CA-IS3730 - High-Speed Triple-Channel Digital Isolators

Chipanalog

The CA-IS3730 by Chipanalog is a High-Speed Triple-Channel Digital Isolators. Below is the official datasheet preview.

📥 Download Datasheet

CA-IS3730 High-Speed Triple-Channel Digital Isolators by Chipanalog - Datasheet Preview — Official preview page of the **CA-IS3730** High-Speed Triple-Channel Digital Isolators datasheet (Chipanalog).

Datasheet Details

Part number	CA-IS3730
Manufacturer	Chipanalog
File Size	693.75 KB
Description	High-Speed Triple-Channel Digital Isolators
Datasheet	CA-IS3730-Chipanalog.pdf
Additional preview pages of the CA-IS3730 datasheet.

CA-IS3730 Product details

Description

The CA‐IS373x devices are high‐performance triple‐ channel digital isolators with up to 3.75kVRMS (narrow‐body package) or 5kVRMS (wide‐body package) isolation rating and DC to150Mbps ultra‐fast data rate.

Features

Data Rate: DC to 150Mbps.
Robust Galvanic Isolation of Digital Signals.
High lifetime: >40 years.
Up to 5000 VRMS(wide body packages) isolation rating.
±150 kV/μs typical CMTI.
Accepts 2.5V to 5.5V Supply Range.
Wide Operating Temperature Range: ‐40°C to 125°C.
Schmitt Trigger Inputs.
Enable Control Input with Internal Pull‐up.
Default Output High (CA‐IS373xH) and Low (CA‐ IS373xL) Options.
No Start‐Up Initia.

📁 CA-IS3730 Similar Datasheet

CA-050x - Current Transformers & Sensors (Premo)
CA-100x - Current Transformers & Sensors (Premo)
CA-200x - Current Transformers & Sensors (Premo)
CA-254CS - Cable (Tensility International)
CA-254S - Cable (Tensility International)
CA-301 - CYLINDER (Epson ToYoCom)
CA-354S - Cable (Tensility International)
CA-356CS - Cable (Tensility International)

Other Datasheets by Chipanalog

CA-IS3730C - General Triple-Channel Digital Isolators
CA-IS3731 - High-Speed Triple-Channel Digital Isolators
CA-IS3731C - General Triple-Channel Digital Isolators
CA-IS3710 - High-Speed Single-Channel Digital Isolator
CA-IS3710-Q1 - High-Speed Single-Channel Digital Isolator
CA-IS3710HS-Q1 - High-Speed Single-Channel Digital Isolator

Published: Jan 1, 2025 |