150W Dual Output Isolated DC-DC Converter for Industrial Robot Control Systems | MDB150-24D12&24
150W Dual Output Isolated DC-DC Converter for Industrial Robot Control System Auxiliary Power
The MDB150-24D12&24 is a high-performance 150W dual output isolated DC-DC converter that converts an 18–36VDC input into regulated 12VDC and 24VDC outputs simultaneously for industrial robot controllers, safety modules, Remote I/O devices, industrial cameras and communication systems.
Designed for demanding robotic automation environments, the dual-output architecture allows one converter to power multiple robot subsystems, reducing wiring complexity, cabinet space and additional power modules.
With input-to-output galvanic isolation, fanless natural cooling and comprehensive protection functions, the MDB150-24D12&24 helps maintain stable auxiliary power during servo acceleration, braking, load changes and other dynamic operating conditions.
Ideal for industrial robotic systems requiring reliable multi-voltage power distribution, it improves system stability and reduces unexpected controller resets, communication failures and production downtime.
Key Features
150W dual output isolated DC-DC converter
Wide 18–36VDC input
Regulated 12VDC and 24VDC outputs
12VDC / 4A output
24VDC / 4.16A output
Input-to-output galvanic isolation
Fanless natural cooling
UVP / OVP / OCP / SCP / OTP protection
OEM & ODM customization available
I. MODELS LIST
Single Channels Output
Model | Input Voltage (VDC) | Input Voltage Range (VDC) | Output voltage (VDC) | Output Current(A) | Output Power(W) | Ripple And Noise(mv) | Efficiency (Typ) |
MDB150-24D12&24 | 24VDC | 18-36VDC | 12&24VDC | 4&4.16A | 150W | 120&200 | 83% |
Only the typical models are listed. If you need another models, please inform the power,Input and output voltage,then feel free to call us.
II. FEATURES
1 | High and low voltage input for option |
2 | Good heat dissipation with beautiful appearance |
3 | Natural cooling |
Condition: All specifications are tested under the room temperature 25 ℃, Normal input voltage and Pure Negative Normal Load
III. INPUT CHARACTERISTIC
Rated value(VDC) | Voltage Range(VDC) |
24VDC | 18-36VDC |
IV. OUTPUT CHARACTERISTIC
Parameter | Value |
Power | 150W |
Output Voltage | 12&24VDC |
Output Current | 4&4.16A |
Line Regulation | ±0.5% |
Load Regulation | ±0.5% |
Voltage Set-point Accuracy | ±2% |
Output Current Limiting | 120%(Typ) |
V. PROTECTIVE CHARACTERISTIC
1 | Input under voltage protection |
2 | Input over voltage protection |
3 | Over temperature protection |
4 | Output over current protection |
5 | Output short circuit protection |
GENERAL CHARACTERISTIC
Parameter | Value |
Switching Frequency | 100-200KHz |
lsolation Resitstance | 200MΩ |
lsolation Voltage
Parameter | Value |
Input-Output | >1500VDC |
Input-Case | >1050VDC |
Output-Case | >500VDC |
Environmental Characteristics
Parameter | Value | |
Case Temperature | Industry | -25 – +85℃ |
Military l | -40 – +85℃ | |
Storage Temperature | Industry | -45 – +105℃ |
Military | -55 – +105℃ | |
VI. MECHANICAL DRAWING AND PIN DEFINITION
Typical Applications
The MDB150-24D12&24 is widely used in:
Industrial Robot Controllers
Robot Safety Controllers
Industrial Cameras
Remote I/O Modules
Robot Communication Modules
Relays and Interface Devices
Automated Robotic Production Lines
Why Choose MINGZINC?
MINGZINC develops application-oriented isolated DC-DC power solutions for industrial automation and robotic systems.
We evaluate complete system requirements including:
Actual load conditions
Startup and transient requirements
Cabinet space limitations
Thermal management requirements
Integration requirements
Our engineering capabilities include:
DC-DC power solutions from 30W to 20KW
Customized input, output and dual-output configurations
Galvanic isolation design
Natural cooling and forced-air cooling options
Customized interfaces, mounting and mechanical structures
OEM/ODM engineering support and sample validation
Customer Benefits
With the MDB150-24D12&24, engineers can:
Power 12V and 24V robot subsystems from one converter
Reduce wiring complexity and cabinet space
Reduce the number of power modules inside control cabinets
Minimize controller resets and camera communication failures
Improve robot safety-system reliability
Lower fan maintenance and field service costs
Accelerate robot design and commissioning
Reduce production downtime and integration risks