High-Speed, High-Precision Linear Programmable DC Power Supply with DVM Function and RS232/RS485/USB
The MY-L8003TK-6B is a new high-speed and high-precision linear programmable DC power supply, featuring a power output of 240W, adjustable voltage range from 0-80V, adjustable current range from 0-3A, and configurable testing times (0.01-9999.99s). It is designed to perform efficiently across multiple professional scenarios:
New Energy: Solar cells, power batteries, and electric autonomous vehicles.
Electronic Components: Testing fuses, connectors, relays, and sensors.
Automation Systems: Complete integration testing for advanced machinery.
Semiconductor Testing: High-precision semiconductor device testing.
This high-speed, high-precision programmable bench linear DC power supply is adjustable for lab environments and supports multiple outputs, including 20V, 30V, 36V, 50V, 60V, and 80V, with current settings ranging from 1A up to 10A.
- 4.3-inch true color LCD screen.
- Linear design with high-speed and high-precision outputs (1ms/0.1mV/0.01mA).
- High precision, high stability, low ripple, and low noise levels.
- 1/2 2U ultra-small volume, featuring front and rear panel outputs and sampling terminals.
- Built-in voltage test (DVM) and resistance test (5 1/2 digital milliohmmeter).
- Timed output capability: Adjustable from 0.01s to 999.99s.
- Constant Current (CC) and Constant Voltage (CV) modes.
- List mode support for automated testing sequences.
- Integrates up to 8 temperature testing modules (supporting K, T, J, N, E, S, R, and B thermocouples).
- Comprehensive system protections including overvoltage, overcurrent, overpower, and overheating.
Model List
| Model |
Voltage |
Current |
Power |
| MY-L2005TK-6B |
0-20V |
0-5A |
100W |
| MY-L2010TK-6B |
0-20V |
0-10A |
200W |
| MY-L3603TK-6B |
0-36V |
0-3A |
108W |
| MY-L3606TK-6B |
0-36V |
0-6A |
216W |
| MY-L801.5TK-6B |
80V |
0-1.5A |
120W |
| MY-L8003TK-6B |
0-80V |
0-3A |
240W |
Product Details
Product Parameters
| Model / Specifications |
MY-L2005TK-6B |
MY-L2010TK-6B |
MY-L3603TK-6B |
MY-L3606TK-6B |
MY-L801.5TK-6B |
MY-L8003TK-6B |
| Rated Output |
Voltage |
0-20V |
0-20V |
0-36V |
0-36V |
0-80V |
0-80V |
| Current |
0-5A |
0-10A |
0-3A |
0-6A |
0-1.5A |
0-3A |
| Power |
100W |
200W |
108W |
216W |
120W |
240W |
| Load Regulation |
Voltage |
≤0.01%+2mV |
| Current |
≤0.05%+1.5mA |
| Power Regulation |
Voltage |
≤0.01%+1mV |
| Current |
≤0.05%+1mA |
| Programming Resolution |
Voltage |
1mV |
| Current |
0.1mA |
| Read Back Resolution |
Voltage |
0.1mV |
| Current |
0.01mA |
Transient Response (50%-100% Load)
Time to recover to within 75mV |
<200us |
| Rise Time (10% - 90%) |
<20ms |
| Descent Time (90% - 10%) |
<200ms |
<200ms |
<250ms |
<250ms |
<150ms |
<150ms |
| DVM (DC) |
Display Value Accuracy |
±0.05%+10mV |
| Display Resolution |
1mV |
| Timer |
0.1-99999.9s |
| Trigger Output |
20 sets of trigger outputs. 1000 steps per group, 1000 sets of memory settings |
Who We Are
Frequently Asked Questions (FAQ)
Q1: What Is A Variable DC Power Supply?
Re: It is a power source with an output voltage that the user can vary. These variable DC power supplies allow you to change the voltage and the current supplied to the Device Under Test (DUT).
Q2: Why Is A DC Power Source Needed?
Re: A DC power source provides a constant biasing voltage or current to electrical devices, components, or circuits, ensuring that the Device Under Test (DUT) operates as expected.
Q3: How Do You Use A DC Power Source?
Re: A DC power source connects to a DUT via leads that attach to the DC power supply panel. Engineers can configure output voltage or current levels to power the device for testing.
Q4: How Does A DC Power Source Work?
Re: A DC power source converts alternating current (AC) power into DC power using either a linear or switching methodology. A switching power supply provides higher efficiency, reduced weight, and smaller size. Linear power supplies are designed to achieve lower noise and high precision.
Q5: What Is A Bench DC Power Supply?
Re: A bench DC power supply is designed to sit on an engineer’s workbench. It typically features a large, legible display and a user interface so engineers can control all parameters directly from the front panel. Users can also control modern bench power supplies via software. Additionally, the output terminals are located on the front panel for easy access.
Q6: What system protection settings are built into this power supply?
Re: This series of programmable bench linear DC power supplies includes multiple integrated protection modes, such as overvoltage protection, overcurrent protection, overpower protection, and overheating protection to keep testing operations safe.
Myami Power
