NATIONAL SEMICONDUCTOR LOGIC 1981 Search Results

NATIONAL SEMICONDUCTOR LOGIC 1981 Result Highlights (5)

Part	Manufacturer	Description
TPHR7404PU	Toshiba Electronic Devices & Storage Corporation	N-ch MOSFET, 40 V, 0.00074 Ω@10V, SOP Advance, U-MOS-H
MG800FXF1JMS3	Toshiba Electronic Devices & Storage Corporation	N-ch SiC MOSFET Module, 3300 V, 800 A, iXPLV, High-side: SiC SBD、Low-side: SiC MOSFET
XPQR8308QB	Toshiba Electronic Devices & Storage Corporation	N-ch MOSFET, 80 V, 350 A, 0.00083 Ω@10V, L-TOGL
XPQ1R00AQB	Toshiba Electronic Devices & Storage Corporation	N-ch MOSFET, 100 V, 300 A, 0.00103 Ω@10V, L-TOGL
TK190U65Z	Toshiba Electronic Devices & Storage Corporation	MOSFET, N-ch, 650 V, 15 A, 0.19 Ohm@10V, TOLL

NATIONAL SEMICONDUCTOR LOGIC 1981 Datasheets Context Search

Catalog Datasheet	MFG & Type	PDF	Document Tags
CD4000 Abstract: CD4000 application notes 54HC 74ALS 74HC 74LS AN-389 C1995 cd4000 logic devices CD4000 national series Text: National Semiconductor Application Note 389 Roger Kozlowski January 1985 The application of such high-speed CMOS-logic circuits as the 54HC 74HC family as compared with CD4000 metal-gate logic requires special attention to pc-board design to minimize conducted and radiated noise	Original	PDF	CD4000 CD4000 application notes 54HC 74ALS 74HC 74LS AN-389 C1995 cd4000 logic devices CD4000 national series
adjustable zero span circuit with lm358 Abstract: what is the drawback of operating system LM358 op amp AN-284 DAC0830 DAC1230 LM329 LM336 LM358 LM385 Text: National Semiconductor Application Note 284 Tim Regan September 1981 CMOS data acquisition and conversion products are becoming the ideal choice for microprocessor controlled analog systems. The use of CMOS allows the addition of more digital logic functionality on to the same die as the analog	Original	PDF	12-bit 16-bit adjustable zero span circuit with lm358 what is the drawback of operating system LM358 op amp AN-284 DAC0830 DAC1230 LM329 LM336 LM358 LM385
adjustable zero span circuit with lm358 Abstract: what is the drawback of operating system LM358 op amp DAC1230 AN-284 C1995 DAC0830 LM329 LM336 LM358 Text: National Semiconductor Application Note 284 Tim Regan September 1981 CMOS data acquisition and conversion products are becoming the ideal choice for microprocessor controlled analog systems The use of CMOS allows the addition of more digital logic functionality on to the same die as the analog	Original	PDF	12-bit 16-bit adjustable zero span circuit with lm358 what is the drawback of operating system LM358 op amp DAC1230 AN-284 C1995 DAC0830 LM329 LM336 LM358
DS1776 Abstract: AN-725 74XX240 TTL family Text: PI Bus PI Bus National Semiconductor Application Note 725 Joe Wert September 1991 HISTORY Throughout the 70’s and early 80’s the typical backplane was driven by standard TTL logic parts with tristateable outputs such as 54/74XX240 and 245. For design purposes	Original	PDF	54/74XX240 AN-725 an011071 DS1776 AN-725 74XX240 TTL family
NSB5881 Abstract: MICROPROCESSOR Z80 7segment NSB3881 NSN581 9 digit display NSA1298 NSB7881 MM74C917 MM74C912 NSB3881 equivalent NSN381 Text: National Semiconductor Application Note 257 Larry Wakeman May 1981 I INTRODUCTION The MM74C911 MM74C912 and MM74C917 are CMOS display controllers that control multiplexing of 8-segment LED displays These devices each have an on-chip multiplex oscillator and associated logic to easily implement multi-digit displays with minimal additional hardware These	Original	PDF	MM74C911 MM74C912 MM74C917 MM74C912 NSB5881 MICROPROCESSOR Z80 7segment NSB3881 NSN581 9 digit display NSA1298 NSB7881 NSB3881 equivalent NSN381
DS1776 Abstract: AN-725 can transceiver lumped capacitance Text: PI Bus PI Bus National Semiconductor Application Note 725 Joe Wert September 1991 HISTORY Throughout the 70’s and early 80’s the typical backplane was driven by standard TTL logic parts with tristateable outputs such as 54/74XX240 and 245. For design purposes	Original	PDF	54/74XX240 DS1776 AN-725 can transceiver lumped capacitance
DS1776 Abstract: AN-725 Text: National Semiconductor Application Note 725 Joe Wert September 1991 HISTORY Throughout the 70’s and early 80’s the typical backplane was driven by standard TTL logic parts with tristateable outputs such as 54/74XX240 and 245. For design purposes these busses were modeled as lumped capacitances and	Original	PDF	54/74XX240 an011071 DS1776 AN-725
DS1776 Abstract: 74XX240 AN-725 C1996 DS3662 Text: National Semiconductor Application Note 725 Joe Wert February 1996 HISTORY Throughout the 70’s and early 80’s the typical backplane was driven by standard TTL logic parts with tristateable outputs such as 54 74XX240 and 245 For design purposes these busses were modeled as lumped capacitances and	Original	PDF	74XX240 DS1776 AN-725 C1996 DS3662
simple Binary counter Abstract: ADC0801 C1995 LB-53 72-clock Text: National Semiconductor Linear Brief 53 Tim Regan July 1981 In many data acquisition applications it is necessary to have an A to D converter operate as its maximum conversion rate The controlling microprocessor would then be able to read the most current input data at any point in time as	Original	PDF
LB-53 Abstract: simple Binary counter ADC0801 Text: National Semiconductor Linear Brief 53 July 1981 In many data acquisition applications it is necessary to have an A to D converter operate as its maximum conversion rate. The controlling microprocessor would then be able to read the most current input data at any point in time as required	Original	PDF
162b5 Abstract: national semiconductor MDAC AN-277 C1995 DAC1000 DAC1001 DAC1002 DAC1006 DAC1007 DAC1008 Text: National Semiconductor Application Note 277 James B Cecil July 1981 A second generation of the popular MDAC or multiplying DAC is now available which has been designed to provide an easy interface to microprocessor systems These new MICRO-DAC products are low power drain CMOS converters which typically require only 0 5 mA supply current (2 mA	Original	PDF
ttl to cmos converter Abstract: 8085 microprocessor Datasheet AN-275 C1995 DAC1000 DAC1001 DAC1002 DAC1006 DAC1007 DAC1008 Text: National Semiconductor Application Note 275 James B Cecil July 1981 With double buffering 8 9 and 10-bit multiplying units are useful for microprocessor control of gain and attenuation A new family of complementary MOS multiplying digital-toanalog converters has arrived on the scene and promises to	Original	PDF	10-bit ttl to cmos converter 8085 microprocessor Datasheet AN-275 C1995 DAC1000 DAC1001 DAC1002 DAC1006 DAC1007 DAC1008
National Semiconductor DS8641 Abstract: AN-259 DS3662 DS864 Text: National Semiconductor Application Note 259 R. V. Balakrishnan April 1981 I. INTRODUCTION A single ended Bus is an unbalanced Data Transmission medium, which is timeshared by several system elements. Like any unbalanced system, it is highly susceptible to	Original	PDF
AN-259 Abstract: DS3662 Text: National Semiconductor Application Note 259 R. V. Balakrishnan April 1981 I. INTRODUCTION A single ended Bus is an unbalanced Data Transmission medium, which is timeshared by several system elements. Like any unbalanced system, it is highly susceptible to	Original	PDF

DS3662 Abstract: AN-259 C1995 DS8641 DS8834 Trapezoidal Capacitors Text: DS3662 National Semiconductor Application Note 259 R V Balakrishnan April 1981 DS3662 The Bus Optimizer external to the Bus Additional noise may be generated due to reflections at imperfect terminations Bus Receviers are designed to respond to high speed transitions and to provide low propagation delays Unfortunately their fast response results in high noise sensitivity The	Original	PDF	DS3662 DS3662 AN-259 C1995 DS8641 DS8834 Trapezoidal Capacitors
Sine Wave Generation Techniques Abstract: AN-269 C1995 DAC1000 DAC1020 LM329 tellabs logarithmic amp Text: National Semiconductor Application Note 269 September 1981 The 4-quadrant multiplying CMOS D to A converter DAC is among the most useful components available to the circuit designer Because CMOS DACs allow a digital word to operate on an analog input or vice versa the output can represent a sophisticated function Unlike most DAC units	Original	PDF
AN274 Abstract: AN-274 NS LM358 LM324 LM339 LM358 LM389 LM3900 LM392 LM393 Text: National Semiconductor Application Note 274 July 1981 With a span accommodation down to 180 mV, this 8-bit unit can also replace a 12-bit analog-to-digital device in some applications. Compatibility Criteria Differ To help meet the rising demand for easier interfacing between analog-to-digital converters and microprocessors, the	Original	PDF	12-bit ADC0801-05 20-pin AN274 AN-274 NS LM358 LM324 LM339 LM358 LM389 LM3900 LM392 LM393
INS8073 Abstract: ADC0804 BLOCK DIAGRAM ADC0804 PIN DIAGRAM ADC0808 circuit with full details DM74LS138 Application INS8070 ADC0808 ADC0808 driver circuit with pin details ADC0804 deutsch dt 04 p2 Text: National Semiconductor Application Note 280 November 1981 Abstract This application note describes techniques for interfacing parallel I O and serial I O 8-bit A D converters to the INS8070 series of microprocessors A detailed hardware and software interface example is provided for each	Original	PDF	INS8070 INS8073 ADC0804 INS8072 ADC0833 16-channel ADC0831 ADC0804 BLOCK DIAGRAM ADC0804 PIN DIAGRAM ADC0808 circuit with full details DM74LS138 Application ADC0808 ADC0808 driver circuit with pin details deutsch dt 04 p2
8080 analog to digital converter Abstract: LM393 line follower working of ic lm339 AN-274 op code for digital clock using microprocessor 80 TL 8721 adc0801 linear devices C1995 8721 LM358 Text: National Semiconductor Application Note 274 July 1981 With a span accommodation down to 180 mV this 8-bit unit can also replace a 12-bit analog-to-digital device in some applications To help meet the rising demand for easier interfacing between analog-to-digital converters and microprocessors the	Original	PDF	12-bit ADC0801-05 20-pin 8080 analog to digital converter LM393 line follower working of ic lm339 AN-274 op code for digital clock using microprocessor 80 TL 8721 adc0801 linear devices C1995 8721 LM358
ADC0804 Abstract: INS8243 adc0804 national semiconductor INS8048 AN-281 only A to D Converters ADC0804 adc0804 datasheet ADC0801 ADC0833 C1995 Text: National Semiconductor Application Note 281 Daniel Hagerty November 1981 Abstract This application note describes techniques for interfacing National Semiconductor’s ADC0833 serial I O and ADC0804 parallel I O A D converters to the INS8048 family of microprocessors A hardware and software interface example is provided for each A D along with a brief	Original	PDF	ADC0833 ADC0804 INS8048 INS8048 INS8243 adc0804 national semiconductor AN-281 only A to D Converters ADC0804 adc0804 datasheet ADC0801 C1995
dac1208 Abstract: LF351 mi op-amp VOLTAGE TO CURRENT CONVERTER lm319 triangle LM11 national thumbwheel Potentiometers DAC0830 DAC0831 DAC0832 DAC1000 DAC1001 Text: National Semiconductor Application Note 271 Tim Regan September 1981 Most microprocessor based systems designers will find that the new CMOS MICRO-DAC are among the most interesting and versatile devices they will include in their system The availability of these devices opens a vast new area of	Original	PDF
linear application handbooks national semiconductor Abstract: F100K ECL Users Handbook JEP133 bipolar cots radiation radiation hard PLL national semiconductor logic 1981 cmos cots radiation lvds pioneer linear application handbook national semiconductor AN-926 Text: N Total Ionizing Dose Radiation Data krads, typical 10 30 50 Analog CMOS Op Amps Bipolar Op Amps Comlinear Comparators Data Acquisition References Regulators Low Dropout Voltage Regulators Motor Drivers Phased Lock Loops (PLL) ASIC CMOS Gate Array (.65µm)	Original	PDF	CD4K/54C linear application handbooks national semiconductor F100K ECL Users Handbook JEP133 bipolar cots radiation radiation hard PLL national semiconductor logic 1981 cmos cots radiation lvds pioneer linear application handbook national semiconductor AN-926
simple LM324 COMPARATOR CIRCUIT Abstract: lm356 ADC0816 PIN DIAGRAM z80-pio LM356B data sheet multiplexer cd4051 lm324 dc to ac inverters diagram ADC0809 internal circuit diagram free d z80pio 2 bit magnitude comparator using Integrated Chips Text: National Semiconductor Application Note 258 Larry Wakeman January 1981 I Introduction The ADC0816 and ADC0817 CMOS 16-Channel Data Acquisition devices are selectable multi-input 8-bit A D converters In addition to a standard 8-bit successive approximation type A D converter these devices contain a 16	Original	PDF	ADC0816 ADC0817 16-Channel ADC0808 ADC0809 ADC0809 simple LM324 COMPARATOR CIRCUIT lm356 ADC0816 PIN DIAGRAM z80-pio LM356B data sheet multiplexer cd4051 lm324 dc to ac inverters diagram ADC0809 internal circuit diagram free d z80pio 2 bit magnitude comparator using Integrated Chips
TTL LS 7400 Abstract: ttl 7400 marking WV1 transistor TTL 7400 national semiconductor 74H Logic Family Specifications IC 7400 nand gate MIL-STD-806B LS TTL family characteristics transistor f259 internal structure 74LS00 nand gate Text: Introduction National Semiconductor Introduction FAST, an acronymn for Fairchild Advanced Schottky TTL, is a high-speed, low-power logic family that achieves speeds typically 30% faster than the Schottky family with a corre sponding power reduction of approximately 75%. It is fabri	OCR Scan	PDF

NATIONAL SEMICONDUCTOR LOGIC 1981 Search Results

NATIONAL SEMICONDUCTOR LOGIC 1981 Result Highlights (5)

NATIONAL SEMICONDUCTOR LOGIC 1981 Datasheets Context Search

CD4000

adjustable zero span circuit with lm358

adjustable zero span circuit with lm358

DS1776

NSB5881

DS1776

DS1776

DS1776

simple Binary counter

LB-53

162b5

ttl to cmos converter

National Semiconductor DS8641

AN-259

DS3662

Sine Wave Generation Techniques

AN274

INS8073

8080 analog to digital converter

ADC0804

dac1208

linear application handbooks national semiconductor

simple LM324 COMPARATOR CIRCUIT

TTL LS 7400