HITANO

Capacitors, resistors, varistors and passive components

 

About the manufacturer

Hitano Enterprise Corp. is a Taiwanese supplier of a broad range of passive components and selected electronic devices. The brand is known for aluminium electrolytic, ceramic, film and tantalum capacitors alongside resistors, inductors, thermistors and circuit-protection parts. This varied portfolio helps designers source components for power and control circuits.

Hitano capacitors support filtering, ripple smoothing, signal coupling and local energy storage. The broader offering also covers PPTC resettable fuses, MOV varistors, protection diodes, ferrite beads and magnetic components. These technologies behave differently with temperature, frequency and applied bias, making the component type as important as its nominal value.

A matching capacitance or resistance is only the start of selection. Electrolytic capacitors require ESR, ripple-current and lifetime checks; MLCCs need DC-bias assessment; inductors call for saturation-current and core-loss evaluation. Package geometry, lead spacing and temperature range must also suit the final assembly.

 

Applications

Products and technologies from this manufacturer are relevant to the following applications:

  • power supplies and switch-mode converters.
  • PCB supply decoupling.
  • EMC and EMI filtering.
  • appliances and consumer electronics.
  • automation and control.
  • transient-protection circuits.

HITANO products available from Maritex

Hitano parts relevant to the Maritex range include SMD and through-hole passive-component families. Individual variants should be selected from complete datasheets and the electrical requirements of the circuit.

Available product groups include:

  • electrolytic and ceramic capacitors.
  • resistors and thermistors.
  • inductors, chokes and ferrite beads.
  • varistors and protection devices.

Critical checks include value and tolerance, rated voltage, thermal loading, package dimensions, mounting technology and frequency-dependent behaviour.

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