型号：HMP HMP2020 HMP2030 名称：HMP2000 电源
型 号：HMP HMP2020 HMP2030名 称：HMP2000 电源产品简介：The R&S®HMP DC Power supplies are primarily designed for industrial use With two or three output channels and up to 10 A output current, these rugged instruments are ideal for a wide variety of applications They offer high efficiency with low residual r
详细信息：
2 or 3 channels with max. 188 W total output power
Maximum output voltage of 32V per channel
Maximum output power per channel: 80 W; except R&S®HMP2020 (CH1: 160W)
Maximum output current per channel: 5 A; except R&S®HMP2020 (CH1: 10 A)
Electronic fuse (OCP), adjustable maximum voltage (OVP), overtemperature protection (OTP)
Electrical specifications | |
Number of output channels | 2/3 |
Total output power | max. 188 W |
Maximum output power per channel | 80 W; except R&S®HMP2020, CH1: 160 W |
Output voltage per channel | 0 V to 32 V |
Maximum output current per channel | 5 A; except R&S®HMP2020, CH1: 10 A |
Voltage ripple and noise (20 Hz to 20 MHz) | < 1.5 mV (RMS) (meas.) |
Current ripple and noise (20 Hz to 20 MHz) | < 1 mA (RMS) (meas.) |
Load recovery time*1) | < 1 ms (meas.) |
Programming/readback resolution | Voltage1 mV |
Current< 1 A: 0.1 mA (10 A CH: 0.2 mA); ≥ 1 A: 1 mA | |
Readback accuracy (± (% of output + offset)) | Voltage< 0.05% + 5 mV |
Current< 0.1% + 2 mA | |
Special functions | |
Measurement functions | voltage, current |
Protection functions | OVP, OCP, OTP |
FuseLink function | ● |
Fuse delay at power-up | ● |
Sense function | ● |
Sink mode | – |
Output sequencing | – |
Trigger input/output | – |
Arbitrary function | ● (EasyArb) |
Analog/modulation interface | – |
Data logging | – |
Display and interfaces | |
Display | 240 × 64 pixel LCD |
Rear panel connections | connector block with 4 lines per channel |
Remote control interfaces | standard: USB, LAN; optional: IEEE-488 (GPIB), RS-232 |
General data | |
Dimensions (W × H × D) | 285 × 93 × 405 mm |
Weight | 7.8 kg/8.0 kg |
Rack installation | R&S®HZ42 option |
*1) 10% to 90% load change within a band of ± 20 mV of set voltage. | |
