Questions for Your Customer
| Bench or system | ➤ Are you using it on the bench or in a system rack? |
| System Power Supplies | System power supplies are designed to occupy the least amount of rack space. Output connections are on the rear and not exposed to an operator. The display is optimized to provide the system status. System power supplies are typically controlled remotely via a computer program. |
| Bench Power Supplies | Bench power supplies typically provide < 800 W of output power. They have large displays, quiet operation and multiple outputs. Bench power supplies are ideally easy-to-use and user-friendly. Single output power supplies can be used together to provide the necessary voltages. |
| Voltage, current, power | ➤ How much power does your DUT require? |
| System Power Supplies |
Determine maximum voltage (V), maximum current (I), maximum power (W) for the system power supply. For changing test requirements, a modular mainframe allows channels to be added or changed. A power supply with autoranging or multiple ranges provides additional voltage and current combinations. Most ATE supplies can be paralleled to achieve higher power. The RP5900 series has built in parallel control capability while the N6700 series has built in series and parallel control capability to source higher power.
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| Bench Power Supplies |
Determine maximum voltage (V), maximum current (I), maximum power (W) for the power supply. Some bench power supplies will offer more than a single range for a particular output. This is useful for a changing test environment. In addition, the E36300 series has a built-in series and parallel connection capability to source higher power.
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| Number of outputs | ➤ How many devices/circuits need to be powered at the same time? |
| System Power Supplies | A system test often requires multiple power sources to the device under test. Under this circumstance, it is beneficial to choose a system power supply with multiple and configurable outputs such as the N6700 series of modular power supplies. |
| Bench Power Supplies | A bench test will often require multiple power sources to the device under test. Bench power supplies such as the E36300 series offer three outputs in a single unit. Having multiple outputs in a single unit will minimize the amount of programming and synchronization work required. |
System Power Supplies Remote Programmable
| N5700 Series | DP5700 Series | N6700 Modular Series | N8700 Series | RP5900 Series | N8900 Series |
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| 24 Models 1 Output 750 W, 1.5 kW |
40 Models
1 Output
1.5 kW in 1U ½ rack or
3.4 kW in full rack
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35 Models 1-4 Outputs per mainframe 50/100/300/500 W (per output) |
21 Models 1 Output 3.3/5 kW |
12 Models
1 Output
2 kW, 4 kW, 6 kW & 12 kW
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28 Models 1 Output 5/10/15 kW |
| Key Features | |||||
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| Data Sheet: 5989-1330EN | Data Sheet: 3125-1393EN | Data Sheet: 5992-1857EN | Data Sheet: 5990-3881EN | Data Sheet: 3125-1369EN | Data Sheet: 5991-2818EN |
Bench Power Supplies
| E36100 Series | EDU36311A | E36150 Series | E36441A | E36200 Series | E36300 Series | E3630 Series | E3640 Series |
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| 5 Models/1 Output 30/40 W |
1 Model/3 Outputs 90 W |
2 Models/1 Output 800 W |
1 Model/4 Outputs
400 W
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4 Models/1 and 2 Outputs 200/400 W |
3 Models/3 Outputs 80/160 W |
4 Models/1 to 3 Outputs 80/120/200 W |
10 Models/1 and 2 Outputs 30/50/60/80/100 W |
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| Data Sheet: 5992-0914EN | Data Sheet: 3121-1003 | Data Sheet: 3122-1798EN | Data Sheet: 3125-1240EN | Data Sheet: 5992-3747EN | Data Sheet: 5992-2124EN | Data Sheet: 5968-9726EN | Data Sheet: 5968-7355EN |