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Non-Isolated 9-36V to 19V 5A 12A 95W 228W DC to DC Converter Voltage Stabilizer for Low Noise Operation
Product Description
Non-Isolated 9-36V to 19V DC to DC Converter
DC/DC converter is a voltage converter which can effectively output fixed voltage after converting input voltage. DC/DC converters are divided into three categories: Boost type, boost & buck type, and buck type. Three kinds of control can be adopted according to the demand. PWM control type has high efficiency and good output voltage ripple and noise. PFM control type has the advantage of low power consumption even if it is used for a long time, especially under small load. PFM control is implemented when PWM/PFM converts to small load, and it is automatically converted to PWM control when heavy load occurs.
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High Customization
We specialize in customizing DC-DC converters from 1V to 1000V DC and 1A to 1000A to meet specific requirements.
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Reliable Solutions
Providing isolated and non-isolated options for personalized, efficient, and cost-effective power supply solutions.
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Wide Application
Widely used in mobile phones, digital cameras, media players, and industrial chopper circuits.
Product Specifications
| Parameter | Details |
|---|---|
| Type | Non-isolated |
| Model | IPS-DTD9-36S195 |
| Input Voltage | 9-36VDC |
| Output Voltage | 19VDC |
| Output Current | 5Amps |
| Output Power | 95Watts |
| Shell Material | Aluminum |
| Converter Size | 74*74*32MM |
| Net Weight | 300G |
| Waterproof Level | IP67 |
Model Selection Guide
| Category | Input Range | Output Voltage | Current Options |
|---|---|---|---|
| Boost Converter | 12V / 24V | 15V - 56V | 1A to 50A |
| Buck Converter | 12V - 96V | 5V - 36V | 1A to 100A |
| Boost & Buck | 8V - 40V | 12V - 19V | 1A to 25A |
| Battery Chargers | 10V - 36V | 12.6V - 43.8V | 1A to 60A |
| High Power Isolate | 12V - 700V | 12V - 1000V | Up to 8000W Peak |
Product Showcase
Industrial & High Power Series
Technical Application Guidelines
1
All buck-boost products include standard overcurrent, short-circuit, undervoltage, and overheating protection (generally around 90°C).
2
For inductive loads (motors, magnetic valves), it is recommended to use a power supply 3-5 times the rated power of the load.
3
Isolated products prevent high input voltage from passing to the output, making them the safest for precious loads.
4
Non-isolated buck converters carry a risk: if the circuit fails, high input voltage may burn the output load.
5
The negative poles (ground) of isolated products must not be shared to maintain the isolation effect.
Manufacturing & Details
Frequently Asked Questions
Q1: What is the difference between PWM and PFM control in DC converters?
PWM (Pulse Width Modulation) provides high efficiency and low noise under heavy loads, while PFM (Pulse Frequency Modulation) offers lower power consumption during long-term operation under small loads. Our converters automatically switch between these modes based on the load.
Q2: Can I request a customized voltage or current range?
Yes, we specialize in customizing DC-DC converters to meet specific needs, with ranges spanning from 1V to 1000V DC and currents from 1A to 1000A.
Q3: Why should I choose an isolated converter for my equipment?
Isolated converters provide a safety barrier that prevents high input voltage from passing directly to the output end in case of a component failure, protecting sensitive and precious electronic equipment.
Q4: What precautions should be taken for motor applications?
For inductive loads like motors, coils, or speakers, it is recommended to choose a converter with a rated power 3 to 5 times higher than the load's rated power to handle the initial surge current.
Q5: Are these DC-DC converters waterproof for outdoor use?
Many of our models, including the 9-36V to 19V series, feature IP67 waterproof ratings and aluminum shells, making them highly reliable for outdoor and high-demand industrial applications.
Q6: Do boost series converters have short-circuit protection?
Due to circuit architecture, standard step-up (boost) series may not have built-in short-circuit protection. We strongly recommend adding appropriate fuses at the input end to prevent damage during a short-circuit event.
