ML2037 Search Results

programmable Sine Wave Generator Frequency Generator

Abstract: Programmable Sine Wave Generator mtron crystal oscillator 24 MHz
Contextual Info: 3 ^ M ic r o U February 1997 PRELIMINARY n e a r ML2037 500kHz, Serial Input, Programmable Sine Wave Generator with Digital Gain Control GENERAL DESCRIPTION FEATURES The ML2037 is a programmable sine wave generator with a frequency range of DC to 500kHz. No external

sine generator ic

Abstract: IC sine wave generator Programmable Sine Wave Generator synchronized Sine Wave Generator digital IC sine wave generator
Contextual Info: February 1997 PRELIM INARY % M ic r o Linear ML2037 500kHz, Serial Input, Programmable Sine Wave Generator with Digital Gain Control GENERAL DESCRIPTION FEATURES The ML2037 is a programmable sine wave generator with a frequency range of DC to 500kHz, No external

ML2037

Abstract: precision Sine 1khz Wave Generator S16W half adder ic ML2037CP ML2037CS ML2037IP IC sine wave generator digital sine wave generator synchronized 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

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

programmable Sine Wave Generator

Contextual Info: O c to b e r l9 9 8 ^Ék Micro Linear ML2037 500kHz, Serial Input, Programmable Sine Wave Generator with Digital Gain Control G EN ERA L D ESCRIPTIO N FEA TU RES T h e M L2 0 3 7 i s a p ie c isio n p rogram m a b i sin e w a v e g e n e r a t o r w nth a f r e q u e n c y r a n g e o f D C to 5 0 0 k H z . T h e

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

programmable Sine Wave Generator

Abstract: IC sine wave generator staircase generator circuit DAC
Contextual Info: February 1997 PRELIM IN A RY MgL M icro Linear O ' ML2037 500kHz, Serial Input, Programmable Sine Wave Generator with Digital Gain Control GENERAL DESCRIPTION FEATURES The ML2037 is a programmable sine wave generator with a frequency range of DC to 500kHz. No external

programmable Sine Wave Generator

Abstract: sine generator ic sine wave crystal controlled oscillator IC sine wave generator ML2038CP M-tron 1 mhz crystal oscillator M-tron 16 mhz crystal oscillator Frequency Generator 1KHZ low frequency sine oscillator ML2038
Contextual Info: February 1997 PRELIMINARY 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

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

PID controller using OPAMP

Abstract: Circuit Cellar fly back transformer monitor transformer winding milliohm meter circuit icemaster-pe B5303 variable generator 24VDC Maxim Max232CPE DS1267-010 AR102
Contextual Info: CRGUIT CELLAR FEATURE ARTICLE Aubrey Kagan & Ernesto Gradin Developing an AC Current Generator Although it took them a long time with many stops and starts and even an integrated circuit go­ ing obsolete in the process, Aubrey and Ernesto take us through the ins and

icemaster-pe

Abstract: intel 8051 microcontroller quasi smd crystal 12.0f dividing resistor weidmuller square wave generator by 8051 PID controller using OPAMP LT 1624 lcd cm 162-11 weidmuller monitor Hall 01E
Contextual Info: AC Current Generator ACCG by Aubrey Kagan & Ernesto Gradin Introduction Weidmuller manufactures a wide range of industrial signal conditioners. Among them is a series of modules that translate AC current to a standard control signal of 420mA or 0-10V. Integral to the manufacturing process is calibration and test

18 PIN

Contextual Info: % M c ra Linear Telecom Selection Guide Cain/Attenuators Part Number Cain Range dB Resolution (dB Steps) Noise (dBmc @ Max Gain) Harmonic Distortion (dB) ML2003 -24 to +24 0.1 -60 Serial, Hard Wire ±5 X X 18-Pin PDIP 20-Pin PLCC ML2004 -24 to +24 0.1 -60

Contextual Info: . v These are the commands that the PC can send and the expected ACG Alternating Current Generator reponse. NOP (Olh) This is a means o f establishing contact with the ACG. No information is conveyed. The expected response is the reading from the 4 A/D channels and the current output.

u4 93c66

Abstract: ML2037 2060b D100N
Contextual Info: c DVCC X1 C1 HDh 2 2p 12MHz U1 DVCC XTAL1 XTAL2 RESET ÉÆ/VPP SW1 ALE/PROG PSEN PO.O/ADO P0.1/AD1 P0.2/AD2 P0.3/AD3 P0.4/AD4 P0.5/AD5 P0.6/AD6 P0.7/AD7 P2.0/A8 P2.1/A9 P2.2/A10 P2.3/A11 P2.4/A12 P2.5/A13 P2.6/A14 P2.7/A15 -js_ENABLE -jSYNC ) -E ) -|r x )