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LP5562TMX/NOPB

Active
Texas Instruments

4-CHANNEL RGB/WHITE LED DRIVER WITH INTERNAL PROGRAM MEMORY AND INDEPENDENT CHANNEL CONTROL 12-DSBGA -40 TO 85

LP5562TMX/NOPB - https://ti.com/content/dam/ticom/images/products/package/y/yqe0012.png

LP5562TMX/NOPB

Active
Texas Instruments

4-CHANNEL RGB/WHITE LED DRIVER WITH INTERNAL PROGRAM MEMORY AND INDEPENDENT CHANNEL CONTROL 12-DSBGA -40 TO 85

Technical Specifications

Parameters and characteristics commom to parts in this series

SpecificationLP5562TMX/NOPBLP5562 Series
ApplicationsBacklightBacklight
Current - Output / Channel25.5 mA25.5 mA
DimmingI2CI2C
Features-Dimmable
Frequency558 Hz, 256 Hz256 - 558 Hz
Internal Switch(s)TrueTrue
Mounting TypeSurface MountSurface Mount
Number of Outputs44
Operating Temperature [Max]85 °C85 °C
Operating Temperature [Min]-40 °C-40 °C
Package / CaseDSBGA, 12-WFBGADSBGA, 12-WFBGA
Supplied Contents-Board(s), Cable(s)
Supplier Device Package12-DSBGA12-DSBGA
Supplier Device Package-1.64
Supplier Device Package-1.24
TypeLinearLinear
Utilized IC / Part-LP5562
Voltage - Input-2.7 V
Voltage - Input-5.5 V
Voltage - Supply (Max) [Max]5.5 V5.5 V

Pricing

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

LP5562 Series

4-channel RGB/White LED driver with internal program memory and Independent channel control

PartDimmingOperating Temperature [Max]Operating Temperature [Min]ApplicationsTypeFrequencyVoltage - Supply (Max) [Max]Current - Output / ChannelPackage / CaseSupplier Device PackageSupplier Device Package [x]Supplier Device Package [y]Mounting TypeNumber of OutputsInternal Switch(s)Voltage - Input [Min]Voltage - Input [Max]Utilized IC / PartSupplied ContentsFeatures
Texas Instruments
LP5562TME/NOPB
The LP5562 is a four-channel LED driver designed to produce variety of lighting effects. The device has a program memory for creating variety of lighting sequences. When the program memory has been loaded, the LP5562 can operate independently without processor control. The LP5562 is able to automatically enter power save mode, when LED outputs are not active and thus lowering current consumption. Four independent LED channels have accurate programmable current sinks, from 0 mA to 25.5 mA with 100-μA steps and flexible PWM control. Each channel can be configured into each of the three program execution engines. Program execution engines have program memory for creating desired lighting sequences with PWM control. The LP5562 has four pin-selectable I2C addresses. This allows connecting up to four parallel devices in one I2C bus. The device requires only one small, low-cost ceramic capacitor. The LP5562 is a four-channel LED driver designed to produce variety of lighting effects. The device has a program memory for creating variety of lighting sequences. When the program memory has been loaded, the LP5562 can operate independently without processor control. The LP5562 is able to automatically enter power save mode, when LED outputs are not active and thus lowering current consumption. Four independent LED channels have accurate programmable current sinks, from 0 mA to 25.5 mA with 100-μA steps and flexible PWM control. Each channel can be configured into each of the three program execution engines. Program execution engines have program memory for creating desired lighting sequences with PWM control. The LP5562 has four pin-selectable I2C addresses. This allows connecting up to four parallel devices in one I2C bus. The device requires only one small, low-cost ceramic capacitor.
I2C
85 °C
-40 °C
Backlight
Linear
256 Hz, 558 Hz
5.5 V
25.5 mA
12-WFBGA, DSBGA
12-DSBGA
1.64
1.24
Surface Mount
4
Texas Instruments
LP5562EVM
LP5562 Outputs LED Driver Evaluation Board
2.7 V
5.5 V
LP5562
Board(s), Cable(s)
Dimmable
Texas Instruments
LP5562TMX/NOPB
The LP5562 is a four-channel LED driver designed to produce variety of lighting effects. The device has a program memory for creating variety of lighting sequences. When the program memory has been loaded, the LP5562 can operate independently without processor control. The LP5562 is able to automatically enter power save mode, when LED outputs are not active and thus lowering current consumption. Four independent LED channels have accurate programmable current sinks, from 0 mA to 25.5 mA with 100-μA steps and flexible PWM control. Each channel can be configured into each of the three program execution engines. Program execution engines have program memory for creating desired lighting sequences with PWM control. The LP5562 has four pin-selectable I2C addresses. This allows connecting up to four parallel devices in one I2C bus. The device requires only one small, low-cost ceramic capacitor. The LP5562 is a four-channel LED driver designed to produce variety of lighting effects. The device has a program memory for creating variety of lighting sequences. When the program memory has been loaded, the LP5562 can operate independently without processor control. The LP5562 is able to automatically enter power save mode, when LED outputs are not active and thus lowering current consumption. Four independent LED channels have accurate programmable current sinks, from 0 mA to 25.5 mA with 100-μA steps and flexible PWM control. Each channel can be configured into each of the three program execution engines. Program execution engines have program memory for creating desired lighting sequences with PWM control. The LP5562 has four pin-selectable I2C addresses. This allows connecting up to four parallel devices in one I2C bus. The device requires only one small, low-cost ceramic capacitor.
I2C
85 °C
-40 °C
Backlight
Linear
256 Hz, 558 Hz
5.5 V
25.5 mA
12-WFBGA, DSBGA
12-DSBGA
Surface Mount
4

Description

General part information

LP5562 Series

The LP5562 is a four-channel LED driver designed to produce variety of lighting effects. The device has a program memory for creating variety of lighting sequences. When the program memory has been loaded, the LP5562 can operate independently without processor control.

The LP5562 is able to automatically enter power save mode, when LED outputs are not active and thus lowering current consumption.

Four independent LED channels have accurate programmable current sinks, from 0 mA to 25.5 mA with 100-μA steps and flexible PWM control. Each channel can be configured into each of the three program execution engines. Program execution engines have program memory for creating desired lighting sequences with PWM control.