LP8860-Q1 Datasheet PDF – 4-Channel LED Driver

Part Number: LP8860-Q1

Function: Low-EMI, High-Performance 4-Channel LED Driver for Automotive Lighting

Package: HLQFP (32) Type

Manufacturer: Texas Instruments

Pinouts:

LP8860-Q1 datasheet

 

Description

The LP8860-Q1 is an automotive high-efficiency LED driver with boost controller. It has 4 high-precision current sinks that can be controlled by a PWM input signal, an SPI/I2C master, or both.

The boost converter has adaptive output voltage control based on the LED current sinks headroom voltages. This feature minimizes the power consumption by adjusting the voltage to lowest sufficient level in all conditions. Boost controller supports spread spectrum for switching frequency and an external synchronization with dedicated pin.

Features

1. Hybrid PWM and Current Dimming for Higher LED Drive Optical Efficiency

2. Synchronization for LED PWM Frequency

3. Boost Controller With Programmable Switching Frequency 100 kHz to 2.2 MHz

4. Boost Synchronization Input

5. Power-Line FET Control for Inrush Current Protection and Standby Energy Saving

 

LP8860-Q1 Datasheet PDF Download


LP8860-Q1 pdf

Other data sheets are available within the file:

LP8860, LP8860AQVFPRQ1, LP8860BQ1, LP8860BQVFPRQ1

L149 Datasheet – 4A Linear Driver – ST ( PDF )

Part Number: L149, L149V

Function: 4A Linear Driver

Package:  Pentawatt 5Pin type

Manufacturer: SGS-THOMSON Microelectronics

Images:

L149 datasheet

Description

The L149 is a general purpose power booster in Pentawatt package consisting of a quasi-complentary darlington output stage with the associated biasing system an inhibit facility. The device is particularly suited for use with an operational amplifier inside a closed loop configuration to increase output current.

Pinout
L149 pinout

Features

1. HIGH OUTPUT CURRENT (4A peak)
2. HIGH CURRENT GAIN (10.000 typ.)
3. OPERATION UP TO ± 20 V
4. THERMAL PROTECTION
5. SHORT CIRCUIT PROTECTION
6. OPERATION WITHIN SOA
7. HIGH SLEW-RATE (30 V/ms)

L149 Datasheet


 

Related articles across the web