Current Sensor

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HC-PDL Small-sized, small current range / PCB-mounting type

CERoHS compliant
HC-PDL

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Dimensions

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Characteristics

Feature

  • Rated current: 6A–50A
  • Downsizing and high precision realized with adoption of dedicated ASIC
  • Superior noise-resistance
  • Small temperature drift as a result of built-in temperature correction circuit

Applications

Inverters, Servo drivers, Power supply equipment, Uninterruptible power supply (UPS), Welders, Photovoltaic generation

Specificaion

Type HC-PDL06V08PP5B HC-PDL10V08PP5B HC-PDL20V08PP5B HC-PDL30V08PP5B HC-PDL50V08PP5B
Rated current [If] ±6A ±10A ±20A ±30A ±50A
Continuously flowing DC current ±20A ±60A
Saturation current [Is] ±15.6A ±26A ±52A ±78A ±115A
Linearity limits 0~±13.8A 0~±23A 0~±46A 0~±69A 0~±100A
Turns 3 1
Reference voltage output [Vref] (I=0) +2.5V±15mV
Rated output [Vh] RL>500kΩ (I=±If, Output-Vref) V0±0.8V±1.5%
Residual output [V0] (I=0, Output-Vref) Within ±37mV Within ±32mV Within ±37mV Within ±32mV
Output linearity Within ±0.5%
Response time Within 5μs (at di/dt=If/μs)
Response performance Within 10%
Hysteresis voltage range Within 15mV
Output Temp. Coef. Within ±0.04%/℃
Residual output Temp. Coef. Within ±0.3mV/℃ Within ±0.2mV/℃ Within ±0.3mV/℃ Within ±0.2mV/℃
Reference voltage output Temp. Coef. Within ±0.03%/℃
Control power supply [Vcc] +5V±5%
Consumption current Within 15mA
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)Output (Vout) specifications include 100Ω output resistance and 2mA maximum output current. Reference voltage output (Vref) specifications include 1kΩ output resistance and 2mA maximum output current.

Note3)In this specification, accuracy was determined with reference to the reference voltage (Vref). Please note that reference voltage error and reference voltage temperature characteristics are added when the reference voltage is not used.