LOWPOWER

LP3310B6F

0V~28V 1MHz 1 Boost 2.7V~24V SOT-23-6 LED Drivers ICs

SOT-23-6RoHSActive

High-performance constant-current switching voltage regulator suitable for 8 series-connected white LEDs

Manufacturer: LOWPOWER
Manufacturer part #: LP3310B6F
Store part #: C387718
Package / case: SOT-23-6
Category: LED Drivers ICs
Packaging: Tape & Reel (TR)

Datasheet (PDF)

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5,630 in stock

#C387718

Stock & price checked 6 days ago

Quantity	Unit price	Pack price
5+	₹25.55	₹127.75
50+	₹20.31	₹1,015.50
150+	₹18.07	₹2,710.50
500+	₹15.27	₹7,635.00
3,000+	₹13.11	₹39,330.00
6,000+	₹12.37	₹74,220.00

Quantity (min 5, multiples of 5)

5 × ₹25.55

₹127.75

excl. GST

₹150.75 incl. 18% GST

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Dispatch in 7–10 working days
GST invoice with every order
Standard pack: 3,000 per reel

LP3310B6F

₹127.75 for 5 + GST

Specifications

Output Voltage: 0V~28V
Features: Over Voltage Protection;Built-in soft-start;Over-Temperature Protection (OTP)
Frequency - Switching: 1MHz
Switch Tube (Built-In/External): Built-in
Operating temperature: -40℃~+85℃
Number of Channels: 1
Topology: Boost
Voltage - Input(DC): 2.7V~24V

Packaging & compliance

RoHS: RoHS
Lifecycle: Active
Packaging: Tape & Reel (TR)
Standard pack: 3,000 / Reel
Sold per: Piece
Minimum order: 5 (multiples of 5)
Unit weight: 0.024 g

Overview

The LP3310 is a 1.0MHz PWM boost switching regulator designed for constant-current white LED driver applications. The LP3310 can drive a string of up to 8 white LEDs in series, ensuring uniform brightness and eliminating several ballast resistors. The LP3310 implements a constant frequency 1.0MHz PWM control scheme. The high frequency PWM operation also saves board space by reducing external component sizes. To improve efficiency, the feedback voltage is set to 250mV, which reduces the power dissipation in the current setting resistor. Highly integration and internal compensation network minimizes as 5 external component counts. Optimized operation frequency can meet the requirement of small LC filters value and low operation current with high efficiency.