Passive Components

The ZA Series of transient voltage surge suppressors are radial leaded varistors (MOVs) designed for use in the protection of low and medium-voltage circuits and systems.

The ZA Series of transient voltage surge suppressors are radial leaded varistors (MOVs) designed for use in the protection of low and medium-voltage circuits and systems.

TS2 and TS6 series are time delay relays for AC and DC voltages respectively, with 1A steady state and 10A inrush current, ±2% repeat accuracy, encapsulated circuitry for cost-sensitive applications.

The T10 series on-delay timer is a solid-state electronic device that provides accurate and reliable timing for control circuits up to 460 V ac.

The SP5002 Series is a highly integrated Common Mode Filter providing both ESD protection and EMI common mode noise filtering for high-speed differential serial interfaces such as MIPI D-PHY.

SMD030 Raychem Circuit Protection PolySwitch® Overcurrent Protection Device

Littelfuse setP™ temperature indicator for USB Type-C plugs to prevent overheating, designed for USB Power Delivery.

The SE-330 is an advanced ground-fault and neutral-grounding-resistor monitoring relay that is compliant with Rule10-302 of the 2018 Canadian Electrical Code Part I (CE Code).

The SE-330 is an advanced ground-fault and neutral-grounding-resistor monitoring relay that is compliant with Rule10-302 of the 2018 Canadian Electrical Code Part I (CE Code). It measures neutral current, neutral-to-ground voltage, and neutral-to-ground resistance.

Littelfuse LL-41 “MELF” style glass encapsulated surface mount thermistors are manufactured using super stable NTC chips which are hermetically sealed in a glass package. The result is a device which exhibits excellent long-term reliability and stability even when subjected to severe environmental or thermal conditions.

The Littelfuse LPWI Series provides voltage stabilization in a compact design. With its low losses, high efficiency, high durability, and excellent temperature saturation characteristics, the LPWI Series is ideal for small battery operated applications.

The Littelfuse LPWI Series provides voltage stabilization in a compact design.

The Littelfuse LPWI Series provides voltage stabilization in a compact design. With its low losses, high efficiency, high durability, and excellent temperature saturation characteristics, the LPWI Series is ideal for small battery operated applications.

The Littelfuse LPWI Series provides voltage stabilization in a compact design. With its low losses, high efficiency, high durability, and excellent temperature saturation characteristics, the LPWI Series is ideal for small battery operated applications.

The Littelfuse LPWI Series provides voltage stabilization in a compact design with low losses, high efficiency, and high durability.

The Littelfuse LPWI Series provides voltage stabilization in a compact design. With its low losses, high efficiency, high durability, and excellent temperature saturation characteristics, the LPWI Series is ideal for small battery operated applications.

The Littelfuse LPWI Series provides voltage stabilization in a compact design. With its low losses, high efficiency, high durability, and excellent temperature saturation characteristics, the LPWI Series is ideal for small battery operated applications.

Common Mode Noise Filter with ESD Protection for high speed differential serial interfaces such as USB 3.1, USB 2.0, MIPI D-PHY or HDMI, and RGB line, LVDS line.

Common Mode Noise Filter with ESD Protection for high speed differential serial interfaces such as USB 3.1, USB 2.0, MIPI D-PHY or HDMI, and RGB line, LVDS line.

Common Mode Noise Filter (CMF) and ESD Protection for high speed differential serial interfaces, such as USB 3.1, USB 3.0, MIPI D-PHY or HDMI.

LCFA Series cover the engineering requirements of Common Mode Noise Filter (CMF) for high speed differential serial interfaces, such as USB 3.1, USB 2.0, MIPI D-PHY/HDMI and RGB line, and LVDS line. This AEC-Q200 qualified common mode noise filter will help to choke and attenuate the noise of the growing number of electronic applications in modern vehicles.

LCFA Series cover the engineering requirements of Common Mode Noise Filter (CMF) for high speed differential serial interfaces, such as USB 3.1, USB 2.0, MIPI D-PHY/HDMI and RGB line, and LVDS line. This AEC-Q200 qualified common mode noise filter will help to choke and attenuate the noise of the growing number of electronic applications in modern vehicles.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

The HCK Series capacitors are used in single phase motor applications when there is a need for improved torque and efficiency. These run capacitors provide a phase shift to the secondary winding of the motor thereby increasing the torque and power factor.

HCK Series motor run capacitors for single phase motor applications, providing improved torque and efficiency by phase shifting the secondary winding.