LTC3636
LTC3636-1

デモ回路DC2335Aは、LTC3636モノリシック・デュアル・チャンネル同期型降圧レギュレータをベースにした、2個の固定周波数降圧コンバータで構成されるデュアル出力レギュレータです。DC2335Aは、3.1V～20Vの入力電圧範囲で動作し、各レギュレータが最大6Aの出力電流を供給することができます。また、DC2335Aは、バースト・モード^®動作モードと強制連続モードのいずれかで動作します。シャットダウンでは、DC2335Aは12Vの入力で13µA（代表値）の合計入力電流を流すことができます。DC2335Aは非常に効率的な回路です。負荷6A、入力5Vで出力が3.3Vの場合に効率が最大92%DC2335Aは28ピンQFNパッケージLTC3636EUFDを使用しています。これはICの底面に露出パッドを備え、熱性能を向上させています。これらの特長に加えて、500kHz～4MHzのプログラマブルな動作周波数範囲（RTピンをINTV_CCに接続した場合は2MHzのスイッチング周波数）という特長もあるため、DC2335Aデモ用ボードは産業用または配電アプリケーションでの使用に最適な回路です。

The X1600E is an Enterprise and Datacenter Storage Form Factor (EDSFF), power-efficient module hosting a Blaize X1600 SoC for AI workloads.

Analog Devices, Inc. supports end to end power delivery solutions for Blaize Pathfinder Xplorer 1600E ESDFF Accelerator. Analog Devices uses discrete power solutions to enable Blaize to deliver high compute with optimized with most TOPS/Watt performance.

These regulators are highly integrated discrete solutions optimized for cost, efficiency and foot print.

ADI provides supporting documentation including power schematics, layout, LTpowerPlanner^® and applicable LTpowerPlay^® configuration files to enable you to validate the power solution for your application seamlessly.

For a complete list power designs and use cases, please contact your local FAE.

Key Power for full management devices are used as follows:

• LTC7150S
• LTC3636

Blaize^® Pathfinder P1600 small form factor embedded SoM brings the programmability and efficiency benefits of the Blaize GSP^® architecture, ideal for AI inferencing workloads at the edge, to embedded systems.

Analog Devices, Inc. supports end to end power delivery solutions for Blaize Pathfinder P1600 SOM. Blaize uses Analog Devices discrete power solutions to enable their System on Chip (SoC) to deliver high compute with optimized with most TOPS/Watt performance for datacenter and Artificial Intelligence.

ADI provides supporting documentation including power schematics, layout, LTpowerPlanner^® and applicable LTpowerPlay^® configuration files to enable you to validate the power solution for your application seamlessly.

For a complete list power designs and use cases, please contact your local FAE.

Key Power for full management devices are used as follows:

• LTC7151S
• LT8609S
• LTC3636
• ADP1752
• ADP1755

The ADI Versal AI Core Power Reference Design Board has been tested and proven to power the key rails for the Xilinx Versal AI Core ACAP series. Using a PMBUs Multi Phase DC/DC controller coupled with ADI SilentMOS (ADI version of DrMOS) to deliver up to 240A of output current.

The ADI LTC3888-1 is an 8 Phase PMBUs DC/DC controller that is coupled with the LTC7051 ADI SilentMOS to provide a flexible and scalable design that can be tailored as needed for both higher and lower power applications by adding or subtracting the LTC7051 ADI SilentMOS.

Request schematic for ADI power used on the board.

Contact ADI if you have questions about the ADI power management solutions used on this board.

ADI Key Power Management Features for Versal ACAP XCXM1802 for Mid to High Voltage

• Proposed Solution implements new LTC3887-1/LTC7051 combo
• LTC3887-1 is a PMBus 2-phase, 2 loop, current mode controller. PMBus commands allow Vin, Vout, current, temperature, and fault status read back.
• LTC7051 is new Silent Switcher 2 ADI MOS capable of delivering increased DC load while switching at higher frequencies. Increased DC load allows for decreased phase count and higher current density. Increased Fsw allows for increase bandwidth and excellent transient response.
• LTC3636 is dual 6A, controlled on-time current mode monolithic (integrated FETs). Provides high performance compact solution for auxiliary rails.
• LTC3644 is a quad 1.25A output, high efficiency synchronous monolithic capable of switching up to 2.25MHz.
• LTC3634 is a single chip solution for DDR rails providing VDD, VTT, and Vref in a monolithic solution.

ADI Key Power Management Features for Versal PRIME XCXM1802 for Low Voltage

• Proposed Solution implements new LTC3887-1/LTC7051 combo
• LTC3887-1 is a PMBus 2-phase, 2 loop, current mode controller. PMBus commands allow Vin, Vout, current, temperature, and fault status read back.
• LTC7051 is new Silent Switcher 2 ADI MOS capable of delivering increased DC load while switching at higher frequencies. Increased DC load allows for decreased phase count and higher current density. Increased Fsw allows for increase bandwidth and excellent transient response.
• LTC3636 is dual 6A, controlled on-time current mode monolithic (integrated FETs). Provides high performance compact solution for auxiliary rails.
• LTC3644 is a quad 1.25A output, high efficiency synchronous monolithic capable of switching up to 2.25MHz.
• LTC3634 is a single chip solution for DDR rails providing VDD, VTT, and Vref in a monolithic solution.

ADI Key Power Management Features for Versal PRIME XCXM1802 for Minimum Rails / PL Performance

• Proposed Solution implements new LTC3887-1/LTC7051 combo
• LTC3887-1 is a PMBus 2-phase, 2 loop, current mode controller. PMBus commands allow Vin, Vout, current, temperature, and fault status read back.
• LTC7051 is new Silent Switcher 2 ADI MOS capable of delivering increased DC load while switching at higher frequencies. Increased DC load allows for decreased phase count and higher current density. Increased Fsw allows for increase bandwidth and excellent transient response.
• LTC3636 is dual 6A, controlled on-time current mode monolithic (integrated FETs). Provides high performance compact solution for auxiliary rails.
• LT8607 is a compact, high efficiency, high speed 750mA synchronous monolithic.
• LTC3634 is a single chip solution for DDR rails providing VDD, VTT, and Vref in a monolithic solution.

ADI Key Power Management Features for Versal ACAP XCXM1802 for Optimized Efficiency

• Proposed Solution implements new LTC3887-1/LTC7051 combo
• LTC3887-1 is a PMBus 2-phase, 2 loop, current mode controller. PMBus commands allow Vin, Vout, current, temperature, and fault status read back.
• LTC7051 is new Silent Switcher 2 ADI MOS capable of delivering increased DC load while switching at higher frequencies. Increased DC load allows for decreased phase count and higher current density. Increased Fsw allows for increase bandwidth and excellent transient response.
• LTC3636 is dual 6A, controlled on-time current mode monolithic (integrated FETs). Provides high performance compact solution for auxiliary rails.
• LTC3634 is a single chip solution for DDR rails providing VDD, VTT, and Vref in a monolithic solution.
• LTC3634 is a single chip solution for DDR rails providing VDD, VTT, and Vref in a monolithic solution.