LNK564PN

LinkSwitch-LP switcher IC, DIP8, -0.3 V to 9 V, 100 mA, Lowest component count switcher, Very tight parameter tolerances

Rated 5 Rating 5 | reviews | Write a review

Price:: US $0.10~0.30 / piece [Get Latest Price]

Reference price:

Qty (lots)	Price/lot
	US $0.10~0.30

PartNumber:: LNK564PN

Brand:: Power Integrations, Inc. - Power | Pack: DIP | D/C: 10+

Availability:: Supply Ability: 10000/Week Can Ship Immediately
Delivery: 10-15 Business Days (ships out within 3 Business days)

Quantity:: piece

Total Price:: US $0

Place Order via Escrow Service

Sold By

Ms. Sally's store

(China (Mainland))

add to my favourite

100% Positive feedback

Detailed seller ratings

Visit Store

Contact Now

Esrcow Service

Place orders confidently and securely via it

Safe payments
Quick and easy transactions
Free service charges

Learn More >>

Previous Next

Products Upload time: 2011-09-28

From Other Seller

Part Number:LNK564PN
US $0.10 - 0.30
A50L-0001-0175

US $100.00 - 100.00 / Piece
(0) Remove
STK795-820

US $20.00 - 25.00 / Piece
(0) Remove
Quantity:

piece

Product Summary

The LNK564PN is a LinkSwitch-LP switcher IC. It can replace all unregulated isolated linear transformer based (50/60 Hz) power supplies up to 3 W output power. For worldwide operation, a single universal input design replaces multiple linear transformer based designs. The LNK564PN self-biased circuit achieves an extremely low no-load consumption of under 150 mW. The LNK564PN internal oscillator frequency is jittered to significantly reduce both quasi-peak and average EMI, minimizing filter cost.

Parametrics

LNK564PN absolute maximum ratings: (1)DRAIN Voltage: 700 V; (2)Peak DRAIN Current: 200 mA; (3)Peak Negative Pulsed Drain Current: 100 mA; (4)FEEDBACK Voltage: -0.3 V to 9 V; (5)FEEDBACK Current: 100 mA; (6)BYPASS Voltage: -0.3 V to 9 V; (7)Storage Temperature: -65 to 150℃; (8)Operating Junction Temperature: -40 to 150℃; (9)Lead Temperature: 260℃.

Features

LNK564PN features: (1)Lowest component count switcher; (2)Very tight parameter tolerances using proprietary IC: trimming; technology and transformer construction; techniques enable Clampless designs – decreases; component count/system cost and increases efficiency; (3)Meets industry standard requirements for thermal overload protection – eliminates the thermal fuse used with linear transformers or additional components in RCC designs; (4)Frequency jittering greatly reduces EMI – enables low cost input filter configuration; (5)Meets HV creepage requirements between DRAIN and all other pins, both on the PCB and at the package; (6)Proprietary E-Shield transformer eliminates Y capacitor.