DIGITAL SINE WAVE GENERATOR Search Results

Contextual Info: June 1997 mI L M ic r o L in e a r preliminary _ ML2038 500kHz, Parallel Input, Programmable Sine Wave Generator with Digital Gain Control GENERAL DESCRIPTION FEATURES The M L2038 is a programmable sine wave generator with

precision Sine 1khz Wave Generator

Abstract: MAX filter programmable 5Mhz ML2037 precision Sine Wave Generator ML2037CP ML2037CS ML2037IP ML2037IS IC sine wave generator
Contextual Info: October 1998 ML2037* 500kHz, Serial Input, Programmable Sine Wave Generator with Digital Gain Control GENERAL DESCRIPTION FEATURES The ML2037 is a precision programmable sine wave generator with a frequency range of DC to 500kHz. The device is capable of generating a wide frequency range

Contextual Info: April 1997 MgLMicro Linear ML2036 Serial Input Programmable Sine Wave Generator with Digital Gain Control GENERAL DESCRIPTION FEATURES The ML2036 is a m onolithic sine wave generator whose output is programmable from DC to 50kHz. No external components are required. The frequency of the sinewave

Sine Wave Generator pic

Abstract: pic microcontroller sine wave Programmable Sine Wave Generator
Contextual Info: June 1997 PRELIMINARY Linear ML2038 500kHz, Parallel Input, Programmable Sine Wave Generator with Digital Gain Control GENERAL DESCRIPTION FEATURES The ML2038 is a programmable sine wave generator with a frequency range of DC to 500kHz. No external components are required to generate a wide range of low

Contextual Info: October 1998 ^ÉL Micro Linear ML2037 500kHz, Serial Input, Programmable Sine Wave Generator with Digital Gain Control GENERAL DESCRIPTION FEATURES TheM L2037 is a precision programmable sine wave generator w ith a frequency range of DC to 500kHz. The device is capable of generating a w ide frequency range

matlab g.711

Abstract: pulse amplitude modulation matlab code Sine Wave Generator stp 2740 MSC8101ADS SC140 MSC8101 DSP MSC8100 pragma modulation matlab code
Contextual Info: Application Note AN2274/D Rev. 0, 4/2002 Generic Tone Generation on the StarCore SC140 Core by Marc Cougoule, Lúcio F. C. Pessoa, David Melles, Valentin Emiya CONTENTS 1 Digital Sine Wave Generation. 2 1.1 Digital Oscillator . 2

programmable Sine Wave Generator Frequency Generator

Abstract: ML2036 Frequency Generator 10kHz ML2036CS sine and generator and 5khz 12Mhz crystal oscillator ML2036CP programmable Sine Wave Generator ML2003 ML2004
Contextual Info: www.fairchildsemi.com ML2036 Serial Input Programmable Sine Wave Generator with Digital Gain Control Features General Description • Programmable output frequency – DC to 50kHz • Low gain error and total harmonic distortion • 3-wire SPI compatible serial microprocessor interface

Contextual Info: DIGITAL EPSTEIN TESTER VET-1608 [Accurate Measurement for Electrical Steel ] VEER EPSTEIN TESTER MODEL : VET-1608 SR NO : 110101 HELP : 079-23289225 EPSTEIN BRIDGE DIGITAL EPSTEIN TESTER KEY FEATURES OF VET-1608 Better accuracy then required by standards Accurate sine wave with Negative feedback

sine wave pwm circuit

Abstract: pwm Sine wave generation sine PWM renesas pwm Sine wave generation microcontroller
Contextual Info: PRELIMINARY APPLICATION NOTE H8/300L PWM Sine Wave Generation SineWave Introduction Pulse Width Modulation (PWM) is a powerful technique for driving analog circuits with micro-controller’s digital outputs. It is popular in areas such as DC motor drive control and digital-to-analog conversion in bit stream DACs. This application note

precision Sine Wave Generator

Abstract: q15 format Sine Wave Generator spra179
Contextual Info: Digital Sine-Wave Generation Using the TMS320C2xx SPRA179 July 1998 Printed on Recycled Paper IMPORTANT NOTICE Texas Instruments and its subsidiaries TI reserve the right to make changes to their products or to discontinue any product or service without notice, and advise customers to obtain the latest

SC3011B

Contextual Info: SC3011B 600.00 MHz Differential Sine-Wave Clock • Quartz SAW Frequency Stability • Fundamental Fixed Frequency • Very Low Jitter and Power Consumption • Rugged, Miniature, Surface-Mount Case • Low-Voltage Power Supply 3.3 VDC SMC-8 Case This digital clock is designed for use with high-speed CPUs and digitizers. Fundamental-mode oscillation is made possible by surface-acoustic-wave (SAW) technology. The

Q2240I-IN

Abstract: Q22401-3S1 Q2240I-3S1 Q22401-1N Q2240 Q2220 Qualcomm Q0340-3 619 LEM Q2240I-2S1
Contextual Info: Q2240 DIRECT DIGITAL SYNTHESIZER FEATURES • Operation @ 5V or 3.3 V Supply • 100 MHz Operation @ 5 V • 60 MHz Operation @ 3.3 V • 32-bit Input Resolution for Frequency • 12-bit O utput Resolution for Sine Wave Amplitude • 14-bit O utput Phase Resolution for Arbitrary

Contextual Info: SC3019B 500.00 MHz limi pii Differential Sine-Wave Clock Quartz SAW Frequency Stability Fundamental Fixed Frequency Very Low Jitter and Pow er Consumption Rugged, Miniature, Surface-Mount Case Low-Voltage Pow er Supply 3.3 VDC This digital clock is designed for use with high-speed CPUs and digitizers. Fundamental­

SC3042B

Contextual Info: Preliminary SC3042B • • • • • Quartz SAW Frequency Stability Fundamental Fixed Frequency Very Low Jitter and Power Consumption Rugged, Miniature, Surface-Mount Case Low-Voltage Power Supply 3.3 VDC 624.0 MHz Differential Sine-Wave Clock This digital clock is designed for use in high-speed communications timing systems. Fundamental-mode

Contextual Info: SC3048B • Quartz SAW Frequency Stability • Fundamental Fixed Frequency • Excellent Jitter and Symmetry • Rugged, Miniature, Surface-Mount Case • Low-Voltage Power Supply 3.3 VDC This digital clock is designed for use in critical timing applications. Fundamental-mode oscillation is made possible by surface-acoustic-wave (SAW) technology. The design results in low jitter, compact size, and low power consumption. Differential outputs provide a sine wave that is made to drive 50 Ω loads.

Contextual Info: SC3047B • Quartz SAW Frequency Stability • Fundamental Fixed Frequency • Excellent Jitter and Symmetry • Rugged, Miniature, Surface-Mount Case • Low-Voltage Power Supply 3.3 VDC This digital clock is designed for use in critical timing applications. Fundamental-mode oscillation is made possible by surface-acoustic-wave (SAW) technology. The design results in low jitter, compact size, and low power consumption. Differential outputs provide a sine wave that is made to drive 50 Ω loads.

Tektronix 224 oscilloscope

Contextual Info: SC3046B-5 • • • • • Quartz SAW Frequency Stability Fundamental Fixed Frequency Very Low Jitter and Power Consumption Rugged, Miniature, Surface-Mount Case Low-Voltage Power Supply 3.3 VDC This digital clock is designed for use in high-speed communications timing systems. Fundamental-mode oscillation is made possible by surface-acoustic-wave (SAW) technology. The design results in low jitter, compact size, and low power consumption. Differential outputs provide a sine wave that is capable of driving 50 Ω

Contextual Info: Preliminary SC3046B • • • • • Quartz SAW Frequency Stability Fundamental Fixed Frequency Very Low Jitter and Power Consumption Rugged, Miniature, Surface-Mount Case Low-Voltage Power Supply 3.3 VDC This digital clock is designed for use in high-speed communications timing systems. Fundamental-mode oscillation is made possible by surface-acoustic-wave (SAW) technology. The design results in low jitter, compact size, and low power consumption. Differential outputs provide a sine wave that is capable of driving 50 Ω

sc3042

Abstract: SC3042B
Contextual Info: Preliminary SC3042B • • • • • Quartz SAW Frequency Stability Fundamental Fixed Frequency Very Low Jitter and Power Consumption Rugged, Miniature, Surface-Mount Case Low-Voltage Power Supply 3.3 VDC This digital clock is designed for use in high-speed communications timing systems. Fundamental-mode oscillation is made possible by surface-acoustic-wave (SAW) technology. The design results in low jitter, compact size, and low power consumption. Differential outputs provide a sine wave that is capable of driving 50 Ω

Contextual Info: SC3045B • • • • • Quartz SAW Frequency Stability Fundamental Fixed Frequency Very Low Jitter and Power Consumption Rugged, Miniature, Surface-Mount Case Low-Voltage Power Supply 3.3 VDC This digital clock is designed for use in high-speed communications timing systems. Fundamental-mode oscillation is made possible by surface-acoustic-wave (SAW) technology. The design results in low jitter, compact size, and low power consumption. Differential outputs provide a sine wave that is capable of driving 50 Ω

sc3043

Contextual Info: Preliminary SC3043B • • • • • Quartz SAW Frequency Stability Fundamental Fixed Frequency Very Low Jitter and Power Consumption Rugged, Miniature, Surface-Mount Case Low-Voltage Power Supply 3.3 VDC This digital clock is designed for use in high-speed communications timing systems. Fundamental-mode oscillation is made possible by surface-acoustic-wave (SAW) technology. The design results in low jitter, compact size, and low power consumption. Differential outputs provide a sine wave that is capable of driving 50 Ω

Contextual Info: Preliminary SC2541B • • • • • Quartz SAW Frequency Stability Fundamental Fixed Frequency Very Low Jitter and Power Consumption Rugged, Miniature, Surface-Mount Case Low-Voltage Power Supply 2.5 VDC This digital clock is designed for use in high-speed communications timing systems. Fundamental-mode oscillation is made possible by surface-acoustic-wave (SAW) technology. The design results in low jitter, compact size, and low power consumption. Differential outputs provide a sine wave that is capable of driving 50 Ω

SC3044

Abstract: 25091
Contextual Info: Preliminary SC3044B • • • • • Quartz SAW Frequency Stability Fundamental Fixed Frequency Very Low Jitter and Power Consumption Rugged, Miniature, Surface-Mount Case Low-Voltage Power Supply 3.3 VDC This digital clock is designed for use in high-speed communications timing systems. Fundamental-mode oscillation is made possible by surface-acoustic-wave (SAW) technology. The design results in low jitter, compact size, and low power consumption. Differential outputs provide a sine wave that is capable of driving

Contextual Info: Preliminary SC3045B • • • • • Quartz SAW Frequency Stability Fundamental Fixed Frequency Very Low Jitter and Power Consumption Rugged, Miniature, Surface-Mount Case Low-Voltage Power Supply 3.3 VDC This digital clock is designed for use in high-speed communications timing systems. Fundamental-mode oscillation is made possible by surface-acoustic-wave (SAW) technology. The design results in low jitter, compact size, and low power consumption. Differential outputs provide a sine wave that is capable of driving 50 Ω