ST-1000 - Switching Spark Gap

Datasheet Summary

Description

switching of capacitive discharge circuits where a high energy, low loss, fast rate of switching is required.

Features

Formerly a product.
Fast switching rate.
High energy, low loss capability.
Wide operating temperature range.
Long service life.
High insulation resistance.
RoHS compliant.

BOURNS

📥 Download Datasheet

Datasheet Details

Part number	ST-1000
Manufacturer	BOURNS
File Size	397.89 KB
Description	Switching Spark Gap
Datasheet	ST-1000 Datasheet
Additional preview pages of the ST-1000 datasheet.

📁 Similar Datasheet

ST-10 - Sequential Timers (ELECTRONIC AUTOMATION)
ST-104VA01 - TFT LCD MODULE SPECIFICATION (Bolymin)
ST-10M1 - Sequential Timers (ELECTRONIC AUTOMATION)
ST-10M2 - Sequential Timers (ELECTRONIC AUTOMATION)
ST-114 - Downconverter Evaluatiuon Board (Intersil Corporation)
ST-135 - Software Radio Demodulator for demodulating diverse signals (Filtronic Compound Semiconductors)
ST-1CL3H - Photo transistors(high sensitivity NPN silicon phototransistor mounted) (KODENSHI)
ST-1KA - (ST-1KA/B) Photo transistors(high-sensitivity NPN silicon phototransistors mounted in durable) (KODENSHI)
ST-1KB - (ST-1KA/B) Photo transistors(high-sensitivity NPN silicon phototransistors mounted in durable) (KODENSHI)
ST-1KL3A - PHOTOTRANSISTORS (KODENSHI)

Other Datasheets by BOURNS

Full PDF Text Transcription

Click to expand full text

*RoHS COMPLIANT Features ■ Formerly a product ■ Fast switching rate ■ High energy, low loss capability ■ Wide operating temperature range ■ Long service life ■ High insulation resistance ■ RoHS compliant* Applications ■ Igniters for Xenon discharge lamps ■ Electronic igniters for gas heating and gas domestic appliances, e.g., cookers ■ Ignition of ultra-high pressure gas discharge lamps for data and video projectors Sparctube® Switching Spark Gap ST-1000 Series Description Bourns® Sparctube® Switching Spark Gap Series is a range of switching spark gaps designed for voltage controlled switching of capacitive discharge circuits where a high energy, low loss, fast rate of switching is required.

Published: Mar 24, 2024 |