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CSD86350Q5D

25V, Nch synchronous buck NexFET MOSFET™, SON5x6 PowerBlock, 40A 8-LSON-CLIP -55 to 150

Manufacturer Texas Instruments
Price Range $1.1544 / $3.0357

Part Details

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Distributors with Stock

Part Number Description Manufacturer Compare
CSD86350Q5DT Power Circuits 25V, Nch synchronous buck NexFET MOSFET™, SON5x6 PowerBlock, 40A 8-LSON-CLIP -55 to 150 Texas Instruments CSD86350Q5D vs CSD86350Q5DT
Part Number Description Manufacturer Compare
CSD86350Q5DT Power Circuits 25V, Nch synchronous buck NexFET MOSFET™, SON5x6 PowerBlock, 40A 8-LSON-CLIP -55 to 150 Texas Instruments CSD86350Q5D vs CSD86350Q5DT
UCD74120RVFR Power Circuits 14 V, 25 A synchronous buck power stage with output current monitoring 40-LQFN-CLIP -40 to 125 Texas Instruments CSD86350Q5D vs UCD74120RVFR
UCD74120RVFT Power Circuits 14 V, 25 A synchronous buck power stage with output current monitoring 40-LQFN-CLIP -40 to 125 Texas Instruments CSD86350Q5D vs UCD74120RVFT
UCD74120RVF Power Circuits IC SWITCHING REGULATOR, Switching Regulator or Controller Texas Instruments CSD86350Q5D vs UCD74120RVF
RAA2108252GLG#HG0 Power Circuits Pin-Configurable 25A DC/DC Power Module with PMBus Interface Renesas Electronics Corporation CSD86350Q5D vs RAA2108252GLG#HG0
RAA2108252GLG#MG0 Power Circuits Pin-Configurable 25A DC/DC Power Module with PMBus Interface Renesas Electronics Corporation CSD86350Q5D vs RAA2108252GLG#MG0
RAA2108252GLG#AG0 Power Circuits Pin-Configurable 25A DC/DC Power Module with PMBus Interface Renesas Electronics Corporation CSD86350Q5D vs RAA2108252GLG#AG0
CSD87350Q5D Power Circuits 30V, Nch synchronous buck NexFET MOSFET™, SON5x6 PowerBlock, 40A 8-LSON-CLIP -55 to 150 Texas Instruments CSD86350Q5D vs CSD87350Q5D

Global Popularity

Popularity in Power Circuits

Popularity in Switching Regulator or Controllers

Popularity by Region

Very High

Medium

Good

Low

  • 1. Malaysia
    100
  • 2. United Kingdom
    99
  • 3. Hungary
    95
  • 4. South Korea
    92
  • 5. China
    90
  • 6. Croatia
    89
  • 7. Germany
    89
  • 8. Aruba
    87
  • 9. United States
    86
  • 10. Zambia
    86

Estimated Price History

Estimated Stock History

Market Price Analysis

No data available
  • 1. Avnet Americas $1.1544 Buy Now
  • 2. Texas Instruments $1.7900 Buy Now
  • 3. Newark element14 $2.6200 Buy Now
  • 4. element14 Asia-Pacific $2.9634 Buy Now
  • 5. Farnell element14 $3.0357 Buy Now
  • 6. Farnell element14 $3.0357 Buy Now

Datasheets & Reference Designs

Reference Designs

  • Power Solution for Xilinx 7-Series MGT with 5V input voltage (1.2V @ 8A)
    PMP6577.2: PMP6577 is a complete power solution for the Xilinx 7-series GTX / GTH transceivers when mated to Xilinx MGT characterization boards. The AVCC at 1V up to 12A, AVTT at 1.2V up to 8A and AVCCAUX 1.8V at up to 2.6A (powered off 5V) are provided. For each output a TPS40400 controller with a dual NexFET is used. TPS40400 has PMBus interface to allow output voltage to be adjusted and current output to be monitored along with other functions. TLC555 timer used to synchronize all outputs to about 480kHz.
  • Power Solution for Xilinx 7-Series MGT with 5V input voltage (1V @ 12A)
    PMP6577.1: PMP6577 is a complete power solution for the Xilinx 7-series GTX / GTH transceivers when mated to Xilinx MGT characterization boards. The AVCC at 1V up to 12A, AVTT at 1.2V up to 8A and AVCCAUX 1.8V at up to 2.6A (powered off 5V) are provided. For each output a TPS40400 controller with a dual NexFET is used. TPS40400 has PMBus interface to allow output voltage to be adjusted and current output to be monitored along with other functions. TLC555 timer used to synchronize all outputs to about 480kHz.
  • Power Solution for Xilinx 7-Series MGT with 5V input voltage (1.8V @ 2.6A)
    PMP6577.3: PMP6577 is a complete power solution for the Xilinx 7-series GTX / GTH transceivers when mated to Xilinx MGT characterization boards. The AVCC at 1V up to 12A, AVTT at 1.2V up to 8A and AVCCAUX 1.8V at up to 2.6A (powered off 5V) are provided. For each output a TPS40400 controller with a dual NexFET is used. TPS40400 has PMBus interface to allow output voltage to be adjusted and current output to be monitored along with other functions. TLC555 timer used to synchronize all outputs to about 480kHz.
  • Power Solution for Xilinx 7-Series MGT with 5V input voltage (1.8V @ 2.6A) - PMP6577.3 - TI Tool Folder
    PMP6577: PMP6577 is a complete power solution for the Xilinx 7-series GTX / GTH transceivers when mated to Xilinx MGT characterization boards. The AVCC at 1V up to 12A, AVTT at 1.2V up to 8A and AVCCAUX 1.8V at up to 2.6A (powered off 5V) are provided. For each output a TPS40400 controller with a dual NexFET is used. TPS40400 has PMBus interface to allow output voltage to be adjusted and current output to be monitored along with other functions. TLC555 timer used to synchronize all outputs to about 480kHz.
  • Four Phase Sync Buck 900mV@70A
  • PMP6577 Power Solution for Xilinx 7-Series MGT with 5V input voltage (1.8V @ 2.6A) | TI.com
    PMP6577: PMP6577 is a complete power solution for the Xilinx 7-series GTX / GTH transceivers when mated to Xilinx MGT characterization boards. The AVCC at 1V up to 12A, AVTT at 1.2V up to 8A and AVCCAUX 1.8V at up to 2.6A (powered off 5V) are provided. For each output a TPS40400 controller with a dual NexFET is used. TPS40400 has PMBus interface to allow output voltage to be adjusted and current output to be monitored along with other functions. TLC555 timer used to synchronize all outputs to about 480kHz.
  • PMP5621 Four Phase Sync Buck 900mV@70A | TI.com
  • '5V-12V input; Synchronous Buck; 0.9V-3.3V, 20A output with PMBus
    PMP6997: The PMP6997 reference design uses TPS40400 & CSD86350Q5D to to power a Synchronous Buck Converter. Electrical and Thermal test results shown for 12Vin 1.2Vout at 20A. An on board dynamic load allows rapid load transients to be tested. An on board TLC555 timer can demonstrate external synchronization.
  • Multiphase (1.6V @ 80A) for Memory
  • Synchronous Buck for Intel Core i3, i5, i7 Arrandale SV (1.8V @ 1A)
    PMP5783.6: PMP5783 is a complete Intel IMVP6.5 Arrandale SV/Clarksfield SV Power Reference Design. Vin is 8-15V. Main CPU is powered by two phase TPS59621. TPS59611 powers graphics processor. DDR3 memory powered by TPS5126. Both 1.05V’s are each powered by TPS51218. Dual TPS51125A powers 5V and 3.3V. Each of above power trains uses dual NexFET CSD86350. TPS62290 powers 1.8VS.
  • PMP6997 '5V-12V input; Synchronous Buck; 0.9V-3.3V, 20A output with PMBus | TI.com
    PMP6997: The PMP6997 reference design uses TPS40400 & CSD86350Q5D to to power a Synchronous Buck Converter. Electrical and Thermal test results shown for 12Vin 1.2Vout at 20A. An on board dynamic load allows rapid load transients to be tested. An on board TLC555 timer can demonstrate external synchronization.
  • PMP6577 Power Solution for Xilinx 7-Series MGT with 5V input voltage (1.8V @ 2.6A) | TI.com
    PMP6577: PMP6577 is a complete power solution for the Xilinx 7-series GTX / GTH transceivers when mated to Xilinx MGT characterization boards. The AVCC at 1V up to 12A, AVTT at 1.2V up to 8A and AVCCAUX 1.8V at up to 2.6A (powered off 5V) are provided. For each output a TPS40400 controller with a dual NexFET is used. TPS40400 has PMBus interface to allow output voltage to be adjusted and current output to be monitored along with other functions. TLC555 timer used to synchronize all outputs to about 480kHz.
  • PMP5456 Multiphase (1.6V @ 80A) for Memory | TI.com
  • Synchronous Buck for Intel Core i3, i5, i7 Arrandale SV (5V @ 10A)
    PMP5783.3: PMP5783 is a complete Intel IMVP6.5 Arrandale SV/Clarksfield SV Power Reference Design. Vin is 8-15V. Main CPU is powered by two phase TPS59621. TPS59611 powers graphics processor. DDR3 memory powered by TPS5126. Both 1.05V’s are each powered by TPS51218. Dual TPS51125A powers 5V and 3.3V. Each of above power trains uses dual NexFET CSD86350. TPS62290 powers 1.8VS.
  • Synchronous Buck for Intel Core i3, i5, i7 Arrandale SV (1.1V @ 23A)
    PMP5783.4: PMP5783 is a complete Intel IMVP6.5 Arrandale SV/Clarksfield SV Power Reference Design. Vin is 8-15V. Main CPU is powered by two phase TPS59621. TPS59611 powers graphics processor. DDR3 memory powered by TPS5126. Both 1.05V’s are each powered by TPS51218. Dual TPS51125A powers 5V and 3.3V. Each of above power trains uses dual NexFET CSD86350. TPS62290 powers 1.8VS.
  • PMP6845 5V input; 6 Phase High Efficiency Synchronous Buck; 0.9V 120A output | TI.com
    PMP6845: The PMP6845 reference design uses three TPS40140's to control 6 Synchronous Buck Phases. Main switch pair for each phase is the dual CSD86350Q5D. The optional added CSD16325Q5 for the low side enhances efficiency, especially at full load. Efficiency is 87.5% at full load and over 90% for loads from 20 thru 80A. Electrical and Thermal test results shown for both with and without the added CSD16325Q5. An on board dynamic load allows rapid load transients to be tested.
  • Sync Buck (1.0V@20A)
  • Synchronous Buck for Intel Core i3, i5, i7 Arrandale SV (1.5V @ 12A) - PMP5783.5 - TI Tool Folder
    PMP5783: PMP5783 is a complete Intel IMVP6.5 Arrandale SV/Clarksfield SV Power Reference Design. Vin is 8-15V. Main CPU is powered by two phase TPS59621. TPS59611 powers graphics processor. DDR3 memory powered by TPS5126. Both 1.05V’s are each powered by TPS51218. Dual TPS51125A powers 5V and 3.3V. Each of above power trains uses dual NexFET CSD86350. TPS62290 powers 1.8VS.
  • Synchronous Buck for Intel Core i3, i5, i7 Arrandale SV (1.5V @ 12A)
    PMP5783.5: PMP5783 is a complete Intel IMVP6.5 Arrandale SV/Clarksfield SV Power Reference Design. Vin is 8-15V. Main CPU is powered by two phase TPS59621. TPS59611 powers graphics processor. DDR3 memory powered by TPS5126. Both 1.05V’s are each powered by TPS51218. Dual TPS51125A powers 5V and 3.3V. Each of above power trains uses dual NexFET CSD86350. TPS62290 powers 1.8VS.
  • Synchronous Buck for Intel Core i3, i5, i7 Arrandale SV (1.2V @ 22A)
    PMP5783.2: PMP5783 is a complete Intel IMVP6.5 Arrandale SV/Clarksfield SV Power Reference Design. Vin is 8-15V. Main CPU is powered by two phase TPS59621. TPS59611 powers graphics processor. DDR3 memory powered by TPS5126. Both 1.05V’s are each powered by TPS51218. Dual TPS51125A powers 5V and 3.3V. Each of above power trains uses dual NexFET CSD86350. TPS62290 powers 1.8VS.
  • Power Solution for Xilinx 7-Series MGT with 5V input voltage (1.2V @ 8A) - PMP6577.2 - TI Tool Folder
    PMP6577: PMP6577 is a complete power solution for the Xilinx 7-series GTX / GTH transceivers when mated to Xilinx MGT characterization boards. The AVCC at 1V up to 12A, AVTT at 1.2V up to 8A and AVCCAUX 1.8V at up to 2.6A (powered off 5V) are provided. For each output a TPS40400 controller with a dual NexFET is used. TPS40400 has PMBus interface to allow output voltage to be adjusted and current output to be monitored along with other functions. TLC555 timer used to synchronize all outputs to about 480kHz.
  • 5V input; 6 Phase High Efficiency Synchronous Buck; 0.9V 120A output
    PMP6845: The PMP6845 reference design uses three TPS40140's to control 6 Synchronous Buck Phases. Main switch pair for each phase is the dual CSD86350Q5D. The optional added CSD16325Q5 for the low side enhances efficiency, especially at full load. Efficiency is 87.5% at full load and over 90% for loads from 20 thru 80A. Electrical and Thermal test results shown for both with and without the added CSD16325Q5. An on board dynamic load allows rapid load transients to be tested.
  • Two Phase 50W Synchronous Buck
    PMP6685: The PMP6685 is 50W (1V at 50A) DC/DC reference design built to supply a digital analyzer chips utilizing TPS40322 two-phase Synchronous Buck converter. Very small design for cost optimized solutions.

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