935133427710

935133427710 Datasheet

Part	Datasheet
935133427710	935133427710 (pdf)

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XTSC427.xxx - 1206 Extreme Temperature Silicon Capacitor Key features Ultra High temperature up to 250°C Temperature Coeff <2% -55 °C to +250 °C Voltage %/V Negligible capacitance loss through aging Unique high capacitance in EIA/1206 package size, up to 1 µF High reliability FIT parts / billion hours Low leakage current down to 100 pA Low ESL and Low ESR Suitable for lead free reflow-soldering Please refer to our assembly Application Note for further recommendations Thanks to the unique IPDiA Silicon capacitor technology, most of the problems encountered in demanding applications can be solved. EXtreme Temperature Silicon Capacitors are appropriate for applications used in extreme operating temperature range up to 250°C . XTSC industry leading performances offer a 1µF in 1206 package with a TC<1,5% over the full -55°C/+250°C temperature range. This technology also offers a negligible ageing and a stable insulation resistance, even at very high temperature, as well as a stable capacitor value over the full operating. Key applications 250°C requirements, high temperature applications, such as military, aerospace, automotive and downhole industries High reliability applications Replacement of X8R and C0G dielectrics Decoupling / Filtering / Charge pump i.e. pressure sensor, motor management Downsizing The IPDiA technology features a capacitor integration capability up to which allows a capacitance value similar to X8R dielectric, but with better electrical performances than C0G/NP0 dielectrics. This technology also offers high reliability, up to 10 times better than alternative capacitor technologies, such as Tantalum or MLCC, and eliminates cracking phenomena. This Silicon based technology is RoHS compliant and compatible with lead free reflow soldering process. XTSC427.xxx Unit Capacitance change % ESL nH Electrical specification 10 10nF 1 nF 100nF 10 nF 1µF 0,1 µF 1 µF 15 Contact IPDIA Sales Contact IPDIA Sales Capacitance value 22 Contact IPDIA Sales Contact IPDIA Sales 33 Contact IPDIA Sales Contact IPDIA Sales 47 Contact IPDIA Sales Contact IPDIA Sales 68 Contact IPDIA Sales Contact IPDIA Sales Thinner thickness as low as 100 µm thick available, see Low Profile Silicon Capacitor product LPSC Other values on request. Parameters Capacitance range Capacitance tolerances Operating temperature range Storage temperatures Temperature coefficient Breakdown voltage BV Capacitance variation versus RVDC Equivalent Serial Inductor ESL Equivalent Serial Resistor ESR Insulation resistance Ageing Reliability Capacitor height Value 10 nF to 1µF ±15 % -55 °C to 250 °C - 70 °C to 265 °C %, from -55 °C to +250 °C 11 VDC % /V from 0 V to RVDC Max 1nH Max min 3V,25°C min 3V,250°C Negligible, < % / 1000 h FIT<0.017 parts / billion hours, Max 400 µm * Fig.1 Capacitance change versus temperature variation compared with alternative dielectrics DC Voltage stability MLCC capacitors vs. PICS 10 PICS -30 X7R -100 Bias voltage V Fig.2 Capacitance change versus voltage variation compared with alternative dielectrics

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XTSC427.xxx - 1206 Extreme Temperature Silicon Capacitor

Key features

Ultra High temperature up to 250°C Temperature Coeff <2% -55 °C to +250 °C Voltage %/V Negligible capacitance loss through aging

Unique high capacitance in EIA/1206 package size, up to 1 µF

High reliability FIT parts / billion hours Low leakage current down to 100 pA Low ESL and Low ESR Suitable for lead free reflow-soldering *Please refer
to our assembly Application Note for further recommendations

Thanks to the unique IPDiA Silicon capacitor technology, most of the problems encountered in demanding applications can be solved. EXtreme Temperature Silicon Capacitors are appropriate for applications used in extreme operating temperature range up to 250°C . XTSC industry leading performances offer a 1µF in 1206 package with a TC<1,5% over the full -55°C/+250°C temperature range. This technology also offers a negligible ageing and a stable insulation resistance, even at very high temperature, as well as a stable capacitor value over the full operating.

Key applications
250°C requirements, high temperature applications, such as military, aerospace, automotive and downhole industries

High reliability applications Replacement of X8R and C0G dielectrics Decoupling / Filtering / Charge pump
i.e. pressure sensor, motor management Downsizing

The IPDiA technology features a capacitor integration capability up to which allows a capacitance value similar to X8R dielectric, but with better electrical performances than C0G/NP0 dielectrics. This technology also offers high reliability, up to 10 times better than alternative capacitor technologies, such as Tantalum or MLCC, and eliminates cracking phenomena. This Silicon based technology is RoHS compliant and compatible with lead free reflow soldering process.

XTSC427.xxx

Unit

Capacitance change %

ESL nH

Electrical specification
10 10nF 1 nF 100nF 10 nF 1µF 0,1 µF
1 µF
15 Contact IPDIA Sales Contact IPDIA Sales

Capacitance value
22 Contact IPDIA Sales Contact IPDIA Sales
33 Contact IPDIA Sales Contact IPDIA Sales
47 Contact IPDIA Sales Contact IPDIA Sales
68 Contact IPDIA Sales Contact IPDIA Sales
* Thinner thickness as low as 100 µm thick available, see Low Profile Silicon Capacitor product LPSC
** Other values on request.

Parameters

Capacitance range Capacitance tolerances Operating temperature range Storage temperatures Temperature coefficient Breakdown voltage BV Capacitance variation versus RVDC Equivalent Serial Inductor ESL Equivalent Serial Resistor ESR

Insulation resistance

Ageing Reliability Capacitor height

Value 10 nF to 1µF ** ±15 % ** -55 °C to 250 °C - 70 °C to 265 °C %, from -55 °C to +250 °C 11 VDC **
% /V from 0 V to RVDC

Max 1nH Max min 3V,25°C min 3V,250°C Negligible, < % / 1000 h FIT<0.017 parts / billion hours, Max 400 µm *

Fig.1 Capacitance change versus temperature variation compared with alternative dielectrics

DC Voltage stability MLCC capacitors vs. PICS
10 PICS
-30 X7R
-100

Bias voltage V

Fig.2 Capacitance change versus voltage variation compared with alternative dielectrics

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Datasheet ID: 935133427710 639266