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    Power line EMI filter on a copper ground-plane fixture connected to a vector network analyzer with a toroidal balun

    How to Measure Filter Performance: Insertion Loss, VNA Fixtures and CM/DM Separation

    Assorted EMI and RF filter components: common mode choke, ferrite beads, feedthrough filter, X2 capacitor, cavity filter, ceramic coaxial resonators, thin-film filter and SAW/BAW packages

    Passive Filter Technologies Compared: LC, Ferrite, Feedthrough, Ceramic, Cavity, Microstrip, SAW and BAW

    Illustration of a thin-film capacitor stack with TiN electrodes and an ultrathin hafnium zirconium oxide ferroelectric layer on silicon

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    Cut-open lithium-ion capacitor pouch cell showing stacked carbon electrodes and separators, with vials of carbon powder

    Lithium-Ion Capacitor Review Backs Hard Carbon//AC Pairing

    Rack power shelf in an AI data center with film DC-link capacitors, a supercapacitor bank and a converter board

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    Schematic of a titanium nitride thin-film inductor within a CMOS poly-resistor stack beside its integrated resonator circuit.

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    Close-up of reddish-brown metallic rocks illustrating TTI MarketEYE’s connector raw material cost analysis

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    YAGEO PMT6397 push-pull transformer with a segmented toroidal winding and surface-mount terminals

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    Power line EMI filter on a copper ground-plane fixture connected to a vector network analyzer with a toroidal balun

    How to Measure Filter Performance: Insertion Loss, VNA Fixtures and CM/DM Separation

    Assorted EMI and RF filter components: common mode choke, ferrite beads, feedthrough filter, X2 capacitor, cavity filter, ceramic coaxial resonators, thin-film filter and SAW/BAW packages

    Passive Filter Technologies Compared: LC, Ferrite, Feedthrough, Ceramic, Cavity, Microstrip, SAW and BAW

    Illustration of a thin-film capacitor stack with TiN electrodes and an ultrathin hafnium zirconium oxide ferroelectric layer on silicon

    Sub-Volt Ferroelectric HZO Capacitor Pairs Speed and Endurance

    Cut-open lithium-ion capacitor pouch cell showing stacked carbon electrodes and separators, with vials of carbon powder

    Lithium-Ion Capacitor Review Backs Hard Carbon//AC Pairing

    Rack power shelf in an AI data center with film DC-link capacitors, a supercapacitor bank and a converter board

    800 VDC AI Data Centers Reshape Capacitor Demand for 2027

    Schematic of a titanium nitride thin-film inductor within a CMOS poly-resistor stack beside its integrated resonator circuit.

    TiN Superinductors Bring Compact Cryogenic Inductance to CMOS

    Close-up of reddish-brown metallic rocks illustrating TTI MarketEYE’s connector raw material cost analysis

    Connector Raw Material Costs Rise 20.9% in Q2 2026

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Vishay Unveils SMD 1200V PTC Thermistors in Compact Size

23.10.2025
Reading Time: 2 mins read
A A

Vishay Intertechnology releases SMD inrush current limiting PTC Thermistors that increases Board-Level Efficiency and Lower Costs.

Vishay Intertechnology, Inc. introduced a new series of insulated, surface-mount inrush current limiting positive temperature coefficient (PTC) thermistors.

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Designed to increase board-level efficiency and lower costs in automotive and industrial applications, Vishay BCcomponents PTCES series devices combine maximum energy handling to 340 J with high maximum voltages of 1200 VDC in a compact package.

Compared to competing devices, the PTC thermistors released today offer up to 260 % higher energy handling capabilities, allowing designers to utilize fewer components in their circuits to save board space and lower overall costs.

In addition, the PTCES series offers 20 % higher maximum voltages than competing devices to meet the requirements of a broader range of designs.

The thermistors provide current limitation and overload protection in AC/DC and DC/DC converters; DC-Link, energy dump, and emergency discharge circuits; on-board chargers (OBC) and battery charging equipment; and motor drives. For these applications, the self-protecting devices withstand > 100 000 inrush power cycles and are AEC-Q200 qualified for shock and vibration, eliminating the need for reinforced mounting adhesives.

The PTCES series barium titanate thermistors consist of a solder-connected homogenous ceramic PTC encapsulated in a UL 94 V-0 compliant, self-extinguishing, washable plastic housing with insulation up to 3 kVAC. Offering a low profile of 9.6 mm, the RoHS-compliant, halogen-free devices can be automatically mounted by pick and place equipment to reduce placement costs.

SeriesPTCES
R25 (W)60 to 1000
R25 tolerance (%)30
Max. AC voltage (VRMS)350 to 800
Max. DC voltage (VDC)500 to 1200
Maximum energy (J) @ 25 °C240, 340
Heat capacity (J/K)2.4, 2.6
Operating temperature (°C)-40 to +105

Samples and production quantities of the PTCES series thermistors are available now, with lead times of 10 weeks.

Related

Source: Vishay

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