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IDEALPLUSING 10-36V to 24V 3A 5A 72W 120W Wide Input Voltage Regulator Stabilized DC Converter for Wide Input Voltage Range
Product Description
10-36V to 24V 3A 5A 72W 120W Wide Input Voltage Regulator Stabilized DC Converter
Product Overview & Features
A DC/DC converter is a voltage converter which can effectively output fixed voltage after converting input voltage. These converters are essential for stabilizing power in various electronic systems. They are categorized into Boost, Boost & Buck, and Buck types, adopting PWM or PFM control based on demand.
PWM control provides high efficiency with low noise, while PFM control excels in low power consumption for long-term use under small loads. Currently, these converters are widely used in mobile devices, digital cameras, and portable media players.
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Customizable Solutions
Research and development focused on DC to DC modules, rectifiers, and inverters. Personalized, efficient, and reliable solutions for all industries.
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Wide Voltage Range
Specializing in custom ranges from 1V to 1000V DC and 1A to 1000A current outputs.
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Flexible Design
Options available for both isolated and non-isolated converter designs to suit specific safety and performance requirements.
Technical Specifications
| Parameter | Details |
|---|---|
| Type | Non-isolate |
| Model | IPS-DTD10-36S243 |
| Input Voltage | 10-36VDC |
| Output Voltage | 24VDC |
| Output Current | 3Amps |
| Output Power | 72Watts |
| Shell Material | Aluminum |
| Size | 66*57*22MM |
| Net Weight | 130G |
| Waterproof Level | IP67 |
Model List & Selection
| NON-ISOLATED SERIES | |||
|---|---|---|---|
| Type | Model/Series | Input to Output | Output Current Options |
| DC-DC Boost | IPS-DTD12S15** | 12V to 15V | 1/2/3/4/5/8/10/12/15A |
| IPS-DTD12S24** | 12V to 24V | Up to 50A | |
| IPS-DTD12S48** | 12V to 48V | 1 to 20A | |
| IPS-DTD24S48** | 24V to 48V | 2 to 40A | |
| DC-DC Buck | IPS-DTD1224S5** | 12/24V to 5V | Up to 60A |
| IPS-DTD24S12** | 24V to 12V | Up to 100A | |
| IPS-DTD48S24** | 48V to 24V | 1 to 50A | |
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Product Application & Protection
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Standard Protection: Includes output overcurrent, short-circuit, input undervoltage, and chip overheating protection.
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High Reliability: Small aluminum casing designs are high-temperature resistant and suitable for outdoor high-demand applications.
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Inductive Loads: For motors or coils, it is recommended to use a power supply 3-5 times the rated power of the load.
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Isolated Advantage: Strongly recommended for carrying precious loads to prevent high input voltage from passing to the output.
Detailed Product Display
Frequently Asked Questions (FAQ)
Q1: What is the main difference between PWM and PFM control in these converters?
PWM control offers high efficiency and excellent noise/ripple suppression. PFM control is advantageous for low power consumption during long-term use, especially under light load conditions.
Q2: Can I use a non-isolated buck converter for sensitive equipment?
While possible, it is not recommended for precious loads. In a non-isolated converter, a failure could cause high input voltage to pass directly to the output. Isolated converters are recommended for maximum safety.
Q3: What precautions should be taken for inductive loads like motors?
For inductive loads (motors, magnetic valves, speakers), we recommend using a power supply that is 3-5 times the rated power of the load to handle start-up surges.
Q4: Does the converter have built-in protection against short circuits?
Most buck-boost and step-down models include standard short-circuit and overcurrent protection. However, step-up models may require external fuses at the input end to prevent damage during a short circuit.
Q5: Is the aluminum casing suitable for outdoor use?
Yes, the gold-colored small aluminum casing is specifically designed to be high-temperature resistant and highly reliable for outdoor and industrial applications. Many models also feature IP67 waterproofing.
Q6: Can isolated power supplies support negative voltage?
Yes, isolated power supplies can support negative voltage input, and the output can be configured for either positive or negative voltage. Ensure the 0V line is connected to the red wire and the negative line to the black wire.
