TDA1024 Datasheet PDF (ZERO CROSSING TRIAC TRIGGER)

TDA1024 - ZERO CROSSING TRIAC TRIGGER

Description

The TDA1024 generates positive-going output pulses to trigger a triac.

These trigger pulses coincide with the zero crossings of the mains voltage.

This minimizes r.f.

Features

are:.
adjustable trigger pulse width.
adjustable hysteresis.
supplied from the mains.
provides supply fo r external temperature bridge.
protected inputs and output.
low supply current, low dissipation Q U IC K R E F E R E N C E D ATA Supply voltage (d. c. ) (internally derived from mains voltage) Supply current (average value, unloaded) Output current H IG H O utput pulse w idth Power dissipation (unloaded) Operating am bient temperature rang.

Datasheet Details

Part number	TDA1024
Manufacturer	Signetics
File Size	4.23 MB
Description	ZERO CROSSING TRIAC TRIGGER
Datasheet	TDA1024 Datasheet

📁 Similar Datasheet

TDA1024 - A MAINS-ZERO TRIAC-TRIGGERING (Philips)

TDA1020 - 12 W car radio power amplifier (NXP)

TDA1022 - BUCKET BRIGADE DELAY LINE (ETC)

TDA1023 - Proportional-control triac (Philips)

TDA1023 - Proportional-control triac (NXP)

TDA1023T - Proportional-control triac (NXP)

TDA1028 - Signal Souces Switch (NXP)

TDA1029 - Signal-sources switch (NXP)

TDA1001B - Interference and noise suppression circuit for FM receivers (NXP)

TDA1001BT - Interference and noise suppression circuit for FM receivers (NXP)

Full PDF Text Transcription

Click to expand full text

LINEAR LSI PRODUCTS ZERO CROSSING TRIAC TRIGGER TDA1024 G E N E R A L D ESC R IPT IO N The T D A 1 0 2 4 is a bipolar integrated circuit delivering positive pulses for triggering a triac or a thyristor. It is prim arily intended for use as a static switch to replace mechanical thermostats that switch resistive loads, such as: • central heating installations • washing machine heaters • water heaters • smoothing irons The T D A 1 02 4 provides its own d.c. supply and will supply an external circuit, e.g. a tem perature sensing bridge. The circuit complies w ith the regulations on radio interference and mains distortion.

Published: Oct 1, 2024 |