What is the minimum order quantity for ICE3BR0665JFXKSA1?

MOQ varies by availability. Contact us with your required quantity — we support small-batch and prototype orders. Typical MOQ starts from 219 pcs.

How long does shipping take for ICE3BR0665JFXKSA1?

Standard delivery: 3–7 business days via DHL/FedEx/UPS. We ship from Shenzhen, China to worldwide destinations. Express and economy options available.

Are your electronic components genuine and authentic?

Yes. All components are sourced from authorized distributors and verified suppliers. Each batch is inspected before shipping. We guarantee 100% authentic, brand-new parts.

Can I get a datasheet for ICE3BR0665JFXKSA1?

Yes, the datasheet is available. Visit the product page and click the datasheet link, or contact us and we will send it to you directly.

Do you offer samples or prototype quantities for ICE3BR0665JFXKSA1?

Yes, we support sample and prototype orders. Tell us your project requirements (quantity, timeline, target price) and we will prepare a tailored quote — usually within 24 hours.

Rochester Electronics, LLCTO-220-6 Full Pack, Formed LeadsRoHS

ICE3BR0665JFXKSA1

Name: ICE3BR0665JFXKSA1
Brand: Rochester Electronics, LLC
SKU: ICE3BR0665JFXKSA1
Price: 1.37 USD
Availability: InStock

IC OFFLINE SWITCH FLYBACK TO220

ICE3BR0665JFXKSA1 by Rochester Electronics, LLC

Parameters

Parameter	Value
Brand	Rochester Electronics, LLC
Model	ICE3BR0665JFXKSA1
Package / Case	TO-220-6 Full Pack, Formed Leads
Mounting Type	Through Hole
Operating Temperature	-40°C ~ 150°C (TJ)
Topology	Flyback
Frequency - Switching	67kHz
Supplier Device Package	PG-TO220-6-347
RoHS	RoHS
Part Status	Obsolete

Application & Notes

ICE3BR0665JFXKSA1 by Rochester Electronics, LLC is a Flyback IC commonly used in power supply designs, battery-powered devices, and DC-DC conversion modules. Input voltage up to N/A, output adjustable. The TO-220-6 Full Pack, Formed Leads package with surface mount mounting is standard for compact designs. Pay attention to input/output capacitor selection and PCB layout — switching regulators are sensitive to trace inductance.

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