LT1010 Search Results

hp2810

Abstract: LT1010 LT1010CDD MJE3055 equivalent 2 way video splitter circuit drawing transistor MJE3055 LM334 LT1010CT LT1056CN8 LM334 equivalent transistor
Contextual Info: LT1010 Fast ±150mA Power Buffer U FEATURES DESCRIPTIO • The LT 1010 is a fast, unity-gain buffer that can increase the output capability of existing IC op amps by more than an order of magnitude. This easy-to-use part makes fast amplifiers less sensitive to capacitive loading and reduces

LT1010

Contextual Info: RELIABILITY DATA LT1010 8/21/2006 • OPERATING LIFE TEST PACKAGE TYPE SAMPLE SIZE OLDEST DATE CODE HERMETIC PLASTIC DIP TO-220 45 8433 189 9115 100 0033 334 • PRESSURE COOKER TEST AT 15 PSIG, +121°C PACKAGE TYPE SAMPLE SIZE NEWEST DATE CODE 9115 9114 0233

LT1010 application notes

Abstract: 2 way video splitter circuit drawing 2 way video splitter circuit diagram 2 way video splitter circuit MJE2955 power amplifier circuit 2N3866 application MJE3055 equivalent
Contextual Info: LT1010 Fast ±150mA Power Buffer FTEATURES DESCRIPTION n n n n n n n n The LT 1010 is a fast, unity-gain buffer that can increase the output capability of existing IC op amps by more than an order of magnitude. This easy-to-use part makes fast amplifiers less sensitive to capacitive loading and reduces

LTC1049 equivalent

Abstract: V49R LTC1150 equivalent LTC1150 LTC1051 equivalent LT1058A lt1078 LT1496 lt1028 LTC1051
Contextual Info: ≥10V/µs ≥50V/µs LT1022 LT1010 LT1028 LT1122 LT1037 LT1215/16 LT1055 LT1056 LT1057 LT1058 LT1115 LT1126 LT1127 LT1213/14 Typical Slew Rate ≥1V/µs ≥0.2V/µs LT 1006 All LT1007 LT1014 (All) LTC®1050 LT1413 (All) LTC1051 LT1464/5 LTC1052 LTC1053

hp2810

Abstract: LM163 MJE2955 power amplifier circuit HP2-810 LT1010CT MJE3055 equivalent LT1210 as buffer lm10 de transistor MJE3055 LT1010
Contextual Info: LT1010 Fast ±150mA Power Buffer U FEATURES • ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO The LT 1010 is a fast, unity-gain buffer that can increase the output capability of existing IC op amps by more than an order of magnitude. This easy-to-use part makes fast

LTC1049 equivalent

Abstract: LTC1150 equivalent LTC1050 LTC1150 LTC1152 LTC1250 LT1006 LT1077 LT1012A LT1178
Contextual Info: ≤50µV LT1006A LT1012 LT1024A LT1028A LT1077A ≥100V/µs See High Speed Amplifier Selection Card RS = 100Ω ≤17nV/√Hz LT1001 All LT1002 (All) LT1008 LT1012 (All) LT1113* LT1211/12 LT1213/14 LT1215/16 ≥10V/µs ≥50V/µs LT1022 LT1010 LT1028 LT1122

HP2810

Abstract: ltc1010 ltc1010ct MJE3055 equivalent LT1010 application notes LT1010CT LBWZ 2 way video splitter circuit drawing LTC1010CN8 LT1010
Contextual Info: LT1010 Fast ±150mA Power Buffer FEATURES DESCRIPTION n The LT 1010 is a fast, unity-gain buffer that can increase the output capability of existing IC op amps by more than an order of magnitude. This easy-to-use part makes fast amplifiers less sensitive to capacitive loading and reduces

9114

Abstract: 9351 PDF 9115 LT1010
Contextual Info: RELIABILITY DATA LT1010 12/8/2000 • OPERATING LIFE TEST PACKAGE TYPE SAMPLE SIZE OLDEST DATE CODE HERMETIC PLASTIC DIP 45 8433 189 9115 234 • PRESSURE COOKER TEST AT 15 PSIG, +121°C PACKAGE TYPE SAMPLE SIZE PLASTIC DIP TO-220 840 1,545 2,385 • TEMP CYCLE FROM -65°C to +150°C

LT1210 as buffer

Abstract: 4mhz 8mhz 16mhz 8pin LT1010 application notes 2 way video splitter circuit drawing LM334 LT1010 LT1010CDD MJE3055 equivalent LT1056CN8 HP2810
Contextual Info: LT1010 Fast ±150mA Power Buffer U FEATURES DESCRIPTIO • The LT 1010 is a fast, unity-gain buffer that can increase the output capability of existing IC op amps by more than an order of magnitude. This easy-to-use part makes fast amplifiers less sensitive to capacitive loading and reduces

Contextual Info: LT1010 Fast ±150mA Power Buffer FTEATURES n n n n n n n n n DESCRIPTION 20MHz Bandwidth 75V/µs Slew Rate Drives ±10V Into 75Ω 5mA Quiescent Current Drives Capacitive Loads > 1µF Current and Thermal Limit Operates from Single Supply ≥ 4.5V Very Low Distortion Operation

SIMPLE 40w inverter circuit

Abstract: current buffer 150ma LH0002 LT1010 LT1010CH LT1010CK LT1010CN8 LT1010CT ic ca 810 audio amp LT1010MK
Contextual Info: /T L in ^ A B _ ass TECHNOLOGY F ast± 150mA Power Buffer F € f lT U R € S D C S C R IP T IO n • ■ ■ ■ ■ ■ ■ ■ The LT1010 is a fast, unity gain b u ffe rth a tca n increase the output capability of existing IC op am ps by m ore than an

U1010

Abstract: Widlar
Contextual Info: _ u LTIOIO m TECHNOLOGY Fast ± 150mA Power Buffer F€ R TU fl€ S D € S C R IP TIO n • ■ ■ ■ ■ ■ ■ ■ The LT1010 is a fast, unity-gain buffer that can increase the output capability of existing IC op amps by more than an order of magnitude. This easy-to-use part makes fast

chopper transformer winding for 24v battery charging

Abstract: hp laptop charging CIRCUIT diagram p50n05 43a Hall effect pin out 2N2219 transistor substitute PURE SINE WAVE inverter schematic diagram 2n3906 npn magnetic amplifier saturable core P50N05E pe-61592
Contextual Info: Application Note 29 October 1988 Some Thoughts on DC/DC Converters Jim Williams and Brian Huffman INTRODUCTION Many systems require that the primary source of DC power be converted to other voltages. Battery driven circuitry is an obvious candidate. The 6V or 12V cell in a laptop computer must be converted to different potentials needed for

74c904

Abstract: 1206FA 74C906 LT1206 LT1206CN8 LT1206CR LT1206CS8 LT1206CT7 74C9 RG 4A
Contextual Info: LT1206 250mA/60MHz Current Feedback Amplifier FEATURES DESCRIPTION • The LT 1206 is a current feedback amplifier with high output current drive capability and excellent video characteristics. The LT1206 is stable with large capacitive loads, and can easily supply the large currents required

2N3866 application note

Abstract: 2N3866 LT318A 1N4002 LT1008 LT1009 LT1010 AC fan speed control schematic WF capacitor TRANSIC0IL-1125-115
Contextual Info: /TLintAß .A » / Application Note 4 September 1984 TECHNOLOGY Applications for a New Power Buffer Jim Williams A frequent requirement in systems involves driving analog signals into non-linear or reactive loads. Cables, transformers, actuators, motors, and sample-hold cir­

Fluke a55

Abstract: HGWM HGWM51111POO LT1088CD PNP2N3906 540B LT1088 LT1088CN FLUKE rms dc converter PNP 2N3906
Contextual Info: L.T1088 TECHNOLOGY Wideband RMS-DC Converter -Building Block F€RTUR€S DCSCRIPTIOn • 3 0 0M Hz 3dB Bandwidth The LT1088 is a thermally based R M S -D C converter build­ ■ 1 % Accuracy D C -5 0 M H z ing block. It converts the input waveform to heat. Using ex­

2n3055 use in battery charger

Abstract: Marcon Electrolytic Capacitor 160 Volt AP 1510 equivalent 1N5819 1N914 2N7002 LT1510 LT1510-5 MBRM120T3 MMBD914L
Contextual Info: LT1510/LT1510-5 Constant-Voltage/ Constant-Current Battery Charger FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ Charges NiCd, NiMH and Lithium-Ion Batteries –– Only One 1/10W Resistor Is Needed to Program Charging Current High Efficiency Current Mode PWM with 1.5A

KELVIN-VARLEY DIVIDER

Abstract: hp3458a VDR-307 VARLEY Julie Research Labs jim Williams linear jim williams FLUKE 720A seven wonders HP11053
Contextual Info: Design Solutions 11 November 1999 Testing Linearity of the LTC2400 24-Bit No Latency ∆ΣTM A/D Converter Help from the Nineteenth Century by Jim Williams Introduction Verifying the linearity of the LTC2400 analog to digital converter requires special considerations. Typical

Tektronix 2245a

Abstract: 2M3866 s2 umi 250v 1a Tektronix 2246a s 2 umi 1A 130 degree 250V 2N2369 transistor pulse generator PNP TRANSISTOR 1A 60V s 2 umi 1A 250V LARE RTL 1000 AVS Ralph Morrison Wiley
Contextual Info: um A pplication Note 47 August 1991 TECHNOLOGY High Speed Amplifier Techniques A Designer's Companion for W ideband Circuitry Jim Williams PREFACE This publication represents the largest LTC commitment to an application note to date. No other application note

2N2369

Abstract: LF156 LM118 LT1010 LT118A 2 way video splitter circuit diagram inverter circuit dc to ac 2V to 100V transistor 1020
Contextual Info: urm Application Note 16 TECHNOLOGY August 1985 Unique 1C Buffer Enhances Op Amp Designs, Tames Fast Amplifiers Robert J. Widlar a bstract: A unity gain 1Cpower buffer that uses NPN out­ put transistors while avoiding the usual problems of quasi-compiementary designs is described. Free of para­

LTC1360

Abstract: LTC2757 LT1012 LT1468 LTC2757BCLX LTC2757C LTC2757I LT1460A1
Contextual Info: LTC2757 18-Bit SoftSpan IOUT DAC with Parallel I/O FEATURES DESCRIPTION n The LTC 2757 is an 18-bit multiplying parallel-input, current-output digital-to-analog converter that provides full 18bit performance—INL and DNL of ±1LSB maximum—over temperature without any adjustments. 18-bit monotonicity

Datasheet of 7490 IC decade counter

Abstract: VDR-307 SCO-106 ic 7490 pin diagram ic 7490 Decade Counter data sheet 7490 Decade Counter internal diagram of 7490 IC IC sine wave generator for 1Hz-to-100MHz Julie Research Labs SP656
Contextual Info: Application Note 9 August 1986 Application Considerations and Circuits for a New Chopper-Stabilized Op Amp Jim Williams A great deal of progress has been made in op amp DC characteristics. Carefully executed designs currently available provide sub-microvolt VOS ΔT drift, low bias currents

DN-101

Abstract: HP3403 DN101 jim williams ccfl wein bridge oscillator efficiency wein bridge oscillator linear wein oscillator jim Williams AN55 HP-4195A
Contextual Info: advertisement A Precision Wideband Current Probe for LCD Backlight Measurement – Design Note 101 Jim Williams Evaluation and optimization of Cold Cathode Fluorescent Lamp CCFL performance requires highly accurate AC current measurement. CCFLs, used to backlight LCD displays, typically operate at 30kHz to 70kHz with measurable

instrumentation amplifier

Abstract: "Instrumentation Amplifier" LT1027 LT1097 power transducer with signal conditioning INSTRUMENTATION AMPLIFIERS LT1006 LT1010 LT1101 LTC1290
Contextual Info: advertisement Gain Trimming In Instrumentation Amplifier Based Systems – Design Note 51 Jim Williams Gain trimming is almost always required in instrumentation amplifier based systems. Gain uncertainties, most notable in transducers, necessitate such a trim.