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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. type ordering code package tae 1453 a q67000-a2017 p-dip-6-1 tae 1453 g q67000-a2106 p-dso-6-1 (smd) taf 1453 a q67000-a2269 p-dip-6-1 taf 1453 g q67000-a2209 p-dso-6-1 (smd) single pnp-operational amplifiers bipolar ic p-dip-6-1
tae 1453 taf 1453 semiconductor group 2 pin configurations (top view) tae 1453 a taf 1453 a tae 1453 g taf 1453 g
tae 1453 taf 1453 semiconductor group 3 connection diagram circuit diagram c c = output frequency compensation (if required); r l = load resistance (collector resistance)
tae 1453 taf 1453 semiconductor group 4 absolute maximum ratings (tae 1453) parameter symbol limit values unit supply voltage v s 18 v output current i q 100 ma differential input voltage v id v s v junction temperature storage temperature range t j t stg 150 ?55 to 150 c c thermal resistance system - air tae 1453 a tae 1453 g r th sa r th sa 135 200 k/w k/w operating range (tae 1453) supply voltage v s 2 to 18 ( 1.5 v with slightly increased offset voltage) v ambient temperature t a ?25 to 85 c characteristics (tae 1453) v s = 5 v to 15 v; r l = 10 k w , unless otherwise specified parameter symbol limit values t a = 25 c limit values t a = ?25 to 85 c unit min. typ. max. min. max. open-loop current consumption i s 0.25 0.4 0.45 ma input offset voltage, r g = 50 w v io ?5.5 5.5 ?7 7 mv input offset current input current i io i i ?15 40 15 150 ?100 100 200 na na
tae 1453 taf 1453 semiconductor group 5 control range r l = 2 k w , v s = 15 v r l = 620 w , v s = 15 v r l = 2 k w , v s = 15 v, f = 100 khz v q pp v q pp v q pp 14.9 14.9 10 ?14.7 ?14.5 ?10 14.9 14.9 ?14.7 ?14.4 v v v input impedance, f = 1 khz z i 200 k w open-loop voltage gain g v0 78 85 78 db output reverse current i qr 10 20 m a common-mode input voltage range v ic ? v s ?0.2 v s ?1.8 ? v s v s ?2.0 v common-mode rejection k cmr 75 80 75 db supply voltage rejection g v = 100 k svr 25 100 120 m v/v temperature coefficient of i io r g = 50 w temperature coefficient of v io r g = 50 w a iio a vio 0.1 6 na/k m v/k slew rate for non-inverting operation slew rate for inverting operation sr sr 20 30 v/ m s v/ m s characteristics (tae 1453) (cont?) v s = 5 v to 15 v; r l = 10 k w , unless otherwise specified parameter symbol limit values t a = 25 c limit values t a = ?25 to 85 c unit min. typ. max. min. max.
tae 1453 taf 1453 semiconductor group 6 characteristics (tae 1453) v s = 2.5 v, r l = 10 k w parameter symbol limit values t a = 25 c limit values t a = ?25 to 85 c unit min. typ. max. min. max. input offset voltage, r g = 50 w v io ?6 6 ?7.5 7.5 mv input offset current input current i io i i ?75 40 75 150 ?100 100 200 na na open-loop voltage gain g v0 70 70 db absolute maximum ratings (taf 1453) parameter symbol limit values unit supply voltage v s 18 v output current i q 100 ma differential input voltage v id v s v junction temperature storage temperature range t j t stg 150 ?55 to 125 c c thermal resistance system - air taf 1453 a taf 1453 g r th sa r th sa 135 200 k/w k/w operating range (taf 1453) supply voltage v s 2 to 18 ( 1.5 v with slightly increased offset voltage) v ambient temperature t a ?55 to 125 c
tae 1453 taf 1453 semiconductor group 7 characteristics (taf 1453) v s = 5 v to 15 v; r l = 10 k w , unless otherwise specified parameter symbol limit values t a = 25 c limit values t a = ?55 to 125 c unit min. typ. max. min. max. open-loop current consumption (output in h state) i s 0.25 0.35 0.45 ma input offset voltage, r g = 50 w v io ?4 4 ?6 6 mv input offset voltage input current i io i i ?10 40 10 100 ?75 75 150 na na control range r l = 2 k w , v s = 15 v r l = 620 w , v s = 15 v r l = 2 k w , v s = 15 v, f = 100 khz v q pp v q pp v q pp 14.9 14.9 10 ?14.7 ?14.5 ?10 14.9 14.9 ?14.7 ?14.4 v v v input impedance, f = 1 khz z i 200 k w open-loop voltage gain g v0 80 85 75 db output reverse current i qr 15 m a common-mode input voltage range v ic ? v s ?0.3 v s ?1.5 ? v s v s ?1.8 v common-mode rejection k cmr 80 85 75 db supply voltage rejection g v = 100 k svr 25 100 100 m v/v temperature coefficient of i io r g = 50 w temperature coefficient of v io r g = 50 w a iio a vio 0.1 6 0.8 25 na/k m v/k slew rate for non-inverting operation slew rate for inverting operation sr sr 20 30 v/ m s v/ m s
tae 1453 taf 1453 semiconductor group 8 characteristics (taf 1453) v s = 2.5 v, r l = 10 k w parameter symbol limit values t a = 25 c limit values t a = ?55 to 125 c unit min. typ. max. min. max. input offset voltage, r g = 50 w v io ?4 4 ?6 6 mv input offset voltage input current i io i i ?50 40 50 100 ?75 75 150 na na open-loop voltage gain g v0 75 70 db
typical characteristics of electrical parameters load characteristics output saturation voltage versus output current output saturation voltage versus output current
tae 1453 taf 1453 semiconductor group 10 supply current versus supply voltage input current and input offset current versus supply voltage
tae 1453 taf 1453 semiconductor group 11 input offset voltage versus supply voltage v io behavior at low operating voltages input offset voltage versus supply voltage
the taf 2453 / tae 2453 consists of two independent, frequency-compensated op amps, each having a pnp-input differential stage and an open collector output. the type ordering code package n tae 2453 a q67000-a2107 p-dip-8-1 tae 2453 g q67000-a2108 p-dso-8-1 (smd) n taf 2453 a q67000-a2210 p-dip-8-1 taf 2453 g q67000-a2211 p-dso-8-1 (smd) n not for new design dual pnp-operational amplifiers bipolar ic p-dip-8-1
tae 2453 taf 2453 semiconductor group 2 integrated regulator provides for all parameters a large degree of independence from the supply voltage. pin configurations (top view) tae 2453 a taf 2453 a tae 2453 g taf 2453 g r l = load resistance (collector resistance)
tae 2453 taf 2453 semiconductor group 3 connection diagram
tae 2453 taf 2453 semiconductor group 4 circuit diagram
tae 2453 taf 2453 semiconductor group 5 absolute maximum ratings (tae 2453) parameter symbol limit values unit supply voltage v s 18 v output current i q 100 ma differential input voltage v id v s v junction temperature storage temperature range t j t stg 150 ?55 to 125 c c thermal resistance system - air tae 2453 a tae 2453 g r th sa r th sa 100 170 k/w k/w operating range (tae 2453) supply voltage v s 2 to 18 ( 1.5 v with slightly increased offset voltage) v ambient temperature t a ?25 to 85 c characteristics (tae 2453) v s = 5 v to 15 v; r l = 10 k w , unless otherwise specified parameter symbol limit values t a = 25 c limit values t a = ?25 to 85 c unit min. typ. max. min. max. open-loop supply current consumption, total i s 0.8 1.5 1.8 ma input offset voltage r g = 50 w v io ?5.5 5.5 ?7 7 mv input offset current input current i io i i ?15 40 15 150 ?100 100 200 na na
tae 2453 taf 2453 semiconductor group 6 control range r l = 2 k w , v s = 15 v r l = 620 w , v s = 15 v v q pp v q pp 14.9 14.9 ?14.7 ?14.5 14.9 14.9 ?14.7 ?14.4 v v input impedance, f = 1 khz z i 200 k w open-loop voltage gain, r l = 2 k w g v0 80 85 80 db output reverse current i qr 10 20 m a common-mode input voltage range, r l = 2 k w v ic ? v s ?0.2 v s ?1.8 ? v s v s ?2.0 v common-mode rejection, r l = 2 k w k cmr 75 80 75 db supply voltage rejection g v = 100 k svr 25 100 100 m v/v temperature coefficient of i io r g = 50 w temperature coefficient of v io r g = 50 w a iio a vio 0.1 6 na/k m v/k slew rate for non-inverting operation slew rate for inverting operation sr sr 1 1 v/ m s v/ m s characteristics (tae 2453) (cont?) v s = 5 v to 15 v; r l = 10 k w , unless otherwise specified parameter symbol limit values t a = 25 c limit values t a = ?25 to 85 c unit min. typ. max. min. max.
tae 2453 taf 2453 semiconductor group 7 characteristics (tae 2453) v s = 2 v, r l = 10 k w parameter symbol limit values t a = 25 c limit values t a = ?25 to 85 c unit min. typ. max. min. max. input offset voltage, r g = 50 w v io ?6 6 ?7.5 7.5 mv input offset current input current i io i i ?75 40 75 150 ?100 100 200 na na open-loop voltage gain g v0 70 70 db absolute maximum ratings (taf 2453) parameter symbol limit values unit supply voltage v s 18 v output current i q 100 ma differential input voltage v id v s v junction temperature storage temperature range t j t stg 150 ?55 to 150 c c thermal resistance system - air taf 2453 a taf 2453 g r th sa r th sa 100 170 k/w k/w operating range (taf 2453) supply voltage v s 2 to 18 ( 1.5 v with slightly increased offset voltage) v ambient temperature t a ?55 to 125 c
tae 2453 taf 2453 semiconductor group 8 characteristics (taf 2453) v s = 5 v to 15 v; r l = 2 k w , unless otherwise specified parameter symbol limit values t a = 25 c limit values t a = ?55 to 125 c unit min. typ. max. min. max. open-loop supply current consumption total i s 0.8 1.5 1.8 ma input offset voltage, r g = 50 w v io ?4 4 ?6 6 mv input offset current input current i io i i ?10 40 10 100 ?75 75 150 na na control range r l = 2 k w , v s = 15 v r l = 620 w , v s = 15 v v q pp v q pp 14.9 14.9 ?14.7 ?14.5 14.8 14.8 ?14.7 ?14.4 v v input impedance, f = 1 khz z i 200 k w open-loop voltage gain r l = 2 k w g v0 85 87 80 db output reverse current i qr 15 m a common-mode input voltage range v ic ? v s ?0.3 v s ?1.5 ? v s v s ?1.8 v common-mode rejection, r l = 2 k w k cmr 80 85 75 db supply voltage rejection g v = 100 k svr 25 100 100 m v/v
temperature coefficient of i io r g = 50 w temperature coefficient of v io r g = 50 w a iio a vio 0.1 6 0.8 25 0.8 25 na/k m v/k slew rate for non-inverting operation slew rate for inverting operation sr sr 1 1 v/ m s v/ m s characteristics (taf 2453) v s = 2 v parameter symbol limit values t a = 25 c limit values t a = ?55 to 125 c unit min. typ. max. min. max. input offset voltage, r g = 50 w v io ?4 4 ?6 6 mv input offset current input current i io i i ?50 40 50 100 ?75 75 150 na na open-loop voltage gain, r l = 2 k w g v0 75 70 db note: for typical performance curves, please refer to the data sheets of tae 1453 and taf 1453. characteristics (taf 2453) (cont?) v s = 5 v to 15 v; r l = 2 k w , unless otherwise specified parameter symbol limit values t a = 25 c limit values t a = ?55 to 125 c unit min. typ. max. min. max.
the tae 4453 / taf 4453 consists of four independent, frequency-compensated op amps, each having a pnp-input differential stage and an open collector output. the type ordering code package n tae 4453 a q67000-a2109 p-dip-14-1 tae 4453 g q67000-a2152 p-dso-14-1 (smd) n taf 4453 a q67000-a2212 p-dip-14-1 taf 4453 g q67000-a2213 p-dso-14-1 (smd) n not for new design quad pnp-operational amplifier bipolar ic p-dip-14-1 p-dso-14-1
tae 4453 taf 4453 semiconductor group 2 integrated regulator provides for all parameters a large degree of independence of the supply voltage. pin configurations (top view) tae 4453 a taf 4453 a tae 4453 g taf 4453 g r l = load resistance (collector resistance)
tae 4453 taf 4453 semiconductor group 3 connection diagram
tae 4453 taf 4453 semiconductor group 4 circuit diagram of one op amp
tae 4453 taf 4453 semiconductor group 5 absolute maximum ratings (tae 4453) parameter symbol limit values unit supply voltage v s 18 v output current i q 100 ma differential input voltage v id v s v junction temperature storage temperature range t j t stg 150 ?55 to 125 c c thermal resistance system - air tae 4453 a tae 4453 g r th sa r th sa 80 120 k/w k/w operating range (tae 4453) supply voltage v s 2 to 18 ( 1.5 v with slightly increased offset voltage) v ambient temperature t a ?25 to 85 c characteristics (tae 4453) v s = 5 v to 15 v; r l = 10 k w , unless otherwise specified parameter symbol limit values t a = 25 c limit values t a = ?25 to 85 c unit min. typ. max. min. max. open-loop supply current consumption, total i s 1.6 3.0 3.6 ma input offset voltage, r g = 50 w v io ?5.5 5.5 ?7 7 mv input offset current input current i io i i ?15 40 15 150 ?25 25 200 na na control range r l = 2 k w , v s = 15 v r l = 620 w , v s = 15 v v q pp v q pp 14.9 14.9 ?14.7 ?14.5 14.9 14.9 ?14.7 ?14.4 v v
tae 4453 taf 4453 semiconductor group 6 input impedance, f = 1 khz z i 200 k w open-loop voltage gain r l = 2 k w g v0 80 85 80 db output reverse current i qr 10 20 m a common-mode input voltage range r l = 2 k w v ic ? v s ?0.2 + v s ?1.8 ? v s + v s ?2.0 v common-mode rejection r l = 2 k w k cmr 75 80 75 db supply voltage rejection g v = 100 k svr 25 100 100 m v/v temperature coefficient of i io r g = 50 w temperature coefficient of v io r g = 50 w a iio a vio 0.1 6 na/k m v/k slew rate for non-inverting operation slew rate for inverting operation sr sr 1 1 v/ m s v/ m s characteristics (tae 4453) (cont?) v s = 5 v to 15 v; r l = 10 k w , unless otherwise specified parameter symbol limit values t a = 25 c limit values t a = ?25 to 85 c unit min. typ. max. min. max.
tae 4453 taf 4453 semiconductor group 7 characteristics (tae 4453) v s = 2 v parameter symbol limit values t a = 25 c limit values t a = ?25 to 85 c unit min. typ. max. min. max. input offset voltage, r g = 50 w v io ?6 6 ?7.5 7.5 mv input offset current input current i io i i ?75 40 75 150 ?100 100 200 na na open-loop voltage gain; r l = 2 k w g v0 70 70 db absolute maximum ratings (taf 4453) parameter symbol limit values unit supply voltage v s 18 v output current i q 100 ma differential input voltage v id v s v junction temperature storage temperature range t j t stg 150 ?55 to 125 c c thermal resistance system - air taf 4453 a taf 4453 g r th sa r th sa 80 120 k/w k/w operating range (taf 4453) supply voltage v s 2 to 18 ( 1.5 v with slightly increased offset voltage) v ambient temperature t a ?55 to 125 c
tae 4453 taf 4453 semiconductor group 8 characteristics (taf 4453) v s = 5 v to 15 v; r l = 10 k w , unless otherwise specified parameter symbol limit values t a = 25 c limit values t a = ?55 to 125 c unit min. typ. max. min. max. open-loop supply current consumption, total i s 1.6 3.0 3.6 ma input offset voltage, r g = 50 w v io ?4 4 ?6 6 mv input offset current input current i io i i ?10 40 10 100 ?15 15 150 na na control range r l = 2 k w , v s = 15 v r l = 620 w , v s = 15 v v q pp v q pp 14.9 14.9 ?14.7 ?14.5 14.8 14.8 ?14.7 ?14.4 v v input impedance, f = 1 khz z i 200 k w open-loop voltage gain r l = 2 k w g v0 85 87 80 db output reverse current i qr 15 m a common-mode input voltage range r l = 2 k w v ic ? v s ?0.3 + v s ?1.5 ? v s + v s ?1.8 v common-mode rejection, r l = 2 k w k cmr 80 85 75 db supply voltage rejection, g v = 100 k svr 25 100 100 m v/v
temperature coefficient of i io r g = 50 w temperature coefficient of v io r g = 50 w a iio a vio 0.1 6 0.8 25 0.8 25 na/k m v/k slew rate for non-inverting operation slew rate for inverting operation sr sr 1 1 v/ m s v/ m s characteristics (taf 4453) v s = 2 v parameter symbol limit values t a = 25 c limit values t a = ?55 to 125 c unit min. typ. max. min. max. input offset voltage, r g = 50 w v io ?4 4 ?6 6 mv input offset current input current i io i i ?50 40 50 100 ?75 75 150 na na open-loop voltage gain r l = 2 k w g v0 75 70 db note: for typical performance curves, please refer to the data sheets of tae 1453 and taf 1453. characteristics (taf 4453) (cont?) v s = 5 v to 15 v; r l = 10 k w , unless otherwise specified parameter symbol limit values t a = 25 c limit values t a = ?55 to 125 c unit min. typ. max. min. max.

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