MYAMI Variable DC Lab Bench Programmable Switching Power Supply 0 30V 0 30A adjustable AC TO DC Power Supply with Auto test
- Category: >>>
- Supplier: Guangzhou Myami Electronic Technology Co. Ltd.Guangzhou Ltd.
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Product Overview
Description
Why did you choose us?
1. As long as you purchase our product, we will provide you with lifelong service!
2. The product warranty period is 1 year!
3. If the product unfortunately encounters problems, please contact us as soon as possible. We will provide free remote support testing and provide corresponding components for replacement!
4. Lifelong maintenance, free components provided, you only need to pay a small amount of shipping costs!
2. The product warranty period is 1 year!
3. If the product unfortunately encounters problems, please contact us as soon as possible. We will provide free remote support testing and provide corresponding components for replacement!
4. Lifelong maintenance, free components provided, you only need to pay a small amount of shipping costs!
Feature:
(1) RS485/USB/RS232 serial port is standard(3 Choose 1);
(2) SENSE serial port is standard;
(3) MUDBUS communication protocol;
(1) RS485/USB/RS232 serial port is standard(3 Choose 1);
(2) SENSE serial port is standard;
(3) MUDBUS communication protocol;
(4) The set value and the actual value are displayed in the same frame and can be compared；
(5) The maximum timing is 11 days；
(6) Single timing up to 12 hours；
(5) The maximum timing is 11 days；
(6) Single timing up to 12 hours；
Specification
Rated DC output (0℃~ 40℃) | ||
Voltage | 0-30V | |
Current | 0-30A | |
Voltage stability | ≤2% | |
Current stability | ≤0.5% | |
Load stability | ≤0.5% | |
Ripple & noise | ≤1% | |
Display resolution | ||
Voltage resolution | 10mV | |
Current resolution | 10mA | |
Power resolution | 1mW | |
Load resistance | 1mR | |
Operating environment | ||
Elevation | ≤2000m | |
Relative humidity | ＜80% | |
Environment temperature | 5℃~ 40℃ | |
Storage environment | ||
Environment temperature | -20~ 80℃ | |
Relative humidity | ≤80% | |
Power input | ||
Input | AC110V/220V±10%,50/60Hz | |
Size | ||
Fuselage size | 330(D)×250(W)×155(H)mm | |
Package size | 430(D)×330(W)×250(H)mm | |
Weight | 6Kg | |
Voltage | Model | Voltage | Current | Power | Display | Accuracy |
15V | MY-K1560PE | 0-15V | 0-60A | 900W | 4 LED | ≤±(0.2%+0.05V) |
MY-K15100PE | 0-15V | 0-100A | 1500W | 4 LED | ≤±(0.2%+0.05V) | |
20V | MY-K2050PE | 0-20V | 0-50A | 1000W | 4 LED | ≤±(0.2%+0.05V) |
30V | MY-K3020PE | 0-30V | 0-20A | 600W | 4 LED | ≤±(0.2%+0.05V) |
MY-K3030PE | 0-30V | 0-30A | 900W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K3050PE | 0-30V | 0-50A | 1500W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K3060PE | 0-30V | 0-60A | 1800W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K3080PE | 0-30V | 0-80A | 2400W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K30100PE | 0-30V | 0-100A | 3000W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K30150PE | 0-30V | 0-150A | 4500W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K30200PE | 0-30V | 0-200A | 6000W | 4 LED | ≤±(0.2%+0.05V) | |
50V | MY-K5020PE | 0-50V | 0-20A | 1000W | 4 LED | ≤±(0.2%+0.05V) |
MY-K5030PE | 0-50V | 0-30A | 1500W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K5050PE | 0-50V | 0-50A | 2500W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K5060PE | 0-50V | 0-60A | 3000W | 4 LED | ≤±(0.2%+0.05V) | |
60V | MY-K6010PE | 0-60V | 0-10A | 600W | 4 LED | ≤±(0.2%+0.05V) |
MY-K6015PE | 0-60V | 0-15A | 900W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K6020PE | 0-60V | 0-20A | 1200W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K6030PE | 0-60V | 0-30A | 1800W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K6050PE | 0-60V | 0-50A | 3000W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K6060PE | 0-60V | 0-60A | 3600W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K60100PE | 0-60V | 0-100A | 6000W | 4 LED | ≤±(0.2%+0.05V) | |
80V | MY-K8030PE | 0-80V | 0-30A | 2400W | 4 LED | ≤±(0.2%+0.05V) |
100V | MY-K10005PE | 0-100V | 0-5A | 500W | 4 LED | ≤±(0.2%+0.05V) |
MY-K10010PE | 0-100V | 0-10A | 1000W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K10020PE | 0-100V | 0-20A | 2000W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K10030PE | 0-100V | 0-30A | 3000W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K10060PE | 0-100V | 0-60A | 6000W | 4 LED | ≤±(0.2%+0.05V) | |
120V | MY-K12010PE | 0-120V | 0-10A | 1200W | 4 LED | ≤±(0.2%+0.05V) |
MY-K12020PE | 0-120V | 0-20A | 2400W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K12030PE | 0-120V | 0-30A | 3600W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K12050PE | 0-120V | 0-50A | 6000W | 4 LED | ≤±(0.2%+0.05V) | |
150V | MY-K15005PE | 0-150V | 0-5A | 750W | 4 LED | ≤±(0.2%+0.05V) |
MY-K15010PE | 0-150V | 0-10A | 1500W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K15030PE | 0-150V | 0-30A | 4500W | 4 LED | ≤±(0.2%+0.05V) | |
200V | MY-K20002PE | 0-200V | 0-2A | 400W | 4 LED | ≤±(0.2%+0.05V) |
MY-K20003PE | 0-200V | 0-3A | 600W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K20005PE | 0-200V | 0-5A | 1000W | 4 LED | ≤±(0.2%+0.05V) | |
220V | MY-K22010PE | 0-220V | 0-10A | 2200W | 4 LED | ≤±(0.2%+0.05V) |
MY-K22020PE | 0-220V | 0-20A | 4400W | 4 LED | ≤±(0.2%+0.05V) | |
300V | MY-K30002PE | 0-300V | 0-2A | 600W | 4 LED | ≤±(0.2%+0.05V) |
MY-K30003PE | 0-300V | 0-3A | 900W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K30005PE | 0-300V | 0-5A | 1500W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K30010PE | 0-300V | 0-10A | 3000W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K30020PE | 0-300V | 0-20A | 6000W | 4 LED | ≤±(0.2%+0.05V) | |
400V | MY-K40002PE | 0-400V | 0-2A | 800W | 4 LED | ≤±(0.2%+0.05V) |
MY-K40003PE | 0-400V | 0-3A | 1200W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K40005PE | 0-400V | 0-5A | 2000W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K40010PE | 0-400V | 0-10A | 4000W | 4 LED | ≤±(0.2%+0.05V) | |
500V | MY-K50002PE | 0-500V | 0-2A | 1000W | 4 LED | ≤±(0.2%+0.05V) |
MY-K50003PE | 0-500V | 0-3A | 1500W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K50005PE | 0-500V | 0-5A | 2500W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K50006PE | 0-500V | 0-6A | 3000W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K50010PE | 0-500V | 0-10A | 5000W | 4 LED | ≤±(0.2%+0.05V) | |
600V | MY-K60002PE | 0-600V | 0-2A | 1200W | 4 LED | ≤±(0.2%+0.05V) |
MY-K60003PE | 0-600V | 0-3A | 1800W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K60005PE | 0-600V | 0-5A | 3000W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K60010PE | 0-600V | 0-10A | 6000W | 4 LED | ≤±(0.2%+0.05V) | |
800V | MY-K80001PE | 0-800V | 0-1A | 800W | 4 LED | ≤±(0.2%+0.05V) |
MY-K80002PE | 0-800V | 0-2A | 1600W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K80003PE | 0-800V | 0-3A | 2400W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K80005PE | 0-800V | 0-5A | 4000W | 4 LED | ≤±(0.2%+0.05V) | |
MY-K80006PE | 0-800V | 0-6A | 4800W | 4 LED | ≤±(0.2%+0.05V) |
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FAQ
Q1: What Is A Variable DC Power Supply?
Re: It is a power source with an output voltage that the user can vary. MYAMI variable DC power supplies allow you to change the voltage and the current to the 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 and ensures that the 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 connect to the DC power supply panel. Engineers can set voltages or current levels to power the device for testing purposes.
Q4: What Is A Bench DC Power Supply?
Re:A bench DC power supply is designed to sit on an engineer’s bench. It will typically have a large, legible display and a user interface so engineers can easily control all aspects of the power supply from the front panel. Users can also control modern bench power supplies via software. In addition, the output terminals are easily accessible from the front.
Bench power supplies are handy tools for testing circuits, as they allow you to adjust the voltage on the fly. If you have a
project that needs a specific voltage or haven’t designed the power section yet, a bench power supply can be a lifesaver.
Q5: 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 has higher efficiency, reduced weight, and smaller size. Linear power supplies can achieve lower noise, but modern switching supplies have minimized or eliminated this advantage.
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 and ensures that the 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 connect to the DC power supply panel. Engineers can set voltages or current levels to power the device for testing purposes.
Q4: What Is A Bench DC Power Supply?
Re:A bench DC power supply is designed to sit on an engineer’s bench. It will typically have a large, legible display and a user interface so engineers can easily control all aspects of the power supply from the front panel. Users can also control modern bench power supplies via software. In addition, the output terminals are easily accessible from the front.
Bench power supplies are handy tools for testing circuits, as they allow you to adjust the voltage on the fly. If you have a
project that needs a specific voltage or haven’t designed the power section yet, a bench power supply can be a lifesaver.
Q5: 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 has higher efficiency, reduced weight, and smaller size. Linear power supplies can achieve lower noise, but modern switching supplies have minimized or eliminated this advantage.
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