AND8219
Abstract: 1E-30
Text: AND8219/D How to Generate Square Wave, Constant Duty Cycle, Transient Response Curves Prepared by: Roger Paul Stout, PE ON Semiconductor http://onsemi.com APPLICATION NOTE Abstract This monograph explains how to construct families of square wave duty cycle transient heating curves based on
|
Original
|
AND8219/D
AND8219
1E-30
|
PDF
|
PRL550NQ4X
Abstract: PRL-ACT-50 PRL-FTC-104 PRL-730
Text: PRL-255CN ÷2 and ÷4 SMALL SIGNAL FREQUENCY DIVIDER APPLICATIONS • • • • GHz Frequency Division in Device Test and Systems Integration Small Signal Sine wave/Square wave Frequency Division High speed Clock signal Generation for SONET applications
|
Original
|
PRL-255CN
300MHz
PRL-ACT-50,
PRL-SC-104
PRL-ACX-12dB,
PRL550NQ4X
PRL-ACT-50
PRL-FTC-104
PRL-730
|
PDF
|
33120A
Abstract: EN50082-1 UL1244
Text: Agilent 33120A Function/Arbitrary Waveform Generator Data Sheet • • • • 15 MHz sine and square wave outputs Sine, triangle, square, ramp, noise and more 12-bit, 40MSa/s, 16,000-point deep arbitrary waveforms Direct digital synthesis for excellent stability
|
Original
|
3120A
12-bit,
40MSa/s,
000-point
3120A
5968-0125EN
33120A
EN50082-1
UL1244
|
PDF
|
Untitled
Abstract: No abstract text available
Text: Agilent 33120A Function/Arbitrary Waveform Generator Data Sheet • • • • 15 MHz sine and square wave outputs Sine, triangle, square, ramp, noise and more 12-bit, 40MSa/s, 16,000-point deep arbitrary waveforms Direct digital synthesis for excellent stability
|
Original
|
3120A
12-bit,
40MSa/s,
000-point
3120A
5968-0125EN
|
PDF
|
Agilent Manual
Abstract: 34194
Text: Agilent 33250A Function/Arbitrary Waveform Generator Data Sheet • 80 MHz sine and square wave outputs • Sine, square, ramp, noise and other waveforms • 50 MHz pulse waveforms with variable rise/fall times • 12-bit, 200 MSa/s, 64K-point deep arbitrary waveform
|
Original
|
3250A
12-bit,
64K-point
RS-232
5968-8807EN
Agilent Manual
34194
|
PDF
|
33250A
Abstract: SCPI-1997 IEC61326-1 programmable Sine Wave Generator Frequency Generator PS "Waveform Generator" EN61010-1 A Simple Rise and Fall Time Waveform Control 5063-9212
Text: Agilent 33250A Function/Arbitrary Waveform Generator Data Sheet • 80 MHz sine and square wave outputs • Sine, square, ramp, noise and other waveforms • 50 MHz pulse waveforms with variable rise/fall times • 12-bit, 200 MSa/s, 64K-point deep arbitrary waveform
|
Original
|
3250A
12-bit,
64K-point
3250A
5968-8807EN
33250A
SCPI-1997
IEC61326-1
programmable Sine Wave Generator Frequency Generator
PS "Waveform Generator"
EN61010-1
A Simple Rise and Fall Time Waveform Control
5063-9212
|
PDF
|
AN3252
Abstract: stm8l152c6 stm8l STM8L-DISCOVERY AN3117 UM0970 UM0991 stm8l152 stm8l dma
Text: AN3252 Application note Building a wave generator using STM8L-DISCOVERY Application overview This application note provides a short description of how to use the STM8L-DISCOVERY as a basic wave generator for various waveforms such as sine, sinc sin(x /x), square, ramp
|
Original
|
AN3252
AN3252
stm8l152c6
stm8l
STM8L-DISCOVERY
AN3117
UM0970
UM0991
stm8l152
stm8l dma
|
PDF
|
IC sine wave generator
Abstract: precision Sine Wave Generator sine generator PLL square wave generator ic square pulse generator ic precision waveform generator sine generator ic monolithic waveform generator "Waveform Generator" sine wave with frequency generator
Text: DATA SHEET Communications XR8038A Precision Waveform Generator Features • Low Frequency Drift, 50ppm/°C, Typical • Simultaneous Sine, Triangle, and Square Wave Outputs • Low Sine Wave Distortion - THD +/-1% • High FM and Triangle Linearity • Wide Frequency Range 0.001Hz to 200KHz
|
Original
|
XR8038A
50ppm/
001Hz
200KHz
200kHz,
IC sine wave generator
precision Sine Wave Generator
sine generator PLL
square wave generator ic
square pulse generator ic
precision waveform generator
sine generator ic
monolithic waveform generator
"Waveform Generator"
sine wave with frequency generator
|
PDF
|
33250A
Abstract: EN61010-1 34190A 64K-point SCPI-1997
Text: Agilent 33250A Function/Arbitrary Waveform Generator Data Sheet • 80 MHz sine and square wave outputs • Sine, square, ramp, noise and other waveforms • 50 MHz pulse waveforms with variable rise/fall times • 12-bit, 200 MSa/s, 64K-point deep arbitrary waveform
|
Original
|
3250A
12-bit,
64K-point
3250A
5968-8807EN
33250A
EN61010-1
34190A
SCPI-1997
|
PDF
|
11095A
Abstract: 34190A 5063-9212 33120A 33250A SCPI-1997 11094B EN61010-1 IEC61326-1
Text: Agilent 33250A Function/Arbitrary Waveform Generator Data Sheet • 80 MHz sine and square wave outputs • Sine, square, ramp, noise and other waveforms • 50 MHz pulse waveforms with variable rise/fall times • 12-bit, 200 MSa/s, 64K-point deep arbitrary waveform
|
Original
|
3250A
12-bit,
64K-point
3250A
5968-8807EN
11095A
34190A
5063-9212
33120A
33250A
SCPI-1997
11094B
EN61010-1
IEC61326-1
|
PDF
|
MBF9362
Abstract: MBF9311 MBF9317 MBF9321 MBF9323 MBF9332 MBF9341 890 MHz Low Pass Filter
Text: MBF93xx Surface Acoustic Wave SAW Filters DESCRIPTION The new MBF93xx Surface Acoustic Wave (SAW) filters utilize OKI’s third generation design and manufacturing technology to achieve a high out of band attenuation, low insertion loss, and low manufacturing cost in an industry standard 6-pin package 1.6 mm thick and 3.8 mm square.
|
Original
|
MBF93xx
MBF93xx
MBF9362
MBF9311
MBF9317
MBF9321
MBF9323
MBF9332
MBF9341
890 MHz Low Pass Filter
|
PDF
|
MBF9411B
Abstract: MBF9412B 9412B mixer if 6pin smd
Text: MBF9411B/9412B Surface Acoustic Wave SAW Filters DESCRIPTION The new MBF9411B/9412B Surface Acoustic Wave (SAW) filters use Oki’s third generation design and manufacturing technology to achieve a high out-of-band attenuation, low insertion loss, and low manufacturing cost in an industry standard 6-pin package, 1.2-mm thick and 3.0-mm square.
|
Original
|
MBF9411B/9412B
MBF9411B/9412B
MBF9411B
MBF9412B
9412B
mixer if 6pin smd
|
PDF
|
precision Sine 1khz Wave Generator
Abstract: precision Sine 1Mhz Wave Generator 8038acp sweep generator max 038 XR-8038ACP ttl to sine convertor XR8038ACP Function Generator IC sine square triangle EXAR Monolithic Function generator square wave signal generator charge generator
Text: XR-8038A .the analog plus Precision Waveform Generator company TM June 1997-3 FEATURES APPLICATIONS D Low Frequency Drift, 50ppm/°C, Typical D Precision Waveform Generation D Simultaneous Sine, Triangle, and Square Wave Outputs D Sweep and FM Generation
|
Original
|
XR-8038A
50ppm/
001Hz
200KHz
XR-8038A
precision Sine 1khz Wave Generator
precision Sine 1Mhz Wave Generator
8038acp
sweep generator max 038
XR-8038ACP
ttl to sine convertor
XR8038ACP
Function Generator IC sine square triangle
EXAR Monolithic Function generator
square wave signal generator charge generator
|
PDF
|
MIL-PRF-55310
Abstract: T25C JESD22-A119
Text: VMEM Military Clock Oscillator VMEM Description Vectron’s VMEM high shock resistant Clock Oscillator is the next generation ruggedized silicon MEMS based stabilized square wave generator with a CMOS output, operating off a +1.8, +2.5, +2.7 or +3.3Vdc supply.
|
Original
|
D-74924
1-88-VECTRON-1
MIL-PRF-55310
T25C
JESD22-A119
|
PDF
|
|
|
JESD22-A119
Abstract: MIL-PRF-55310 T25C
Text: VMEM Military Clock Oscillator VMEM Description Vectron’s VMEM high shock resistant Clock Oscillator is the next generation ruggedized silicon MEMS based stabilized square wave generator with a CMOS output, operating off a +1.8, +2.5, +2.7 or +3.3Vdc supply.
|
Original
|
D-74924
1-88-VECTRON-1
JESD22-A119
MIL-PRF-55310
T25C
|
PDF
|
7,3728
Abstract: 7.3728 oscillator VMEM2Q-H3D-40M0000000 VMEM5Q MIL-PRF-55310
Text: VMEM Military Clock Oscillator Preliminary Data Sheet VMEM5Q Description Vectron’s VMEM high shock resistant Clock Oscillator is the next generation ruggedized silicon MEMS based stabilized square wave generator with a CMOS output, operating off a 1.8, 2.5 or 3.3V supply.
|
Original
|
D-74924
1-88-VECTRON-1
7,3728
7.3728 oscillator
VMEM2Q-H3D-40M0000000
VMEM5Q
MIL-PRF-55310
|
PDF
|
adtech mpf 650
Abstract: turbine flowmeter FLOW METER turbine linear displacement transducer magnetic flow meter turbine turbine meter POSITIVE DISPLACEMENT FLOWMETER MPF650
Text: Isolated Frequency to D.C. Transmitter ADTECH Analog-Digital Technology, Inc. Features • Types of Inputs: Sine, square wave, or contact closure • Inputs: Voltage, or Contact with Adjustable Sensitivity: Turbine/flowmeter, tach/speed • Absolute Frequency Measurement
|
Original
|
|
PDF
|
t capacitor 100N k100
Abstract: SLAAE10B MSP430 msp430 lcd dem capacitor 100N k100 mathcad* Monte Carlo method Analog Applications Journal
Text: Generation and Recognition of DTMF Signals with the Microcontroller MSP430 Robert Siwy Texas Instruments Deutschland GmbH SLAAE16 October 1997 &RQWHQWV SDUW , 1 Introduction 7 2 The specification of DTMF signals 7 3 The generation of DTMF signals 9 3.1 Generation from square-wave signals
|
Original
|
MSP430
SLAAE16
CAS-24,
MSP430,
t capacitor 100N k100
SLAAE10B
MSP430
msp430 lcd dem
capacitor 100N k100
mathcad* Monte Carlo method
Analog Applications Journal
|
PDF
|
MD-0113-BXJ-DAOC-10M0000000
Abstract: MD-0100-DXJ C6300 E911 MD010 16 quartz 10MHz 1pps shock MD-0113-BXJ-OCXO-10M0000000
Text: MD-010 M D -0 10 Disciplined Oscillator Module Former Model C6300 MD-010 The MD010 is a Vectron standard platform module that provides 1 pps TTL,10 MHz sine wave and 10 MHz square wave outputs that are disciplined to an external 1pps reference. Internal to the module is a Vectron oscillator, ranging from a TCXO to a double oven OCXO, dependent
|
Original
|
MD-010
C6300
MD010
D-74924
1-88-VECTRON-1
MD-0113-BXJ-DAOC-10M0000000
MD-0100-DXJ
C6300
E911
16 quartz
10MHz 1pps shock
MD-0113-BXJ-OCXO-10M0000000
|
PDF
|
SQUARE WAVE TO SINE WAVE
Abstract: sine function network
Text: AN-35 Application Note A Square Wave to Sine Wave Converter Using the XR-1015 INTRODUCTION In the world of microprocessors and digital logic control, there is still the need for a synchronized sinusoidal source. For many applications, this was done using a digital-toanalog converter and EPROM with the sine values
|
OCR Scan
|
AN-35
XR-1015
XR-1015
-53dB.
-40dB
20kHz)
-60dB.
-53dB
AN-35
SQUARE WAVE TO SINE WAVE
sine function network
|
PDF
|
8038acp
Abstract: XR8038ACP ttl to sine convertor SQUARE WAVE GENERATOR
Text: XR-8038A e rexar Precision Waveform Generator .the analog plus com pany June 1997-3 FEATURES APPLICATIONS • Low Frequency Drift, 50ppm/°C, Typical • Precision Waveform Generation • Simultaneous Sine, Triangle, and Square Wave Outputs • Sweep and FM Generation
|
OCR Scan
|
XR-8038A
50ppm/
200KHz
3422blfi
XR-8038A
8038acp
XR8038ACP
ttl to sine convertor
SQUARE WAVE GENERATOR
|
PDF
|
EXAR Monolithic Function generator
Abstract: xr8038a application note LINEAR TECHNOLOGY 2lg
Text: X R -8038A Precision W aveform G enerator [.the analog plus com pany TM June 1997-3 FEATURES APPLICATIONS • Low Frequency Drift, 50ppm/°C, Typical • Precision Waveform Generation • Simultaneous Sine, Triangle, and Square Wave Outputs • Sweep and FM Generation
|
OCR Scan
|
-8038A
50ppm/
200KHz
XR-8038A
EXAR Monolithic Function generator
xr8038a application note
LINEAR TECHNOLOGY 2lg
|
PDF
|
Untitled
Abstract: No abstract text available
Text: XR-8038A ¡T E X A R .the analog plus Precision W aveform G enerator company TM April 1997-4 FEATURES APPLICATIONS • Precision Waveform Generation Simultaneous Sine, Triangle, and Square Wave Outputs • Sweep and FM Generation • Tone Generation •
|
OCR Scan
|
XR-8038A
200KHz
50ppm/Â
-8038A
|
PDF
|
Untitled
Abstract: No abstract text available
Text: AN-35 ApplicationNote A Square Wave to Sine Wave Converter Usincj the XR-1015 INTRODUCTION In the world of microprocessors and digital logic control, there is still the need for a synchronized sinusoidal source. For many applications, this w as done using a digital-toanalog converter and E P R O M with the sine values
|
OCR Scan
|
AN-35
XR-1015
XR-1015
-53dB.
-53dB
20kHz
-59dB
10kHz
|
PDF
|
