STEPPER MOTOR DRIVER

Stepper Motor Driver The SAA1042 drives a two–phase stepper motor in the bipolar mode. The device contains three input stages, a logic section and two output stages. The IC is contained in a 16 pin dual–in–line heat tab plastic package for improved heatsinking capability. The center four gr

STEPPER MOTOR DRIVER

Stepper Motor Driver The SAA1042 drives a two–phase stepper motor in the bipolar mode. The device contains three input stages, a logic section and two output stages. The IC is contained in a 16 pin dual–in–line heat tab plastic package for improved heatsinking capability. The center four gr

Inst, 12 Pr #16 Str BC, PVC-NYL Ins E1, IS/OS, Blk PVC Jkt, 600V TC-ER 150V NPLF 90C Dry/Wet

Product Description UL Instrumentation, 12 Pair 16AWG (7x24) Bare Copper, PVC-NYL Insulation E1 Color Code, Individual & Overall Beldfoil® Shield, Black PVC Outer Jacket, 600V TC-ER 150V NPLF 90C Dry/75C Wet SUN RES DIR BUR

Desoldering Tool

Instruction Manual  Thank you for purchasing the HAKKO 475 desoldering tool. Please read this manual before operating the HAKKO 475. Keep this manual readily accessible for reference.

Integrated Digital Tuner with RF and IF Gain Control

PRODUCT DESCRIPTION The AIT1042 Integrated Digital Tuner with RF and IF Gain Control is a complete 1 GHz bandwidth tuner IC specifically designed to support digital video and data applications. It combines GaAs and Silicon technology to integrate the upconverter, downconverter, VCO, synthesizer

ST7 ROUTINE FOR I2C SLAVE MODE MANAGEMENT

INTRODUCTION The goal of this application note is to present a useful example of communication using the I2C peripheral of the ST7. The ST7 microcontroller is used as a slave and can communicate with any master. This slave, through the I2C interface, receives data bytes from the master implementi

High Fidelity Switching Audio Amplifiers Using TMOS Power MOSFETs

High Fidelity Switching Audio Amplifiers Using TMOS Power MOSFETs Almost all switching amplifiers operate by generating a high frequency square wave of variable duty cycle. This square wave can be generated much more efficiently than an analog waveform. By varying the duty cycle from 0 to 100, a