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INTEGRAL[Integral Corp.]
INTEGRAL JOINT STOCK COMPANY
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| Part No. |
IL78L24 IL78L IL78L05 IL78L08 IL78L09 IL78L12 IL78L15 IL78L18
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| OCR Text |
...25C) Input Bias Current Change (16vdc Vi 27Vdc) (1.0 mA Io 40 mA) Output Noise Voltage (TA = +25C, 10Hz f 100 kHz) Ripple Rejection (IO = 40 mA, f= 120 Hz, 15V Vi 25V,TJ=+25C) Dropout Voltage (TJ = +25C) Vo Regline Pegload Vo 10.8 1... |
| Description |
5.0 AMP POSITIVE VOLTAGE REGULATOR
THREE-TERMINAL LOW CURRENT POSITIVE VOLTAGE REGULATORS
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| File Size |
127.14K /
5 Page |
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INTEGRAL JOINT STOCK COMPANY
INTEGRAL[Integral Corp.]
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| Part No. |
IL79L24 IL79L IL79L05 IL79L12 IL79L15 IL79L18
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| OCR Text |
...25C) Input Bias Current Change -16vdc Vi -27Vdc 1.0 mA Io 40 mA Output Noise Voltage (TA = +25C, 10Hz f 100 kHz) Ripple Rejection -15V Vi -25V, f= 120 Hz, TJ=+25C) Dropout Voltage (IO= 40 mA, TJ = +25C) Vo Regline Pegload Vo -10.8 -... |
| Description |
THREE-TERMINAL LOW CURRENT POSITIVE VOLTAGE REGULATORS
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| File Size |
116.67K /
4 Page |
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it Online |
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意法半导
STMICROELECTRONICS[STMicroelectronics]
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| Part No. |
L9848
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| OCR Text |
...RC1-6=0Vdc, DI=FFh, VDRN1-8 = 4-16vdc VSRC1-6=0-12Vdc, DI=FFh, VDRN1-8 = VBatt
VDRN1-8(Cl+) DRN1-8 Clamp Voltage VSRC1-6=0Vdc, DI=00h, IDRN1-8=10mA (low side) VSRC1-6(Cl+)bat SRC1-6 Clamp Voltage VDRN1-8=25V DI=00h, IDRN1-8=10mA (high si... |
| Description |
OCTAL CONFIGURABLE LOW/HIGH SIDE DRIVER
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| File Size |
205.68K /
18 Page |
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it Online |
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MSK[M.S. Kennedy Corporation]
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| Part No. |
MSK0024H MSK0024
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| OCR Text |
...maximum stress. Conditions: VCC=16vdc VOUT=8Vp Sine Wave, Freq.=1KHz RL=200
3 Rev. A 3/03
TYPICAL PERFORMANCE CURVES
4
Rev. A 3/03
MECHANICAL SPECIFICATIONS
ALL DIMENSIONS ARE 0.010 INCHES UNLESS OTHERWISE LABELED.
ORDERI... |
| Description |
HIGH SPEED OPERATIONAL AMPLIFIER
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| File Size |
217.86K /
5 Page |
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it Online |
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MSK[M.S. Kennedy Corporation]
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| Part No. |
MSK032S MSK032 MSK032B MSK032E
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| OCR Text |
...maximum stress. Conditions: Vcc=16vdc Vo=8Vp Sine Wave, Freq.= 1KHz RL=510 For a worst case analysis we treat the +8Vp sine wave as an 8 VDC output voltage. 1.) Find driver power dissipation PD = (Vcc-Vo) (Vo/RL) = (16V - 8V) (8V/510) = 125... |
| Description |
FET INPUT DIFFERENTIAL OP-AMP
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| File Size |
172.46K /
5 Page |
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MSK[M.S. Kennedy Corporation]
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| Part No. |
MSK3554B MSK3554
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| OCR Text |
...ximum stress. Conditions: VCC = 16vdc VO = 8Vp Sine Wave, Freq. = 1KHZ RL = 100 For a worst case analysis we will treat the +8Vp sine wave as an 8 VDC output voltage. 1.) Find Driver Power Dissipation PD = (VCC-VO) (VO/RL) = (16V-8V) (8V/10... |
| Description |
HIGH SPEED, WIDEBAND OPERATIONAL AMPLIFIER
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| File Size |
190.22K /
5 Page |
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it Online |
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MSK[M.S. Kennedy Corporation]
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| Part No. |
MSK801E MSK801 MSK801B
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| OCR Text |
...maximum stress. Conditions: VCC=16vdc VO=8Vp Sine Wave, Freq.=1KHz RL=100 For a worst case analysis we will treat the +8Vp sine wave as an 8VDC output voltage. 1.) Find Driver Power Dissapation PD=(VCC-VO) (VO/RL) =(16V-8V) (8V/100)
=0.64W... |
| Description |
FET INPUT DIFFERENTIAL OPERATIONAL AMPLIFIER
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| File Size |
226.58K /
6 Page |
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it Online |
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