CA-IS3710-Q1 - High-Speed Single-Channel Digital Isolator

Chipanalog

The CA-IS3710-Q1 by Chipanalog is a High-Speed Single-Channel Digital Isolator. Below is the official datasheet preview.

📥 Download Datasheet

CA-IS3710-Q1 High-Speed Single-Channel Digital Isolator by Chipanalog - Datasheet Preview — Official preview page of the **CA-IS3710-Q1** High-Speed Single-Channel Digital Isolator datasheet (Chipanalog).

Datasheet Details

Part number	CA-IS3710-Q1
Manufacturer	Chipanalog
File Size	595.06 KB
Description	High-Speed Single-Channel Digital Isolator
Datasheet	CA-IS3710-Q1-Chipanalog.pdf
Additional preview pages of the CA-IS3710-Q1 datasheet.

CA-IS3710-Q1 Product details

Description

The CA‐IS3710 devices are high‐performance single‐ channel, unidirectional digital isolator with up to 3.75kVRMS isolation rating and ultra‐fast data rate.

Features

Robust Galvanic Isolation of Digital Signals.
High lifetime: > 40 years.
Up to 3750VRMS isolation rating.
±150 kV/μs typical CMTI.
Schmitt trigger inputs.
Interfaces Directly with Most MCUs and FPGAs.
Data rate: DC to 150Mbps.
Accepts 2.5V to 5.5V supplies.
Default output High (CA‐IS3710HS) and Low (CA‐ IS3710LS) Options.
Low Power Consumption.
1.5mA per channel at 1Mbps with VDD = 5.0V.
6.6mA per channel at 100Mbps with VD.

📁 CA-IS3710-Q1 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-IS3710 - High-Speed Single-Channel Digital Isolator
CA-IS3710HS-Q1 - High-Speed Single-Channel Digital Isolator
CA-IS3710LS-Q1 - High-Speed Single-Channel Digital Isolator
CA-IS3720 - High-Speed Dual-Channel Digital Isolators
CA-IS3720-Q1 - Automotive High-Speed Dual-Channel Digital Isolators
CA-IS3720C - General Dual-Channel Digital Isolators

Published: Jan 1, 2025 |