NATIONAL IC 1980 Search Results

ALLOY leadframe C7025 material property

Abstract: smd code marking 56L 20L SMD SOT-23 9l marking sot23 ALLOY leadframe C7025 lead frame cu C194 marking code 56l 100L C194 C7025
Contextual Info: A Structured Approach To Lead-Free IC Assembly Transitioning L. Nguyen, R. Walberg, Z. Lin*, T. Koh*, YY Bong*, MC Chua*, S. Chuah*, JJ Yeoh* National Semiconductor Corp. P.O. Box 58090 M/S 19-100 Santa Clara, CA 95052-8090 * National Semiconductor, Singapore

5 DIGIT SINGLE CHIP DIGITAL MULTIMETER

Abstract: NSB5388 BASIC digital multimeter diagram application note of digital multimeter digital multimeter diagram ADD3501 ADD3701 NSB*5388 LH0091 2V reference voltage
Contextual Info: INTRODUCTION National Semiconductor’s ADD3501 is a monolithic CMOS IC designed for use as a 3 -digit digital voltmeter The IC makes use of a pulse-modulation analog-to-digital conversion scheme that operates from a 2V reference voltage functions with inputs between 0V and g 1 999V and operates from a single supply

lm331 pin configuration

Abstract: Frequency-to-Voltage Converter lm331 IC LM331 LM331 f to v converter RM4151 AN008741 LM131 application note C2P TRANSISTOR LM331 simple LM324 COMPARATOR CIRCUIT
Contextual Info: National Semiconductor Application Note C Robert A. Pease August 1980 Simplify your F/V converter designs with versatile V/F ICs. Starting with a basic converter circuit, you can modify it to meet almost any application requirement. You can spare yourself some hard labor when designing frequency-tovoltage F/V converters by using a voltage-to-frequency IC

lm331 pin configuration

Abstract: LM324 USE IC LM331 simple LM324 COMPARATOR CIRCUIT LM358 sensor temperature Frequency-to-Voltage Converter lm331 RM4151 FD333 LM331 LM358
Contextual Info: National Semiconductor Appendix C C Robert A Pease August 1980 Simplify your F V converter designs with versatile V F ICs Starting with a basic converter circuit you can modify it to meet almost any application requirement You can spare yourself some hard labor when designing frequency-to-voltage F V converters by using a voltage-to-frequency IC in

Contextual Info: 1NS8255 Programmable Peripheral Interface 1/WÀ National ÆjA Semiconductor INS8255 Programmable Peripheral Interface General Description signals w ith th e p e rip h e ra l device. In th e th ir d m ode M od e 2 , th e IN S 8 2 5 5 enables c o m m u n ic a tio n s w ith a

LM3914

Abstract: IC LM3914 LM3914 PIN LM3914S national 2n2222 AN008496 2n2222 national semiconductor 2N2222 national LB-48 LM3914 datasheet
Contextual Info: National Semiconductor Linear Brief 48 Michael Maida February 1980 Using a National Semiconductor LM3914 bar/dot display driver chip, a few resistors and some LEDs, a simple expanded-scale voltmeter is easily constructed. Furthermore, it runs from the same single 5V ± 10% supply it

LM3914 PIN

Abstract: IC LM3914 LM3914 LM3914s making voltmeter LM3914 applications 2N3904 A49 for lm3914 national 2n2222 2n2222 national semiconductor
Contextual Info: National Semiconductor Linear Brief 48 Michael Maida February 1980 Using a National Semiconductor LM3914 bar dot display driver chip a few resistors and some LEDs a simple expanded-scale voltmeter is easily constructed Furthermore it runs from the same single 5V g 10% supply it monitors

CLC300A

Abstract: Comlinear clc300a Comlinear CLC203 CLC203 CLC103 A New Approach to Op Amp Design Comlinear 300-1 Transimpedance Amplifier DC Cancel clc220 AD operation amplifier COMLINEAR
Contextual Info: National Semiconductor OA-13 Michael Steffes January 1993 With the introduction of commercially available amplifiers using the current feedback topology by Comlinear Corporation in the early 1980’s, previously unattainable gain and bandwidths in a DC coupled amplifier became easily available to any design engineer. The basic achievement realized

LM317 high voltage

Abstract: NSD134 LM317H MAIDA CAPACITOR high voltage regulator LB-47 "High Voltage Regulator" ,national semiconductor Linear lm317S mylar capacitor
Contextual Info: National Semiconductor Linear Brief 47 Michael Maida March 1980 High Voltage Adjustable Power Supplies entire range of output voltage from 1.2V to 160V. Since high-voltage transistors by necessity have a low β, a Darlington is used to stand off the high voltage. The zener

NSD134

Abstract: MAIDA CAPACITOR LB-47 LM317H LM317 LM317 high current high voltage regulator LM329B C1995 LM117
Contextual Info: National Semiconductor Linear Brief 47 Michael Maida March 1980 7 4 4 HIGH VOLTAGE ADJUSTABLE POWER SUPPLIES The floating-mode operation of adjustable three-terminal regulators such as the LM117 family make them ideal for high voltage operation The regulator has no ground pin

2N3565

Abstract: 2N4250 2n3565 equivalent transistor CURRENT-TO-FREQUENCY lm11c application notes IC LM331 lm331 1N457 National AN240 1N914
Contextual Info: National Semiconductor Application Note 240 Robert A. Pease May 1980 Does an analog-to-digital converter cost you a lot if you need many bits of accuracy and dynamic range? Absolute accuracy better than 0.1% is likely to be expensive. But a capability for wide dynamic range can be quite inexpensive.

CURRENT-TO-FREQUENCY

Abstract: IC LM331 2N3565 2N4250 photoresistors Photoresistor 2N3565 pin lm331 3N190 5622
Contextual Info: National Semiconductor Application Note 240 Robert A Pease May 1980 Does an analog-to-digital converter cost you a lot if you need many bits of accuracy and dynamic range Absolute accuracy better than 0 1% is likely to be expensive But a capability for wide dynamic range can be quite inexpensive

LM338

Abstract: 638V LB49 LB-49 7336 C1995 DSA004529 Q104 Q105 R101
Contextual Info: National Semiconductor Linear Brief 49 Robert Pease October 1980 It is a familiar situation that some computer systems which are functional with a 5V supply may run marginally at 5 1V but can show a solid failure at 5 3V or vice versa even though all these voltages are within the system’s specifications The LM338 is an example of a monolithic voltage regulator which can be placed under computer control and can

2n3565 equivalent transistor

Abstract: how to use STRAIN GAUGE with lm358 lm331 strain gauge lm331 pulse width LM131 application note 2N3565 LM131 LM331 lm358 sum 2N2484
Contextual Info: National Semiconductor Application Note D August 1980 The best of the monolithic voltage-to-frequency V/F converters have performance that’s so good it equals or exceeds that of modular types. Some of these ICs can be designed into quite a variety of circuits because they’re

bubble memory

Abstract: driver 1028 TDA 1028 TPS 1028 NBM2011 "Barium Ferrite"
Contextual Info: November 1980 NBM2011 1M x 1 Magnetic Bubble Memory Device General Description The NBM2011 is a 1,048,576 220 bit magnetic bubble memory device. All required magnetic components, in­ cluding the drive field coils, permanent magnets and pro* tective magnetic shield are integral parts of the device. It

HIGHWAY 09a ic

Abstract: HIGHWAY 09A Diode CK 99A bubble memory f173
Contextual Info: November 1980 NBM2011 1M x 1 Magnetic Bubble Memory Device General Description The NBM2011 is a 1,048,576 220 b it m a g n e tic b u b b le m em ory device. A ll required m a g n e tic co m p o n e n ts, in­ c lu d in g th e d rive fie ld c o ils , p erm a n e nt m a g n e ts and pro­

IC 7413

Abstract: NSL5027 equivalent Z340 LM340-XX LM324 DIL TTL 74137 transistor LM320K-15 transistor 7413 NSL5027 Germanium power diode
Contextual Info: LM340 Series Three Terminal Positive Regulators National Semiconductor Application Note 103 George Cleveland August 1980 LM340 Series Three Terminal Positive Regulators INTRODUCTION The LM340-XX are three terminal 1 0A positive voltage regulators with preset output voltages of 5 0V or 15V The

IC 7479

Abstract: LM11 LM11 op amp LM11 national Widlar IC OP AMP for Piezoelectric transducers 7479 at q209 "logarithmic amplifier" LH0032
Contextual Info: National Semiconductor Application Note 242 April 1980 Robert J Widlar Apartado Postal 541 Puerto Vallarta Jalisco Mexico Bob Pease and Mineo Yamatake National Semiconductor Corporation Santa Clara California USA Abstract A new bipolar op amp design has advanced the

LM11

Abstract: LM11 op amp LM11 national LM385 1.25V zener Lem Flex current transducer LM11 data picoammeter circuit lm10 de at q209 LM334 equivalent transistor
Contextual Info: National Semiconductor Application Note 242 Robert J. Widlar Bob Pease Mineo Yamatake April 1980 Abstract: A new bipolar op amp design has advanced the state of the art by reducing offset voltage and bias current errors. Its characteristics are described here, indicating an

Contextual Info: LM E49743 LME49743 Quad High Performance, High Fidelity Audio Operational Amplifier Te x a s In s t r u m e n t s Literature Number: SNAS442A LM E 49743 Q uad High P erform ance, High Fidelity A u d io O perational A m p lifie r General Description Key Specifications

Contextual Info: UÄ9638C DUAL HIGH-SPEED DIFFERENTIAL LINE DRIVER SLLS112C- OCTOBER 1980 - REVISED APRIL 1994 D OR P PACKAGE crop view Meets or Exceeds AN SI Standard EIA/TIA-422-B Operates From a Single 5-V Power Supply Vcct 1A[ 2 2A[ 3 GND [ 4 Drives Loads as Low as 50 Q up

Contextual Info: LM E49740 LME49740 Quad High Performance, High Fidelity Audio Operational Amplifier T ex a s In s t r u m e n t s Literature Number: SNAS377A £/r Semiconductor LM E 49740 Q uad High P erform ance, High Fidelity A u d io O perational A m p lifie r General Description

B17S

Abstract: 2708 eprom DP8350 INS8060 INS807X INS8080 JNS8072 A11Z INS8070 2F27
Contextual Info: O ctober 1980 INS8070-Series Microprocessor Family General Description Features The INS8070-Series of m icroprocessors hereinafter referred to as the 70-Series Fam ily is intended fo r use in system s re q uiring the econom y of a single chip, the fle x ib ility of m ultiproce ssin g bus arch ite ctu re and the

Contextual Info: LM E49723 LME49723 Dual High Fidelity Audio Operational Amplifier Te x a s In s t r u m e n t s Literature Number: SNAS429A Semiconductor LM E 49723 Dual High Fidelity A u d io O pera tio n al A m p lifie r General Description 0.0002% typ The LME49723 is part of the ultra-low distortion, low noise,