Voltage Regulator Input Verification with NICE-POWER R-SPS1005 DC Power Source 0-100V 0-5A 500W

$199.00
$199.00
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InputVoltage: AC220V(±10%)
Model: R-SPS1005
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Voltage Regulator Input Verification with NICE-POWER R-SPS1005 DC Power Source 0-100V 0-5A 500W

Voltage Regulator Input Verification with NICE-POWER R-SPS1005 DC Power Source 0-100V 0-5A 500W

$199.00

Voltage Regulator Input Verification with NICE-POWER R-SPS1005 DC Power Source 0-100V 0-5A 500W

$199.00
InputVoltage: AC220V(±10%)
Model: R-SPS1005

Download English Manual (PDF)

Click the link above to get the full user guide for this product.

Voltage Regulator Input Verification with

NICE-POWER R-SPS1005 DC Power Source 0-100V

0-5A 500W

A voltage regulator needs a suitable input source before its output performance can be evaluated. The NICE-POWER R-SPS1005 DC Power Source provides an adjustable 0–100V DC output, up to 5A, and 500W rated power for compatible regulator circuits and power conversion prototypes. Engineers can set the input voltage required by their test setup, apply power to the circuit, and observe the source readings while using external instruments to check the regulator's output response.

Key Features

Adjustable Input Conditions for Regulator Evaluation

Use the 0–100V adjustable DC output to supply a voltage regulator circuit at a selected input level within the circuit's rated range. This is useful when preparing different input conditions for development work, provided the regulator's maximum input voltage and other component limits are respected.

500W DC Source for Power Circuit Prototypes

The R-SPS1005 provides up to 100V and 5A, with a rated output power of 500W. It can supply compatible voltage regulator boards, DC power circuits, and laboratory prototypes that fall within these limits. The selected voltage and current must suit the circuit under test; the supply does not increase its output beyond its rated capacity.

Observe Source Voltage, Current, and Power

The four-digit display shows output voltage and current, with a separate power readout. These values help users understand the electrical conditions supplied to the regulator during an experiment. To determine whether the regulator maintains its specified output, measure the regulator's output terminals with a suitable multimeter or other test instrument.

CV/CC Operation for Controlled DC Supply

Constant-voltage and constant-current operation allows the R-SPS1005 to respond to the connected circuit and the selected settings. Choose an appropriate voltage and current limit before powering the regulator board. These operating modes control the power supply's output behavior; they do not automatically test the regulator or report a pass/fail result.

Direct Output Adjustment for Bench Experiments

The front-panel encoder knob supports manual setting changes, while the output ON/OFF control allows the DC output to be enabled or disabled. This is useful when preparing the input source, powering a prototype, and safely turning off the output before changing circuit connections.

Front and Rear Connections for Different Test Setups

Front and rear output terminals allow the power supply to fit different bench arrangements. The series documentation specifies front-panel use below 5A and rear-panel use for full-power output. Select the terminals and wiring suitable for the expected current, and follow the product manual when connecting the regulator circuit.

Applications

Linear Regulator Dropout and Input Range Experiments

Provide a suitable DC input to a linear regulator and measure its output as part of an input-range experiment. The R-SPS1005 supplies the adjustable input; a separate measuring instrument is needed to determine the regulator's output voltage and assess its behavior near the limits specified by the circuit design.

Switching Regulator Input Testing

Power a compatible switching regulator prototype from an adjustable DC source. Set the input voltage within the design limits and observe the supply readings during operation. Use an oscilloscope and appropriate probes to examine switching waveforms, output ripple, or transient behavior when these measurements are required.

DC-DC Converter Board Development

Supply DC input power to a DC-DC converter board that is compatible with the R-SPS1005's output range. This setup can support early-stage board bring-up and input-condition testing. Conversion efficiency and output regulation must be evaluated using suitable external measurements of input and output voltage and current.

Regulator Module Troubleshooting

When a regulator board does not behave as expected, use the R-SPS1005 to provide a defined DC input while checking the circuit with external instruments. Monitoring the source readings helps establish the input conditions during troubleshooting, but identifying the fault requires measurements at the relevant circuit nodes.

Power Supply Design and Laboratory Education

Use the adjustable DC source in experiments involving voltage regulation, power conversion, and input-voltage variation. Students and engineers can change the supplied input within safe operating limits and measure how the connected circuit responds, without relying on the power supply to perform circuit analysis.

Quality Check and Terms of Service:

  • Package Includes: DC Power Supply × 1, Output Power Cord × 1, Input Power Cord × 1, User Manual × 1, Warranty Card × 1.

  • Certifications: Has passed CE & FCC Certification.

  • Quality Inspection: All DC power supplies and accessories are inspected before shipment to ensure good quality.

  • Customer Support: Contact us with any questions, and we'll respond within 24 hours.

Technical Specifications

Parameter Specification
Model R-SPS1005
Product Type Regulated DC Power Supply
Intended Application Voltage Regulator Input Verification
Rated Output Voltage 0–100V
Rated Output Current 0–5A
Rated Output Power 500W
Load Regulation — Voltage ≤0.1% + 10mV
Load Regulation — Current ≤0.1% + 2.5mA
Line Regulation — Voltage ≤0.01% + 2.5mV
Line Regulation — Current ≤0.1% + 2.5mA
Voltage Setting Resolution 10mV
Current Setting Resolution 10mA
Voltage Readback Resolution 10mV
Current Readback Resolution 10mA
Voltage Setting Accuracy ≤0.05% + 10mV
Current Setting Accuracy ≤0.01% + 10mA
Voltage Readback Accuracy ≤0.05% + 10mV
Current Readback Accuracy ≤0.01% + 10mA
Voltage Ripple (20Hz–20MHz) ≤200mVp-p / ≤20mVrms
Current Ripple (20Hz–20MHz) ≤20mArms
Rise Time — No Load ≤150ms
Rise Time — Full Load ≤200ms
Fall Time — No Load ≤15s
Fall Time — Full Load ≤50ms
Dynamic Response ≤20ms
Efficiency ≥85%
Operating Temperature 0°C–40°C
Product Dimensions Approx. 26.5 × 18.5 × 8cm
Net Weight Approx. 2.8kg
Package Dimensions 38 × 24.5 × 12.5cm
Package Weight Series chart lists 3 / 3.3 / 3.5kg by model and configuration; confirm the exact model package weight before publishing

Why Choose NICE-POWER R-SPS1005 for Voltage Regulator Input Verification?

For regulator development, the input source needs to provide a suitable DC voltage and make its output conditions visible to the person conducting the test. The NICE-POWER R-SPS1005 offers a 0–100V adjustable range, 5A maximum output current, and 500W rated power, making it a practical bench source for compatible regulator and power-conversion prototypes.

Use it to establish the DC input conditions, then evaluate the regulator's actual output with the appropriate measuring equipment. This division of roles keeps the test setup clear: the R-SPS1005 supplies DC power, while external instruments verify output regulation, ripple, and dynamic performance.

Model Configuration Note: R-SPS1005 is the standard manual-adjustment model. R-SPS1005-R is the programmable version. Confirm the R-SPS1005-R's supported programming functions and interface configuration separately. USB, RS232, and RS485 interfaces are optional configurations, not standard features on every unit.

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Shenzhen Kuaiqu Electronic Co., Ltd. was founded in 2014 and is located in Shenzhen City, Guangdong Province. It is a scientific and technological enterprise integrating,production and sales. Specializing in the production of DC stabilized power supply, variable frequency power supply, switching power supply, program-controlled power supply and other 100 kinds of measuring teaching instruments and industrial special equipment.

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FAQs

Still confused about our DC regulated power supplies after checking the FAQs? Please contact our customer service, we are ready to solve all your problems.

Use overlay text to give your customers insight into your brand. Select image and text that relates to your style and story.

Our customer service can walk you through all settings. You can also watch full operation tutorials on our YouTube channel, including OVP, OCP, memory storage function and other operation guides. Our official blog also has lots of technical articles for reference.

Partial KUAIQU power supplies support program control with USB, RS232, RS485 interfaces, based on Modbus protocol. Remote control can be realized via our self-developed PC software. If you need this function and confirm interface configuration of a model, email us: kuaiquinstrument@163.com..

The banana plug adopts cross-slot design. Pry the metal slot slightly open with a screwdriver to make the plug clamp terminals tighter and safer..

All KUAIQU DC power supplies support basic battery charging. For dedicated long-term charging, our patented battery-charging model with independent BATTERY key and full charging protection is highly recommended.

A certain amount of ripple is normal for all switching DC power supplies. Ripple is a small residual AC component superimposed on the DC output and is an inherent characteristic of switching power supply technology. The typical ripple voltage of our power supplies ranges from approximately 100 mV to 300 mV, which is suitable for most general-purpose testing, maintenance, and electronic applications.

A: Minor fluctuations in the last displayed digit are normal and are typically caused by temperature drift within the electronic components. As ambient and internal temperatures change, small variations in the readings may occur. This falls within normal industry tolerances and does not affect the power supply's suitability for everyday electronics work, home repairs, DIY projects, or general testing. For applications requiring extremely high precision and ultra-stable output, a linear DC regulated power supply may be more appropriate.

This is normal and does not indicate a malfunction. The internal capacitors continue to hold a small amount of stored energy after the power is switched off. As the capacitors discharge, the display will gradually turn off, typically within 5–8 seconds.

In CV mode, the power supply maintains a fixed output voltage while the current varies according to the load. In CC mode, the power supply limits the output current to a preset value, automatically reducing voltage if necessary. CC mode is especially useful for battery charging, LED testing, and protecting electronic components.

This is normal behavior. The power supply contains internal filter capacitors that store electrical energy. When the output voltage is reduced, these capacitors require a few seconds to discharge, causing the displayed voltage to decrease more gradually than when increasing the voltage. Q: Why does t

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FAQs

If you have any other questions or technical doubts about our DC power supplies, please feel free to contact us anytime. Our professional support team will reply to you as soon as possible.

Output ripple refers to small residual AC fluctuations present in the DC output. Lower ripple levels provide cleaner power, which is important when testing sensitive electronics, RF circuits, audio equipment, and precision instruments.

Yes, all DC regulated power supplies manufactured by KUAIQU support battery charging. However, if you mainly intend to charge batteries, I would highly recommend our patented DC power supply specially designed for battery charging. It comes with an exclusive dedicated BATTERY function key, and built-in specialized charging protection functions to safeguard your batteries during the whole charging process..

This is normal behavior. The power supply contains internal filter capacitors that store electrical energy. When the output voltage is reduced, these capacitors require a few seconds to discharge, causing the displayed voltage to decrease more gradually than when increasing the voltage..

This is normal and does not indicate a malfunction. The internal capacitors continue to hold a small amount of stored energy after the power is switched off. As the capacitors discharge, the display will gradually turn off, typically within 5–8 seconds..

This is a common operation issue for adjustable DC power supplies. Please follow the steps below to solve the voltage adjustment failure: Turn the current adjustment knob clockwise moderately to set the unit to constant voltage (C.V) mode; After confirming the power supply enters CV mode, turn the voltage adjustment knob clockwise, then you can freely adjust the output voltage value..

It is recommended to pre-adjust the voltage to around 5V before operation. This step prevents spark generation when connecting short-circuited loads, which effectively avoids safety accidents and other hidden electrical hazards..

A: Our banana plug adopts cross-slot design. If the plug becomes loose, use a screwdriver to slightly pry open the metal slot, which can make the plug clamp tighter and connect more safely..

Some models of our KUAIQU DC regulated power supplies support programmable control. They are equipped with USB, RS232 or RS485 communication interfaces and adopt the Modbus protocol. You can realize remote control easily by using our self-developed PC software. If you need programmable control but are unsure whether a specific model comes with your required communication interface, please feel free to contact us via email: kuaiquinstrument@163.com.

If you have any confusion about using OVP, OCP and other built-in functions, our professional customer support staff will provide targeted guidance for you. We also upload complete step-by-step tutorial videos on our official YouTube channel. Apart from OVP and OCP over-protection setup, the videos demonstrate memory storage function and all common operation skills. You can visit our channel via https://www.youtube.com/ In addition, our official blog contains a large number of popular science and technical articles about DC power supplies, you can search and browse related content to solve your problems.

In CV mode, the power supply maintains a fixed output voltage while the current varies according to the load. In CC mode, the power supply limits the output current to a preset value, automatically reducing voltage if necessary. CC mode is especially useful for battery charging, LED testing, and protecting electronic components.