supply operation:3.0V to 32V
m• Low input bias currents:100nA Max
o• Four amplifiers per package
.c• Internally compensated
U• Common mode range extends to negative supply
t4• Industry standard pinouts
• ESD clamps on the inputs increase raggedness without
eaffecting device operation
SheMAXIMUM RATING(Ta=+25℃,unless otherwise noted.)
Pin:
1.Output 1
2.Input 1 (-)
3.Input 1(+)
4.Vcc
5.Input 2(+)
6.Input 2 (-)
7.Output 2
8.Output 3
9.Input 3 (-)
10.Input 3 (+)
11.Vee Gnd
12.Input 4 (+)
13.Input 4 (-)
14.Output 4
ORDERING INFORMATION
Device
PJ324CD
PJ324CS
Operating Temperature
-20℃ to +85℃
taRating
aPower Supply Voltage
.DSingle Supply
Split Supplies
Input Differential Voltage
wRange (1)
Input Common Mode Voltage
wRange
wOutput Short Circuit Duration
Symbol
VCC
VCC, VEE
VIDR
VICR
tSC
PJ324
±16
32
-0.3 to 32
Continuous
Package
DIP-14
SOP-14
Unit
Vdc
Vdc
Vdc
Junction Temperature
Plastic Packages
Storage Temperature
Ceramic Package
Plastic Packages
NOTE : 1. Split Power Supplies.
TJ
T stg
w- 6w5 1two50+.D150ataSheet4U℃℃.com
1-7 2002/01 VER.A
1 page Figure 7.Voltage Reference
PJ324
Quad Low Power Operational Amplifiers
Figure 8.Wlen Bridge Oscillator
PJ324
Vo = 2.5V (1+ R1/ R2)
Figure 9.High Impedance Differential Amplifier
fo = 1/(2πRC)
For: fo =1.0KHz
R=16KΩ
C =0.01μF
Figure 10.Comparator with Hysteresis
PJ324
PJ324
PJ324
eo =C (1+a+b) (e2- e1)
PJ324
VinL = R1/(R1 + R2)
(VOL-Vref ) +Vref
VinH = R1 /(R1 + R2) (VOH -Vref ) +Vref
H = R1/(R1 + R2)
(VOH -VOL )
Figure 11.Bi-Q uad Filte r
PJ324
PJ324
Where : TBP =Center Frequency
Gain
TN = P assband Notch Gain
fo = 1/(2πRC)
R1 = OR
R2 = R1/ TBP Vref = 1/2
R3 =TNR2
C1 =10C
For : fo =1.0 Khz
Q =10
TBP =1
TN =1
R =160 KΩ
C =0.001μF
R1 =1.6MΩ
R2 =1.6MΩ
R3 =1.6MΩ
5-7 2002/01 VER.A
5 Page |
Páginas | Total 7 Páginas | |
PDF Descargar | [ Datasheet PJ324.PDF ] |
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