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HM-Z Small current range / PCB-mounting type
Dimensions
Characteristics charts
Feature
- Rated current: 300mA, 600mA
- Optimum for direct current leakage detection application for power conditioning systems etc.
- Minute direct electric current detectable by electric wire penetration
- Small offset drift
Power conditioning systems, Inverters, Servo drivers
DataSheet
Standard catalog
Ta=25℃
| Output type | Voltage output type | |
|---|---|---|
| Type | HM-Z003V12PP5 | HM-Z006V1486PP5 |
| Rated current [If] | ±300mA | ±600mA |
| Continuously flowing DC current | ±500mA | ±850mA |
| Saturation current [Is] | ±520mA | ±870mA |
| Linearity limits | 0~±500mA | 0~±850mA |
| Internal reference voltage [Vref] (I=0) | +2.5V±5mV | |
| External reference input voltage [Vref] | 1.5～4V | |
| Rated output RL>500kΩ [Vh] (I=If, output-Vref) | V0±1.2V±1.6% | V0±1.4856V±1% |
| Residual output [V0] (I=0, output-Vref) | Within ±96mV | Within ±60mV |
| Output linearity | Within ±1% | |
| Response time | Within 50μs (at di/dt=If/μs) | Within 30μs (at di/dt=If/μs) |
| Response performance | Within 10% | |
| Hysteresis voltage range | Within 10mV | |
| Output Temp. Coef. | Within ±0.04%/℃ | Within ±0.01%/℃ |
| Residual output Temp. Coef. | Within ±1.425mV/℃ | Within ±1.3mV/℃ |
| Internal reference voltage Temp. Coef. | Within ±0.125mV/℃ | |
| Control power supply | +5V±5% | |
| Consumption current | 25mA+(Input current/1000) | |
| Degauss mode | Operates when control power is turned on or at the time of recovery from external Vref input 0.8V or less. | |
| Operating Temp. | -40℃～+105℃ | |
| Storage Temp. | -40℃～+105℃ | |
| Dielectric withstand voltage | 3500V AC 50/60Hz 1minute | |
| Insulation resistance | Not less than 500MΩ 500V DC | |
- Note1）
- The indicated residual output is the one after the core hysteresis is removed.
- Note2）
- Energization time of continuous live DC current x150% shall be within 1 minute.
- Note3）
- In this specification, accuracy was determined with reference to the reference voltage (Vref).
- Note4）
- For the reference voltage, there are 2 types of modes of internal reference output and external reference input.
