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TCH Series

Capacitors
|
Ceramic Capacitors
|
High Temperature
High temperature
  • Up to 250°C
  • 1000h life time under working conditions
  • Up to 10kV
  • Capacitance
10pF ~ 15µF
  • Tolerance
±1%, ±2%, ±5%, ±10%, ±20%
  • Mounting
Radial
  • Operating Temp
-55°C ~ 250°C
  • RoHS
ROHS, Non ROHS
  • Voltage Rated DC
200V ~ 10kV
Download Datasheet (07-2024)
Send A Request

Typical applications : 

  • Downhole tools
  • Breaking Systems
  • Motor control

 

The below Part Numbers reflect our high runners only. 
Please contact us if you can't find your specifications.

PN
Capacitance
Voltage Rated AC
Tolerance
Mounting
Operating Temp
RoHS
Voltage Rated DC
Case size
TCH279 - - - - F 100nF +/-10% 200 V - - 100000pF - ±10% Radial - Non ROHS 200V -
TCH279 - - - - - 0.1µF +/-10% 200 V - - 100000pF - ±10% Radial - Non ROHS 200V -
TCH279 - - - - - 3.3nF +/-20%500 V - - 3300pF - ±20% Radial - Non ROHS 500V -
TCH279 - - - - F 3.3nF +/-20% 500 V - - 3300pF - ±20% Radial - Non ROHS 500V -
TCH281 - - - - - 150nF +/-10% 200 V - - 150000pF - ±10% Radial - Non ROHS 200V -
TCH281 - - - - - 220nF +/-20% 200 V - - 220000pF - ±20% Radial - Non ROHS 200V -
TCH281 - - - - - 47nF +/-20% 500 V - - 47000pF - ±20% Radial - Non ROHS 500V -
TCH281 - - W - - 1nF +/-10% 3000 V - - 1000pF - ±10% Radial - ROHS 3V -
TCH281 - - - - - 1000pF +/-10% 3000 V - - 1000pF - ±10% Radial - Non ROHS 3V -
TCH281 - - - - - 1800pF +/-20% 3000 V - - 1800pF - ±20% Radial - Non ROHS 3V -
TCH282 - - - - - 47nF+/-10% 500 V - - 47000pF - ±10% Radial - Non ROHS 500V -
TCH282 - - W - - 47nF+/-10% 500 V - - 47000pF - ±10% Radial - ROHS 500V -
TCH282 - - - - - 1000pF +/-10% 3 kV - - 1000pF - ±10% Radial - Non ROHS 3V -
Compliance and certifications
certification
CECC
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Frequently Asked Questions

Find answers to the most frequently asked questions about our products and services.
High Temperature Capacitors

Exxelia has a long history providing high temperature capacitors to various industries. Several dielectrics, such as plastic (PTFE; PI; & PEI), reconstituted mica, aluminum electrolytic, tantalum and ceramic are used for manufacturing high temperature capacitors. Many are impregnated with solid thermo-setting resins such as epoxy, polyester or silicone.

These technologies provide very high stability of mechanical and electrical characteristics with temperature capabilities of -55°C to as high as +230°C, depending on the dielectric technology, and some do not require voltage de-rating. Rated voltages span from 30 VDC to as high as 60,000 VDC with capacitance ranges 100pF to 30µF.

High Temperature Ceramic Capacitors

High temperature ceramic capacitors and high temperature mica capacitors are often used in situations that require a higher voltage or a higher power than normal. Because of the ways in which they are built, they can offer low ESR and excellent inrush current and ripple capabilities that other types of capacitors cannot. The only downside is that they tend to be physically larger than other types of capacitors.

The automotive industry is another area where high temperature capacitors are required. The temperature conditions can vary dramatically depending on what area of a car you’re talking about. The brake systems, the engine and the transmission are often the most temperature intensive areas.

What is the operating temperature range?

The operating temperature range generally spans from –55°C to +125°C, suitable for a wide array of industrial, military, and aerospace applications.

Do I Need Highly Reliable, High Temp Capacitors?

The main goal of high temperature capacitors is to allow for stable performance of electrical equipment at high temperatures. They are also involved heavily in applications that require a high level of reliability. Though there are a wide variety of different capacitors and types of technologies that are available depending on the needs of the situation, only a few are available that can operate in a reliable way once temperatures become elevated. 

High temperature capacitors made out of materials like ceramic or tantalum are usually employed when an application begins to operate at a temperature near or above 350 degrees Fahrenheit.

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