KUAIQU SPPS2001D Regulated Power

Source 0-200V 0-1A 200W for

Semiconductor Application Testing

The KUAIQU SPPS2001D is a 0–200V 0–1A 200W Regulated Power Source designed for Semiconductor Application Testing, electronic circuit evaluation, component verification, and laboratory bench testing. Its adjustable DC output allows engineers and technicians to establish different supply voltage conditions for compatible semiconductor-related circuits and electronic assemblies while monitoring voltage, current, and power directly from the full-color LCD.

For semiconductor application testing, repeatable and controlled supply conditions are important when evaluating how a circuit responds to different input voltages and operating conditions. The SPPS2001D combines precision encoder adjustment, four-digit voltage and current display, power display, M1-M4 four-group memory, output switch control, and panel lock functionality to provide practical front-panel control for repeated bench testing.

Key Features

0–200V Adjustable DC Output for Semiconductor Application Testing

The SPPS2001D provides an adjustable DC output from 0 to 200V, with output current up to 1A and maximum output power of 200W. This wide voltage range allows users to establish different DC supply conditions when testing compatible semiconductor applications and related electronic circuits within the rated output limits.

During semiconductor application testing, engineers can adjust the supplied voltage according to the requirements of the circuit under test and observe changes in current and power. This makes the Regulated Power Source useful for controlled bench evaluation where different DC input conditions need to be applied to a semiconductor-based circuit.

Full-Color LCD with Four-Digit Electrical Readback

The full-color LCD provides four-digit voltage and current display together with power display, giving users direct information about the DC output condition during testing.

When evaluating semiconductor applications, monitoring the applied voltage and current can help users observe changes in circuit consumption as the supply condition changes. The power display provides an additional reference for checking the overall output condition while keeping the test setup within the 200W rated power capability.

Precision Encoder Adjustment

The precision encoder provides controlled adjustment of the output settings, which is useful when Semiconductor Application Testing requires multiple voltage conditions or gradual changes to the supplied DC voltage.

Users can adjust the output with the encoder while observing the voltage and current readings on the LCD. This provides a practical method for checking circuit behavior at different supply levels and for making consistent front-panel adjustments during repeated laboratory tests.

M1-M4 Four-Group Memory Function

The SPPS2001D includes M1-M4 four-group memory functionality for storing frequently used power supply settings. This feature can simplify semiconductor application testing when the same test procedure requires several commonly used output conditions.

For repeated evaluation of semiconductor-related circuits, users can save frequently used settings in the available memory groups and recall them when needed. This can reduce repeated manual adjustment and make multi-condition testing more convenient.

Output Switch and Panel Lock

The output switch button allows users to control the DC output directly from the front panel. The desired output condition can be prepared before enabling the output, which is useful when connecting or changing a test circuit.

The panel lock button helps prevent unintended changes to the front-panel settings during operation. Once the required test condition has been established, panel locking can help maintain the selected settings during repeated semiconductor application tests.

Built-In Output Protection

The SPPS2001D provides built-in output protection to support operation when powering compatible semiconductor-related circuits and electronic assemblies during bench testing.

Protection can be useful during circuit evaluation, particularly when testing prototypes or newly assembled circuits whose operating behavior is still being verified. Users should select appropriate voltage and current settings and ensure the connected semiconductor application remains within the power supply's rated 200V, 1A, and 200W output capability.

Applications

Semiconductor Circuit Evaluation

The SPPS2001D can provide adjustable DC power for evaluating semiconductor-based circuits under different supply voltage conditions. Engineers can adjust the output voltage and observe the corresponding voltage, current, and power readings while checking the circuit's operating response.

This makes the Regulated Power Source suitable for laboratory and engineering bench work involving compatible semiconductor applications and electronic circuits.

Semiconductor Application Testing

For Semiconductor Application Testing, the ability to establish different DC voltage conditions can be useful when evaluating how a semiconductor-related circuit performs under different supplied voltage levels.

The precision encoder allows controlled output adjustment, while the LCD provides direct electrical readback. Together, these functions support practical bench testing where engineers need to compare circuit behavior across multiple supply conditions.

Component and Circuit Verification

The SPPS2001D can be used as a controlled DC source when verifying compatible semiconductor components and electronic circuit assemblies. Users can apply an appropriate DC supply level and monitor the resulting current and power during the test.

The M1-M4 memory function can be useful when verification procedures involve several frequently repeated supply settings, helping users switch between established test conditions more conveniently.

Semiconductor-Based Electronic Prototype Testing

The adjustable 0–200V output allows the SPPS2001D to supply compatible semiconductor-based electronic prototypes within its 1A current and 200W power limits.

During prototype testing, users can adjust the supply voltage, observe electrical readback, control the output using the front-panel switch, and use the panel lock to reduce unintended setting changes. This combination makes the unit practical for laboratory development and bench-level verification.

Quality Check and Terms of Service:

Each KUAIQU SPPS2001D is inspected before shipment and supplied with the standard accessories used for the SPPSD Storage Series. The package and quality assurance information remain consistent across different application scenarios, while the product functions and applications described above are focused specifically on Semiconductor Application Testing.

Package Includes:

• 1 × SPPS2001D DC Power Supply

• 1 × Output Power Cord

• 1 × Input Power Cord

• 1 × User Manual

• 1 × Warranty Card

Quality Assurance:

• CE & FCC Certification

• All DC Power Supplies and accessories are inspected before shipment

• Customer support within 24 hours

Technical Specifications

Why Choose KUAIQU SPPS2001D?

The KUAIQU SPPS2001D combines a 0–200V adjustable DC output, 0–1A current range, and 200W maximum output power with practical functions for Semiconductor Application Testing. The full-color LCD provides four-digit voltage and current readings together with power display, allowing engineers to observe the DC output condition directly during circuit and application testing.

The precision encoder supports controlled output adjustment, while the M1-M4 four-group memory function provides convenient access to frequently used test settings. The output switch provides direct control of the DC output, and the panel lock helps reduce unintended front-panel adjustments during testing.

With its wide adjustable voltage range, clear electrical readback, memory function, and compact bench-top design, the SPPS2001D is a practical Regulated Power Source for semiconductor-related circuit evaluation, application testing, component verification, and electronic prototype testing within its rated 200V, 1A, and 200W output capability.