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C4521F AT40K20 BR1102W 16T1G 2SD1589 02011MS 010001 EDF1CS
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 Single PNP-Operational Amplifiers
TAE 1453 TAF 1453
Bipolar IC Features
q q q q q q q q q
PNP input Supply voltage range between 3 V and 36 V Low current consumption, 0.25 mA typ. Extremely large control range Low output saturation voltage, almost independent of load current Output current up to 70 mA (100 mA max.) Wide common-mode range Wide operating temperature range (TAF 1453) Open collector output
P-DSO-6-1
Applications
q q q q q
Amplifier Level converter Driver Zero voltage switch Comparator
Type TAE 1453 G TAF 1453 G
Ordering Code Q67000-A2106 Q67000-A2209
Package P-DSO-6-1 (SMD) P-DSO-6-1 (SMD)
These operational amplifiers are circuits for universal applications having a PNP-input differential stage and an open collector output. Apart from one resistor, only active components are used. The integrated regulator provides for all parameters a large degree of independence from the supply voltage.
Semiconductor Group
1
01.96
TAE 1453 TAF 1453
Pin Configurations (top view)
TAE 1453 G TAF 1453 G
Semiconductor Group
2
TAE 1453 TAF 1453
CC = output frequency
compensation (if required);
RL = load resistance
(collector resistance)
Connection Diagram
Circuit Diagram Semiconductor Group 3
TAE 1453 TAF 1453
Absolute Maximum Ratings (TAE 1453 G) Parameter Supply voltage Output current Differential input voltage Junction temperature Storage temperature range Thermal resistance system - air TAE 1453 G Operating Range (TAE 1453 G) Supply voltage Symbol Limit Values 18 100 VS 150 - 55 to 150 200 Unit V mA V C C K/W
VS IQ VID Tj Tstg Rth SA
VS
2 to 18 ( 1.5 V with slightly increased offset voltage) - 25 to 85
V
Ambient temperature Characteristics (TAE 1453 G)
TA
C
VS = 5 V to 15 V; RL = 10 k, unless otherwise specified
Parameter Symbol Limit Values TA = 25 C Limit Values TA = - 25 to 85 C max. 0.45 -7 - 100 7 100 200 mA mV nA nA Unit
min. Open-loop current consumption Input offset voltage, RG = 50 Input offset current Input current
typ. 0.25
max. min. 0.4 5.5
IS VIO IIO II
- 5.5 - 15
40
15 150
Semiconductor Group
4
TAE 1453 TAF 1453
Characteristics (TAE 1453 G) (cont'd) VS = 5 V to 15 V; RL = 10 k, unless otherwise specified Parameter Symbol Limit Values TA = 25 C Limit Values TA = - 25 to 85 C max. - 14.7 V - 14.4 V V k 78 10 - VS - 0.2 75 80 25 0.1 6 6 6 3 3 11 10 100 20 - VS 75 120 dB A V dB V/V nA/K V/K V/s1) V/s1) Unit
min. Control range RL = 2 k, VS = 15 V RL = 620 , VS = 15 V RL = 2 k, VS = 15 V, f = 100 kHz Input impedance, f = 1 kHz Open-loop voltage gain Output reverse current Common-mode input voltage range Common-mode rejection Supply voltage rejection GV = 100
typ.
max. min. - 14.7 14.9 - 14.5 14.9 - 10
VQ pp VQ pp VQ pp ZI GV0 IQR VIC kCMR kSVR
IIO VIO
14.9 14.9 10 200 78 85
VS
- 1.8
VS
- 2.0
RG = 50
Temperature coefficient of IIO
Temperature coefficient of VIO RG = 50 Slew rate for non-inverting operation Slew rate for inverting operation
SR SR
1)
Ck = 15 pF
Semiconductor Group
5
TAE 1453 TAF 1453
Characteristics (TAE 1453 G) VS = 2.5 V, RL = 10 k Parameter Symbol Limit Values TA = 25 C Limit Values TA = - 25 to 85 C max. mV nA nA dB Unit
min. Input offset voltage, RG = 50 Input offset current Input current Open-loop voltage gain
typ.
max. min. 6
VIO IIO II GV0
-6 - 15 40 70
- 7.5 7.5 - 100 70 100 200
15 150
Absolute Maximum Ratings (TAF 1453 G) Parameter Supply voltage Output current Differential input voltage Junction temperature Storage temperature range Thermal resistance system - air TAF 1453 G Operating Range (TAF 1453 G) Supply voltage Symbol Limit Values 18 100 VS 150 - 55 to 125 200 Unit V mA V C C K/W
VS IQ VID Tj Tstg Rth SA
VS
2 to 18 ( 1.5 V with slightly increased offset voltage) - 55 to 125
V
Ambient temperature
TA
C
Semiconductor Group
6
TAE 1453 TAF 1453
Characteristics (TAF 1453 G) VS = 5 V to 15 V; RL = 10 k, unless otherwise specified Parameter Symbol Limit Values TA = 25 C Limit Values TA = - 55 to 125 C max. 0.45 -6 - 75 6 75 150 mA mV nA nA Unit
min. Open-loop current consumption (Output in H state) Input offset voltage, RG = 50 Input offset current Input current Control range
typ. 0.25
max. min. 0.35 4
IS VIO IIO II
-4 - 10
40 14.9 14.9 10 200 80 85
10 100
RL = 2 k, VS = 15 V VQ pp RL = 620 , VS = 15 V VQ pp RL = 2 k, VS = 15 V, f = 100 kHz VQ pp
Input impedance, f = 1 kHz Open-loop voltage gain Output reverse current Common-mode input voltage range Common-mode rejection Supply voltage rejection GV = 100 Temperature coefficient of IIO RG = 50 Temperature coefficient of VIO RG = 50
- 14.7 14.9 - 14.5 14.9 - 10
- 14.7 V - 14.4 V V k
ZI GV0 IQR VIC kCMR kSVR
IIO VIO - VS - 0.2 80
75 1 5
dB A
- VS VS V - 1.5 + 0.2 - 1.8 85 25 0.1 6 100 0.8 25 75 100 dB V/V nA/K V/K
VS
Semiconductor Group
7
TAE 1453 TAF 1453
Characteristics (TAF 1453 G) VS = 2.5 V, RL = 10 k Parameter Symbol Limit Values TA = 25 C Limit Values TA = - 55 to 125 C max. 12 11 6 75 150 V/s1) V/s1) mV nA nA dB Unit
min. Slew rate for non-inverting operation Slew rate for inverting operation Input offset voltage, RG = 50 Input offset current Input current Open-loop voltage gain
1)
typ. 6 6
max. min. 2 2 4 -6 - 75 70
SR SR VIO IIO II GV0
-4 - 50
40 75
50 100
Ck = 15 pF
Semiconductor Group
8
TAE 1453 TAF 1453
Typical Characteristics of Electrical Parameters Load Characteristics Output Saturation Voltage versus Output Current
Output Saturation Voltage versus Output Current
Semiconductor Group
9
TAE 1453 TAF 1453
Supply Current versus Supply Voltage
Input Current and Input Offset Current versus Supply Voltage
Semiconductor Group
10
TAE 1453 TAF 1453
Input Offset Voltage versus Supply Voltage
VIO Behavior at Low Operating Voltages
Input Offset Voltage versus Supply Voltage
Semiconductor Group
11


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