INTRODUCE
A DC/DC high voltage input power supply is a device that converts a high voltage DC power supply into a DC power supply of a different voltage level. They are widely used in a variety of applications
FEATURES
lUltra-small size, save space
lInput and output isolation
lUniversal input voltage: 85-264VAC/100-370VDC
lOutput overcurrent protection, short circuit protection
lThis series of products are widely used in industry, power, instrumentation, communication, smart home and other fields
SPECIFICATIONS
Project | Condition | Minimum | Typical Value | Maximum |
Output voltage accuracy | / | ±5% | / | |
Linear regulation rate | Full load | / | ±3% | / |
Load regulation rate | 10%-100% load | / | ±5% | / |
Output ripple noise* | 20MHz bandwidth (peak-to-peak) | / | 100mV | / |
Short circuit protection | Can be short-circuited for a long time, self-recovery | |||
Output overcurrent protection | ≥110%Io, self-recovery | |||
Minimum load | 0 | / | / | |
Power-off hold time | / | 20ms | / | |
Operating temperature | -25℃ | / | +70℃ | |
Storage temperature | -40℃ | / | +105℃ | |
Storage humidity | / | / | 95%RH | |
Switching frequency | / | 40kHz | / | |
Insulation voltage | Input to output, test 60s, ≤5mA
| 3000VAC | / | / |
MTBF |
MIL-HDBK-217F@25℃ | 215000h | / | / |
Note: *Ripple and noise are tested using the parallel line test method (the oscilloscope probe is close to the test, and a 10μF high-frequency low-resistance electrolytic capacitor and a 0.1μF ceramic capacitor are connected in parallel at the test point). | ||||
MODEL LIST
Model | Input voltage range | Output Power | Rated output voltage( V ) | Rated output current( mA ) | Size (Length * Width * Height) |
IPS05-T2S05 |
85-264VAC/100-370VDC
| 5W | 5VDC | 1000mA | 39.5*26.0*22.0 mm |
IPS05-T2S12 | 12VDC | 420mA | |||
IPS05-T2S24 | 24VDC | 210mA | |||
IPS05-T2S05-S | 5VDC | 1000mA | |||
IPS05-T2S12-S | 12VDC | 420mA | |||
IPS05-T2S24-S | 24VDC | 210mA | |||
Remark: The “ S ” suffix indicates a safety version . " suffix is the normal version. | |||||
