Hksva028v20

The HKVSA028V20 operates by shifting the internal spool via a solenoid signal. In a 5/2 configuration:

From 0% to 100% of the rated sensing range, the output deviates less than 0.5%. This is superior to typical hall sensors (which often run at ±1.5%). The V20 revision appears to have improved temperature compensation, holding linearity even after 30 minutes of thermal soak at 85°C.

Example: If this were a car part, it might describe an updated version of a component (e.g., a sensor, relay, or control unit). hksva028v20

  • Software/Firmware Version

  • Custom/Internal Code

    • Used as a non-contact current sensor for feedback in servo drives. Its fast response allows for real-time torque control.

    While the exact datasheet for hksva028v20 is not always publicly listed in standard libraries (DigiKey, Mouser, etc.), cross-referencing with similar "SVA" series components yields the following probable specifications: The HKVSA028V20 operates by shifting the internal spool

    | Parameter | Value | Notes | | :--- | :--- | :--- | | Supply Voltage | 12V to 20V DC (Rated 20V) | Requires regulated supply | | Output Type | Analog Voltage (0-10V) | Linear response | | Quiescent Current | < 15 mA | Low power consumption | | Response Time | ≤ 3 µs | High-speed sensing | | Operating Temp | -40°C to +105°C | Industrial grade | | Protection Class | IP54 (PCB level) | Not waterproof without housing | | Linearity Error | ±0.5% FS | High accuracy | | Mounting | Through-hole (SIP-4) | 4-pin single in-line package |

    How does it stack up against similar components? Software/Firmware Version

    | Component | Supply | Output | Response | Best For | | :--- | :--- | :--- | :--- | :--- | | hksva028v20 | 20V | 0-10V | 3 µs | Industrial PLCs, 24V systems | | Allegro ACS712 | 5V | 2.5V ± 1.85V | 5 µs | Arduino, 5V logic | | LEM LA 25-NP | ±15V | ±4V | < 1 µs | High-end grid monitoring | | Honeywell SS495A | 5V | 2.5V ± 1V | 3 µs | General position sensing |

    Verdict: The hksva028v20 occupies a sweet spot—higher voltage than consumer sensors, lower cost than precision LEM units.