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The mobile power bank testing system is specialized in testing mobile power banks and power banks, with fast speed
Advantages of automatic power supply testing equipment:
1,It is easy to operate, convenient to maintain, highly accurate and very durable. It is suitable for various power supply products, such as power supplies, switching power supplies, PC power supplies, LED power supplies, driver power supplies, adapters, mobile phone chargers, car charging piles, electric vehicle chargers and other power supply tests.
2, The automatic power supply testing equipment is fully functional, has excellent performance, stable testing and high efficiency. As a power supply testing automation device with high technological content in the current power supply industry.
3,Open hardware platform, allowing for the addition or reduction of various test devices (including devices with interfaces such as GPIB,RS-232,USB, etc.) according to customer requirements; The automatic power supply testing equipment supports simultaneous testing of multiple single-group or multi-group output power supplies, significantly enhancing the production capacity of the production line.
4,Open software platform, the power automatic testing equipment can be expanded with various new testing items and functions according to the customer's testing requirements. The automatic power supply testing equipment supports the simultaneous multi-channel barcode pre-scanning function and also supports the barcode scanning function while testing, which improves the overall testing speed.
Features of the Top-Smart 1100 Power Testing System:
Open:
Universal:
High-Speed:
Test Items of the Power Testing System Top-Smart 1100:
Test items | Test items |
DC output voltage | Input voltage ramp |
DC output current | Input freq. ramp |
Peak-Peak noise | Tracking |
Transient response time | Short circuit test |
Transient spike | Short circuit current |
Voltage regulation | OV protection |
Current regulation | UV protection |
Turn ON time | OL protection |
Rise time | OP protection |
Fall time | In-test adjustment |
Hold-up time | AC cycle drop out |
Inrush current test | PLD simulation |
Power good signal | GPIB read/write |
Power fail signal | 232 read/write |
P/S ON signal | USB read/write |
Power up sequence | TTL signal control |
Power off sequence | Relay control |
Effciency | Bar code scan |
Input RMS current | Dynamic test |
Input power | DC Current under C.V.Mode |
Input power factor | DC : specification under C.P.Mode |