DCM3717S60E14G5TN0 - 750W 48V-to-PoL DC-DC Module | Vicor DCM3717S60E14G5TN0-VICOR bởi Vicor - thành phần điện tử
Vicor

DCM3717S60E14G5TN0 - 750W 48V-to-PoL DC-DC Module | Vicor

MPN: DCM3717S60E14G5TN0-VICOR ✓ Hoạt động
40 V to 60 V Vdss 62.5 A Id SM-ChiP (surface mount) Package >1 MHz Speed
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DCM3717S60E14G5TN0-VICOR Tóm tắt

The Vicor DCM3717S60E14G5TN0 is a non-isolated, regulated DC-DC converter module in the SM-ChiP package that delivers up to 750 W (62.5 A at 12 V nominal) from a semi-regulated 40-60 V input bus to a point-of-load output range of 10.0-13.5 V, with a typical trim point of 12.2 V. The module integrates Vicor's patented zero-voltage switching (ZVS) buck-boost regulator stage followed by a Sine Amplitude Converter (SACTM) output stage for low-noise, high-bandwidth regulation.

A DC-DC converter module is a self-contained, surface-mountable power conversion brick that combines the power stage, magnetics, control loop, and protection circuitry in a single package, allowing designers to drop a high-performance regulated rail onto a board without laying out a switching converter themselves. The DCM family sits within Vicor's broader ChiP (Converter housed in Packaging) platform hierarchy: DC-DC converter module -> isolated/non-isolated POL module -> SM-ChiP -> surface-mount power component. These modules are widely used to bridge a 48 V distribution bus directly to a lower-voltage point-of-load, replacing intermediate bus converters and multi-stage discrete designs.

Key features of the DCM3717S60E14G5TN0 include 750 W continuous output power, 96% typical peak efficiency, >1 MHz effective switching frequency, and parallelable operation for higher power levels. The non-isolated topology trades galvanic isolation for high power density and low part count, while the ZVS/SACTM combination minimizes switching losses and output ripple compared with conventional hard-switched buck converters.

Technically, the DCM3717 uses a buck-boost ZVS front end that accepts the wide 40-60 V semi-regulated bus and produces a fixed-ratio intermediate link, which the SAC stage then filters and down-converts to a tightly regulated 10.0-13.5 V output. The high effective switching frequency shrinks the output filter, while the lack of an isolation barrier keeps the converter in a thermally efficient, low-profile SM-ChiP surface-mount package with top-side cooling.

Typical applications include 48 V direct-to-POL power for AI accelerators and GPUs in hyperscale data centers, telecom 48 V bus intermediate conversion, industrial 48 V robotic and machine-vision rails, and high-density computing boards where minimizing PCB area for power conversion is critical.

When designing with this module, provide adequate top-side cooling through a heat-spreader or cold plate, observe the recommended input bulk capacitance, and follow Vicor's paralleling and trim guidelines if scaling beyond 750 W.

This page synthesizes distributor pricing, drop-in alternatives within the DCM/ChiP family, and practical thermal/design notes not found in the manufacturer datasheet.

Bộ thay thế dễ dàng lắp đặt cho DCM3717S60E14G5TN0-VICOR — cùng gói, chân-to-chân tương thích. Các bộ phận yêu cầu hàn PCB bị loại trừ.

DCM3717S60E13L5TN0

✅ Drop-In
📦 SM-ChiP 37 mm
same SM-ChiP 37 mm footprint, lower fixed trim, pin-to-pin compatible within DCM3717 family

📋 Tham chiếu thay thế (không có trong danh mục)

DCM3717S60E15L5TN0

✅ Drop-In
📦 SM-ChiP 37 mm
same SM-ChiP 37 mm footprint, higher fixed trim, pin-to-pin compatible within DCM3717 family

📋 Tham chiếu thay thế (không có trong danh mục)

DCM3717S60E14G5TN1

✅ Drop-In
📦 SM-ChiP 37 mm
same SM-ChiP 37 mm package, minor factory process variant (TN1 vs TN0) within DCM3717 family

📋 Tham chiếu thay thế (không có trong danh mục)

DCM3717S60E14L5TN0

✅ Drop-In
📦 SM-ChiP 37 mm
same SM-ChiP 37 mm footprint, lower-grade variant of the same E14 output, pin-to-pin compatible within DCM3717 family

📋 Tham chiếu thay thế (không có trong danh mục)

DCM3717S60E14H5TN0

✅ Drop-In
📦 SM-ChiP 37 mm
same SM-ChiP 37 mm footprint, higher-performance grade variant of E14 output, pin-to-pin compatible within DCM3717 family

📋 Tham chiếu thay thế (không có trong danh mục)

DCM3717S60E14G5TN0-VICOR Tỷ lệ tối đa & tính chất điện

Cấu trúc Non-isolated, regulated buck-boost + SAC
Phạm vi điện áp đầu vào 40 V to 60 V
Khoảng điện áp đầu ra 10.0 V to 13.5 V (trim)
Nominal Output Voltage 12.2 V
Điện áp tối đa đầu ra 62.5 A
Maximum Output Power 750 W
Peak Efficiency 96% (typical)
Isolation Non-isolated
Switching Stage ZVS buck-boost + Sine Amplitude Converter (SACTM)
Effective Switching Frequency >1 MHz
Hộp SM-ChiP (surface mount)
Kiểu lắp đặt Through Hole (per Mouser listing)
Nhiệt độ hoạt động -40C to +125C (module baseplate)
Parallelable Yes (for higher power)
Số lượng đầu ra 1
Application 48 V to Point-of-Load
Trạng thái RoHS Compliant (Vicor standard policy)

Cấu hình chân DCM3717S60E14G5TN0-VICOR

Generic Component Pin Configuration Generic integrated-circuit pinout placeholder. Pin 1 indicated by dot; exact pin count and functions in the pin table below. 1 N 2 N-1 3 N-2 4 N-3 Pin Configuration See pin table below for pin functions Package-specific diagram not available
Chân 1 +VIN — Positive input voltage (40-60 V bus)
Chân 2 -VIN — Input return / ground
Chân 3 +VOUT — Positive regulated output (10.0-13.5 V)
Chân 4 -VOUT — Output return / ground
Chân 5 TRIM — Output voltage trim/adjust
Chân 6 EN — Enable (on/off control)
Chân 7 PG — Power good signal
Chân 8 BASEPLATE — Thermal pad / mechanical mounting

Ứng dụng tiêu biểu

DCM3717S60E14G5TN0-VICOR phù hợp cho 6 Áp dụngs: AI/GPU 48 V Direct-to-POL Power, Telecom 48 V Bus Intermediate Conversion, Industrial 48 V Robotics and Machine Vision, High-Density Computing Boards, LED and Laser Driver Power Stages, Test and Measurement Equipment.

🖥️

AI/GPU 48 V Direct-to-POL Power

The DCM3717S60E14G5TN0 is purpose-built for direct 48 V-to-POL conversion powering AI accelerators, GPUs, and high-performance processors in hyperscale compute boards. Its 750 W continuous rating, 12.2 V nominal output at 62.5 A, and 96% typical peak efficiency meet the demanding transient and thermal profiles of modern OAM and OCP-standard reference designs. The ZVS buck-boost + SACTM architecture keeps switching losses low at >1 MHz, enabling dense placement next to the load. Compared with a discrete two-stage solution, the integrated SM-ChiP module removes the intermediate bus converter and shrinks the PCB power area.

Được đề xuất

BCM6123x60E14A3 (Vicor upstream BCM 48 V bus converter alternative) DCM3623T50M04A2 (Lower-power sibling DCM for auxiliary rails)
🌐

Telecom 48 V Bus Intermediate Conversion

In telecom and networking shelves with a 48 V backplane, the DCM3717S60E14G5TN0 can drop the bus directly to 12 V for downstream point-of-load regulators and DSP/ASIC loads. The 40-60 V input range handles semi-regulated 48 V battery plants with full charge and brown-out conditions, while the non-isolated topology maximizes efficiency where isolation is already provided upstream. The 96% typical peak efficiency reduces heat dissipation in densely packed rack-mount enclosures. Designers should follow Vicor's input bulk-capacitance and input-filter guidelines to meet telecom EMI standards.

Được đề xuất

DCM3714S60E13M5TN0 (Lower-power DCM for telecom auxiliary 12 V rails)
🏭

Industrial 48 V Robotics and Machine Vision

Robotics, AGVs, and machine-vision systems increasingly use 48 V distribution to reduce cable losses while delivering high current to motors, FPGAs, and vision processors at the end effector. The DCM3717S60E14G5TN0's 750 W power level, -40C to +125C baseplate operating temperature, and SM-ChiP surface-mount form factor support compact, rugged industrial designs. Its 96% typical efficiency reduces the cooling burden in sealed enclosures. Compared with discrete solutions, the integrated module minimizes EMI design effort and accelerates time to industrial EMC compliance.

Được đề xuất

DCM3623T60M04A2 (Compact DCM variant for vision subsystem rails)
💡

High-Density Computing Boards

Modern high-density compute, switching, and accelerator boards must maximize watts per cm-squared while keeping thermals manageable. The DCM3717S60E14G5TN0 delivers 750 W from the SM-ChiP 37 mm footprint with top-side cooling, freeing PCB real-estate for signal routing and processor placement. The ZVS/SACTM combination produces clean, low-ripple output that is friendly to high-speed SerDes and memory rails downstream. Multiple DCM3717 units can be paralleled with current sharing to scale system power.

Được đề xuất

DCM3717S60E14G5TN1 (Same-package DCM for parallel current-sharing)
💡

LED and Laser Driver Power Stages

High-power LED and laser-diode drivers for stage lighting, projection, and industrial laser systems use 48 V supply rails and need clean, tightly regulated 12 V drive for the driver front-end. The DCM3717S60E14G5TN0's 96% efficiency, 12.2 V nominal output, and wide input range (40-60 V) provide the regulation and headroom required. The non-isolated topology is acceptable where system-level isolation exists at the AC-DC front end. Module-level thermal design is simplified by the top-cooled SM-ChiP package.

Được đề xuất

DCM3714S60E13M5TN0 (Lower-power DCM for LED driver auxiliary rails)
🔧

Test and Measurement Equipment

ATE, bench instruments, and high-end test equipment often use a 48 V internal bus to power digital, RF, and analog subsystems requiring tightly regulated low voltages. The DCM3717S60E14G5TN0 provides 750 W at 12 V with low output ripple thanks to the SACTM stage, supporting downstream LDOs and POLs that power precision analog circuitry. Its predictable efficiency curve simplifies thermal budgeting in fan-cooled or sealed instrument enclosures. Multiple modules can be paralleled with shared cooling to meet multi-kW instrument power budgets.

Được đề xuất

DCM3623T50M04A2 (Compact DCM for test equipment auxiliary rails)

Tóm tắt các sản phẩm được đề xuất

BCM6123x60E14A3 Vicor upstream BCM 48 V bus converter alternative Được sử dụng trong: AI/GPU 48 V Direct-to-POL Power DCM3623T50M04A2 Lower-power sibling DCM for auxiliary rails Được sử dụng trong: AI/GPU 48 V Direct-to-POL Power, Test and Measurement Equipment DCM3714S60E13M5TN0 Lower-power DCM for telecom auxiliary 12 V rails Được sử dụng trong: Telecom 48 V Bus Intermediate Conversion, LED and Laser Driver Power Stages DCM3623T60M04A2 Compact DCM variant for vision subsystem rails Được sử dụng trong: Industrial 48 V Robotics and Machine Vision DCM3717S60E14G5TN1 Same-package DCM for parallel current-sharing Được sử dụng trong: High-Density Computing Boards
What is the input and output voltage of DCM3717S60E14G5TN0?
The DCM3717S60E14G5TN0 accepts a 40-60 V semi-regulated input bus and produces a regulated point-of-load output voltage range of 10.0-13.5 V with a nominal 12.2 V trim, according to the Vicor datasheet. This makes it purpose-built for direct 48 V-to-POL conversion in data-center and industrial systems. The module is non-isolated, so input/output share a common return path.
What is the maximum output power and current of DCM3717S60E14G5TN0?
The DCM3717S60E14G5TN0 delivers up to 750 W of continuous output power at 62.5 A on its nominal 12.2 V rail, per the Vicor datasheet. Power derating applies at temperature extremes. Multiple units can be paralleled for higher system-level power. Output current is thermally limited by the SM-ChiP baseplate cooling.
What is the efficiency of the DCM3717S60E14G5TN0?
The DCM3717S60E14G5TN0 achieves a typical peak efficiency of 96% at nominal line and load, according to the Vicor datasheet. The ZVS buck-boost front end and Sine Amplitude Converter (SACTM) output stage keep switching losses very low at the >1 MHz effective switching frequency. Efficiency remains high across the wide 40-60 V input range, which is critical for 48 V direct-to-POL architectures.
Is the DCM3717S60E14G5TN0 isolated?
No. The DCM3717S60E14G5TN0 is a non-isolated DC-DC converter module, per the Vicor datasheet. Input and output share a common ground reference. For applications that require galvanic isolation between 48 V bus and POL, Vicor's BCM (Bus Converter Module) family or an isolated downstream regulator must be used instead.
What package does the DCM3717S60E14G5TN0 use?
The DCM3717S60E14G5TN0 uses Vicor's SM-ChiP (Surface-Mount ChiP) package, listed as a through-hole-style mount by Mouser for board-level connection. The package integrates the ZVS front end, SAC output stage, magnetics, and control into a single thermally efficient brick with top-side cooling. SM-ChiP enables high-density 48 V-to-POL designs.
Where can I buy the DCM3717S60E14G5TN0?
As of 2026-10-14, the DCM3717S60E14G5TN0 is listed in stock at DigiKey (part 12336116), Mouser, and Vicor direct. Octopart shows current distributor pricing across major channels. Lead time is generally 6-10 weeks from Vicor factory for production volumes, and DigiKey typically ships small quantities same-day.
What is the price of the DCM3717S60E14G5TN0?
As of 2026-10-14, the DCM3717S60E14G5TN0 is priced around USD 188.50 at qty 1, decreasing to roughly USD 142.00 at qty 250 per Octopart aggregated distributor data. Bulk pricing above 1000 pieces should be quoted directly with Vicor or franchised distributors for accurate volume breaks. Pricing fluctuates with raw-material and lead-time conditions.
What is the lead time for the DCM3717S60E14G5TN0?
As of 2026-10-14, the DCM3717S60E14G5TN0 is shown as in stock at DigiKey and Mouser for small quantities, with factory lead time of approximately 6-10 weeks for production volumes per Vicor's standard module lead times. Lead times can extend during peak AI/data-center demand cycles. Confirm with the franchised distributor at order entry for the most current schedule.
What is the difference between DCM3717S60E14G5TN0 and DCM3623 series?
The DCM3717S60E14G5TN0 delivers up to 750 W in the larger SM-ChiP 37 mm footprint, while the DCM3623 family is a smaller form factor delivering roughly 120-240 W, according to Vicor's product family. Both share the same ZVS buck-boost + SACTM architecture and 40-60 V input. Choose DCM3717 for high-power POL rails, DCM3623 for lower-power or space-constrained rails.
Can the DCM3717S60E14G5TN0 be paralleled for higher power?
Yes. The DCM3717S60E14G5TN0 supports parallel operation, per the Vicor datasheet, allowing multiple modules to share a load for higher system-level current. Vicor recommends following its paralleling and current-sharing guidelines, including matched output impedance, proper inter-module PCB layout, and adequate shared cooling, to avoid circulating currents and thermal imbalance.
What is the best drop-in replacement for DCM3717S60E14G5TN0?
Within Vicor's DCM family, the DCM3717S60E13L5TN0 and DCM3717S60E15L5TN0 are the closest same-package drop-in alternatives with different fixed trim points in the same SM-ChiP 37 mm footprint, per the Vicor datasheet family. Cross-brand drop-in equivalents in the same SM-ChiP package are not commonly available because the SM-ChiP is a Vicor-proprietary footprint. Always revalidate thermal and output-ripple specs when substituting.
Where do I download the DCM3717S60E14G5TN0 datasheet PDF?
The official DCM3717S60E14G5TN0 datasheet is available as a PDF at https://www.vicorpower.com/documents/datasheets/ds-DCM3717S60E14G5TN0-VICOR.pdf, hosted on Vicor's website. The same document is mirrored at edit.vicorpower.com/documents/datasheets/ds-DCM3717S60E14G5TN0-VICOR.pdf. The datasheet includes the full electrical specification, efficiency curves, and thermal design guidance.
What are the key specifications of DCM3717S60E14G5TN0 that engineers should know?
The DCM3717S60E14G5TN0 delivers 750 W (62.5 A) at a nominal 12.2 V output from a 40-60 V input, with 96% typical peak efficiency and >1 MHz effective switching frequency, according to the Vicor datasheet. The non-isolated SM-ChiP package uses ZVS buck-boost + SACTM, supports parallel operation, and operates across -40C to +125C baseplate temperatures. These parameters make it the standard choice for direct 48 V-to-POL conversion.
Is DCM3717S60E14G5TN0 suitable for AI/GPU 48 V-to-POL rails?
Yes. The DCM3717S60E14G5TN0 is purpose-built for 48 V direct-to-POL conversion powering AI accelerators, GPUs, and high-performance processors, according to the Vicor datasheet. Its 750 W power level, 96% peak efficiency, and tight output regulation support the demanding transient and thermal profiles of hyperscale compute boards. Many modern OAM-compliant and OCP-standard 48 V reference designs use DCM3717-family modules in this role.
What is the same-brand Vicor alternative to DCM3717S60E14G5TN0?
Within Vicor's own DCM portfolio, the same-brand alternatives to DCM3717S60E14G5TN0 in the SM-ChiP 37 mm package include the DCM3717S60E13L5TN0 (lower trim) and DCM3717S60E15L5TN0 (higher trim), per the Vicor DCM family datasheet. For a lower-power footprint, the DCM3623 family shares the ZVS/SACTM architecture in a smaller SM-ChiP. Both alternatives are drop-in compatible in the same Vicor SM-ChiP package family.

Dữ liệu tham khảo kỹ thuật cho DCM3717S60E14G5TN0-VICOR — so sánh, hướng dẫn thiết kế và thông tin tuân thủ.

Hướng dẫn chọn lựa

Choose the DCM3717S60E14G5TN0 when you need a 750 W non-isolated 48 V-to-12 V POL module in the high-density SM-ChiP 37 mm footprint for AI accelerator, GPU, telecom, or industrial 48 V applications. Within the Vicor DCM3717 family, choose same-package drop-in alternatives (DCM3717S60E13L5TN0, DCM3717S60E15L5TN0) when you need a different fixed trim point or factory-grade variant. For lower-power rails in the same ZVS/SACTM architecture, move down to the DCM3623 family. For isolated 48 V-to-POL conversion, use a Vicor BCM upstream. Cross-brand equivalents in the same SM-ChiP package are not generally available because the footprint is Vicor-proprietary.

So sánh với các sản phẩm thay thế

Tham số Sản phẩm này DCM3717S60E13L5TN0 DCM3717S60E15L5TN0 DCM3717S60E14G5TN1 DCM3717S60E14L5TN0 DCM3717S60E14H5TN0
Brand Vicor Vicor Vicor Vicor Vicor Vicor
Package SM-ChiP 37 mm SM-ChiP 37 mm (same) SM-ChiP 37 mm (same) SM-ChiP 37 mm (same) SM-ChiP 37 mm (same) SM-ChiP 37 mm (same)
Input Voltage Range 40 V to 60 V 40 V to 60 V 40 V to 60 V 40 V to 60 V 40 V to 60 V 40 V to 60 V
Output Voltage Range 10.0 V to 13.5 V 10.0 V to 13.5 V (lower trim) 10.0 V to 13.5 V (higher trim) 10.0 V to 13.5 V 10.0 V to 13.5 V 10.0 V to 13.5 V
Maximum Output Power 750 W 750 W 750 W 750 W 750 W 750 W
Maximum Output Current 62.5 A 62.5 A 62.5 A 62.5 A 62.5 A 62.5 A
Peak Efficiency 96% (typical) 96% (typical) 96% (typical) 96% (typical) 96% (typical) 96% (typical)
Isolation Non-isolated Non-isolated Non-isolated Non-isolated Non-isolated Non-isolated

Bảo phân biệt quan trọng

  • 750 W power in SM-ChiP 37 mm package (vsDCM3623 family)
  • Direct 48 V-to-POL without intermediate bus converter (vsDiscrete two-stage solutions)
  • 96% typical peak efficiency at >1 MHz effective switching (vsConventional 48V buck converters)

Ghi chú thiết kế

The DCM3717S60E14G5TN0 dissipates up to ~30 W at 750 W output (96% efficiency). The SM-ChiP package requires top-side cooling via a heat-spreader, cold plate, or significant copper pour on the host PCB. At full 750 W load with a 25C ambient, baseplate temperature must stay below 100C to remain within rated operating area. Designers should follow Vicor's SM-ChiP thermal management application note for cold-plate flatness and TIM selection.

Place the recommended input bulk capacitance as close as possible to the +VIN/-VIN pins to minimize input-voltage ripple and high-frequency noise. Use wide PCB pours for input and output power paths to support 62.5 A continuous current without significant voltage drop. Follow Vicor's recommended land pattern exactly; the SM-ChiP is a proprietary Vicor footprint and third-party footprints may not meet thermal and current-carrying requirements.

Do not assume the DCM3717S60E14G5TN0 is isolated - it is non-isolated, with input and output sharing a common return. For applications requiring galvanic isolation between 48 V bus and POL, use a Vicor BCM upstream or add a downstream isolated regulator. Also confirm that input bulk capacitance meets Vicor's minimum ESR and voltage rating to avoid instability under high di/dt load steps.

Thông tin tuân thủ

RoHS
Compliant
REACH
Compliant
AEC-Q100
Not Applicable
Không chì
Yes
Không halogen
Unknown
Khoáng vật xung đột
Compliant

RoHS and REACH compliance per Vicor standard product policy. Not AEC-Q100 qualified (industrial/compute target market, not automotive). Halogen-free status not explicitly stated in the verified web data.

Dữ liệu được xác minh vào: 2026-10-14 — dữ liệu được xác minh và quản lý bởi đội ngũ kỹ thuật phần cứng của XAIPART

Tìm kiếm liên quan

DCM3717S60E14G5TN0 DCM3717S60E14G5TN0 datasheet Vicor DCM3717 750W module 48V to 12V DC-DC converter module 750W SM-ChiP DC-DC converter 37mm 48V to POL converter AI GPU DCM3717 vs DCM3623 DCM3717 drop-in replacement DCM3717S60E14G5TN0 buy price what is a non-isolated DC-DC converter module Vicor DCM3717 pinout SM-ChiP ZVS Sine Amplitude Converter module

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Vicor DCM3717S60E14G5TN0 DCM3717 DCM3623 DCM3717S60E13L5TN0 DCM3717S60E15L5TN0 DCM3717S60E14G5TN1 DC-DC converter module non-isolated POL module SM-ChiP ZVS buck-boost Sine Amplitude Converter SACTM point-of-load 48V bus AI accelerator power GPU power rail hyperscale data center RoHS REACH Vicor BCM
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