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100W SERIES Single And Dual Output ( DC+8-40V OR DC+38-163V Input )
The 100W Series provides high-efficiency power conversion with two massive input range options: DC 8-40V or DC 38-163V. Available in single and dual output configurations, these converters deliver up to 100W of regulated power with multiple output voltage options from 5V to 48V, all housed in a versatile chassis-mountable enclosure.
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₹5,500.00
Description
Product Details
DC INPUT : DC+8-40V OR DC+38-163V| OUTPUT | POWER | PART NO. |
|---|---|---|
| 5V | 75W | IDC100-18S05-M OR IDC100-36S05-M |
| 9V | 90W | IDC100-18S05-M OR IDC100-36S05-M |
| 12V | 100W | IDC100-18S12-M OR IDC100-36S12-M |
| 15V | 100W | IDC100-18S15-M OR IDC100-36S15-M |
| 19V | 100W | IDC100-18S19-M OR IDC100-36S19-M |
| 24V | 100W | IDC100-18S24-M OR IDC100-36S24-M |
| 36V | 100W | IDC100-18S36-M OR IDC100-36S36-M |
| 48V | 100W | IDC100-18S48-M OR IDC100-36S48-M |
Engineered for reliability, the 100W Series DC-DC converters are built to bridge the gap between volatile power sources and sensitive electronic equipment. This series is distinguished by its ability to handle extreme input fluctuations, offering a low-voltage variant (8-40V) and a high-voltage variant (38-163V) to cover nearly any industrial DC bus voltage.
Whether you require a standard 12V or 24V output or specialized 36V and 48V levels, these converters maintain tight regulation and high efficiency. The physical design supports multiple integration methods, including PCB, Chassis, and General Mounting, ensuring they can be installed directly onto panels or within control cabinets. With an isolated architecture, they protect downstream components from input-side surges and noise.
Converter Type: Buck-Boost / Wide-Input Isolated
These units function as Universal Wide-Input Isolated Converters. Depending on the specific input voltage and selected output, the internal circuitry acts as either a Buck (step-down) or Boost (step-up) regulator to ensure a constant, ripple-free output regardless of input drift.
Technical Specifications
| Specification | Details |
|---|---|
| Output Power (W) | 75W(5V)*, 90W(9V)*, 100W |
| Output Voltage (VDC) | Multiple options (5V, 9V, 12V, 15V, 19V, 24V, 36V, 48V) |
| Input Voltage (VDC) | Low Range: 8-40V High Range: 38-163V |
| Isolation | Isolated |
| Mounting Type | PCB, Chassis, General Mounting |
| Protections | Short Circuit Protection, Overvoltage Protection, Input Undervoltage Protection, Over Temperature Protection |
| Number of Outputs | Single or Dual Options |
| IP Rating | IP67 |
Key Applications
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Railway & Rolling Stock: High-voltage input range (up to 163V) is ideal for train control systems and onboard electronics.
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Industrial Power Distribution: Reliable 100W supply for heavy machinery controls and industrial IoT gateways.
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Electric Vehicles (EV): Stepping down high-voltage battery packs to power 12V or 24V auxiliary systems.
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Telecommunications: Powering remote base stations and networking hardware from wide-range DC sources.
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Renewable Energy Storage: Interfacing between battery storage banks and sensitive monitoring equipment.
FAQs
Why are isolated 100W DC-DC converters critical in SCADA and process automation systems?
Isolation protects sensitive control electronics from ground loops, transient surges, high common-mode voltages, and electrical noise present in large industrial plants. This ensures reliable data acquisition and stable communication between distributed industrial systems.
How do dual output converters simplify analog signal processing systems?
Dual voltage rails eliminate the need for virtual ground generation circuits and enable direct powering of operational amplifiers, ADCs, DACs, and precision instrumentation systems requiring balanced bipolar supply voltages.
How does current sharing improve converter scalability in industrial systems?
Current sharing allows multiple converters to operate in parallel for higher load capacity and redundancy. This improves scalability and fault tolerance in telecom infrastructure, industrial servers, and mission-critical automation platforms.
Why are industrial-grade capacitors important in 100W DC-DC converters?
Industrial-grade capacitors provide superior endurance, low ESR characteristics, higher ripple current capability, and extended operating lifespan under continuous high-temperature industrial operation.
Why is IP-rated enclosure protection important in industrial DC-DC converters?
IP65 and IP68-rated enclosures protect converters from dust ingress, water exposure, moisture, and harsh outdoor operating environments, making them suitable for transportation, renewable energy, mining, and industrial automation systems.
Additional information
| DC Output Voltage | 12V, 15V, 19V, 24V, 36V, 48V, 5V, 9V |
|---|
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