DC/DC Power Converters
Wall Industries, Inc offers a wide selection of electronic devices that convert DC voltage from one level to another, available in a wide range of power ratings, ranging from 1/2 watt to 1,500 watts. Our diverse selection of DC to DC converters includes encapsulated, PC board mount, surface mount, chassis mount, air ventilated enclosed, and open frame types.
Whether you need a low-power converter for portable devices or a high-power converter for industrial and transportation applications, we have the right product for your needs. Browse through our collection and find the DC to DC converter that meets your requirements.
| Series | Input Range |
Input Voltage |
Output Voltage |
No. Outputs |
Output Power (W) |
|
|---|---|---|---|---|---|---|
LV Series Description: The PSAYC series of AC/DC switching power supplies provides 2 watts of output power in a 1.33" x 0.87* x 0.67* encapsulated PCB mountable package. | Input Voltage: 9~36 | Input Voltage: 12/24 | Output Voltage: 8, 12, 15, 18, 20, 24, 26, 28, 48 | No. Outputs: S | Output Power (W): 50, 75, 100, 120, 125, 150, 200 | Get a QuoteDownload Datasheet |
DC/DC Power Converters - The LV is a high density, low input voltage, isolated converter with a wide input voltage range. | ||||||
ELV Series Description: The PSAYC series of AC/DC switching power supplies provides 2 watts of output power in a 1.33" x 0.87* x 0.67* encapsulated PCB mountable package. | Input Voltage: 10-36 | Input Voltage: 12/24 | Output Voltage: 8, 12, 15, 18, 20 | No. Outputs: S | Output Power (W): 50, 75, 100 | Get a QuoteDownload Datasheet |
DC to DC Converters - The ELV series is an economy version of our LV series. The ELV series consists of high density, low input voltage, isolated converters with a wide input voltage range. | ||||||
DCMQB60 Series Description: The PSAYC series of AC/DC switching power supplies provides 2 watts of output power in a 1.33" x 0.87* x 0.67* encapsulated PCB mountable package. | Input Voltage: 9~36, 18~75 | Input Voltage: 24, 48 | Output Voltage: 5, 5.1, 12, 15, 24, ±12VDC, ±15VDC | No. Outputs: S, D | Output Power (W): 60 | Get a QuoteDownload Datasheet |
The DCMQB60 series of quarter-brick DC/DC converters offers up to 60 watts of output power in a compact 1.45” x 2.28” x 0.50” package with optional heatsink. | ||||||
DCPSD60 Series Description: The PSAYC series of AC/DC switching power supplies provides 2 watts of output power in a 1.33" x 0.87* x 0.67* encapsulated PCB mountable package. | Input Voltage: 11~15 | Input Voltage: 11~15 | Output Voltage: 18~21, 21~27, 27~33 | No. Outputs: S | Output Power (W): 60 | Get a QuoteDownload Datasheet |
The DCPSD60 series of non-isolated DC/DC supplies offers 60 watts of output power in a 4.23in x 2.64in x 1.42in compact package. | ||||||
DCHF60W Series Description: The PSAYC series of AC/DC switching power supplies provides 2 watts of output power in a 1.33" x 0.87* x 0.67* encapsulated PCB mountable package. | Input Voltage: 18~36, 36~72, 72~144 | Input Voltage: 24, 48, 110 | Output Voltage: 5, 12, 24, 48 | No. Outputs: S | Output Power (W): 60, 62.4 | Get a QuoteDownload Datasheet |
DC DC Converters - The DCHF60W series of DC DC power converters offers 60W of output power in a 6.30” x 3.86” x 1.54” enclosed case. This series has single output models with 2:1 input voltage ranges. | ||||||
DCQUW60 Series Description: The PSAYC series of AC/DC switching power supplies provides 2 watts of output power in a 1.33" x 0.87* x 0.67* encapsulated PCB mountable package. | Input Voltage: 9~75, 14~160 | Input Voltage: 36, 72 | Output Voltage: 5, 12, 15, 24, 28, 48, 53 | No. Outputs: S | Output Power (W): 60 | Get a QuoteDownload Datasheet |
The DCQUW60 series of quarter-brick DC/DC converters offers up to 60 watts of output power in a compact 1.45” x 2.28” x 0.50” package with optional heatsink. This series consists of single output models with an ultra-wide 12:1 input voltage range. Each model in this series features low standby power, no minimum load requirement, remote on/off, and 2250VDC basic insulation. This series also has over voltage, over load, over temperature, and short circuit protection as well IEC/UL/EN60950-1 and IEC/UL/EN62368-1, pending safety approvals and EN50155 and EN45545-2 pending railway approvals. Please contact factory for ordering information. | ||||||
DCHBW75 Series Description: The PSAYC series of AC/DC switching power supplies provides 2 watts of output power in a 1.33" x 0.87* x 0.67* encapsulated PCB mountable package. | Input Voltage: 18~75, 43~160, 9~36 | Input Voltage: 24, 48, 110 | Output Voltage: 3.3, 5, 12, 15, 24, 28, 48 | No. Outputs: S | Output Power (W): 66, 75, 75.6, 76.8 | Get a QuoteDownload Datasheet |
DC to DC Converters - The DCHBW75 series of DC DC power converters provides up to 75 Watts of output power in a standard half-brick package. All models have a single output and a 4:1 wide input voltage range. All models are RoHS compliant. | ||||||
DCHF70W Series Description: The PSAYC series of AC/DC switching power supplies provides 2 watts of output power in a 1.33" x 0.87* x 0.67* encapsulated PCB mountable package. | Input Voltage: 18~36, 36~72, 72~144 | Input Voltage: 24, 48, 110 | Output Voltage: 12, 15, 24, 48 | No. Outputs: S | Output Power (W): 72, 70.5 | Get a QuoteDownload Datasheet |
DC DC Converters - The DCHF70W series of DC DC power converters offers 70W of output power in a 6.30” x 3.86” x 1.54” enclosed case. This series has single output models with 2:1 input voltage ranges. | ||||||
CMLV Series Description: The PSAYC series of AC/DC switching power supplies provides 2 watts of output power in a 1.33" x 0.87* x 0.67* encapsulated PCB mountable package. | Input Voltage: 10~36 | Input Voltage: 12 | Output Voltage: 8, 12, 15, 18, 20, 24, 26, 28 | No. Outputs: S | Output Power (W): 75, 100, 120, 125, 150, 200 | Get a QuoteDownload Datasheet |
DC to DC Converters - The CMLV series consists of high density, low input voltage, isolated converters on a chassis mount with a wide input voltage range. | ||||||
DCQAW100 Series Description: The PSAYC series of AC/DC switching power supplies provides 2 watts of output power in a 1.33" x 0.87* x 0.67* encapsulated PCB mountable package. | Input Voltage: 16.5~75, 40~160, 8.5~36 | Input Voltage: 24, 48, 110 | Output Voltage: 3.3, 5, 12, 15, 24, 30, 48 | No. Outputs: S | Output Power (W): 75.9, 82.5, 84, 85, 86.4, 88.8, 90 | Get a QuoteDownload Datasheet |
DC DC Converters - The DCQAW100 series of DC/DC power converters provides up to 90W of output power in an industry standard quarter-brick package. All models have a single output and a 4:1 input voltage range of 8.5-36VDC, 16.5-75VDC, and 40-160VDC. | ||||||
What does a DC to DC converter do?
A DC-DC converter converts one DC voltage to another, this can be either down to a lower voltage (buck converter), or up to a higher voltage (boost converter).
What are the types of DC to DC converter?
Types of DC to DC converter include Non-Isolated DC to DC Converters, High Voltage Isolated DC to DC converters and High Voltage Input DC to DC Converters.
Why are DC power supplies needed?
DC power supplies provide a constant flow of current to a device at the appropriate voltage for the given situation.
What industries use DC DC power converters?
DC DC converters offer a diverse solution for various applications across all industries, due to higher power efficiency and reliability. They are commonly used in the railway industry, powering vehicles, the renewable energy sector and industrial robotics.
Why are DC DC power converters useful in the Medical sector?
DC DC power converters able to power a range of devices with different power requirements by matching the appropriate loads, to ensure that safety is always paramount in the environment. Any DC/DC conveter used in a medical environment will need to be designed to meet IEC60601-1 to ensure it has proper safety and reliability standards.
What is the main difference between AC DC and DC DC power supplies?
The main difference between the AC DC and DC DC power supplies is the direction their electrons flow. AC DC power supplies has an alternating current and has an AC input source, where the electrons continuously change direction. On the other hand, DC DC power supplies uses an DC input source, where elcetrons flow steadily in the same direction.
How do I choose the right DC converter for my application?
When choosing a DC converter, you should consider factors such as the required output voltage and current, load regulation, efficiency, and reliability. You should consider the safety requirements for your application to ensure that you meet safety standards.
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