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Resistor Pastes

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R-316-B

A ruthenium resistor with a value of 1,000,000 ohm/sq. (TCR +/- 100) This material is designed to fire on alumina at 850°C.

R-316-B Datasheet Add R-316-B to RFQ
R-314-B

A ruthenium resistor with a value of 10,000 ohm/sq. (TCR +/- 100) This material is designed to fire on alumina at 850°C.

R-314-B Datasheet Add R-314-B to RFQ
R-315-B

A ruthenium resistor with a value of 100,000 ohm/sq. (TCR +/- 100) This material is designed to fire on alumina at 850°C.

R-315-B Datasheet Add R-315-B to RFQ
R-313-A

A ruthenium resistor with a value of 1,000 ohm/sq. (TCR +/- 50) This material is designed to fire on alumina at 850°C.

R-313-A Datasheet Add R-313-A to RFQ
R-314-A

A ruthenium resistor with a value of 10,000 ohm/sq. (TCR +/- 50) This material is designed to fire on alumina at 850°C.

R-314-A Datasheet Add R-314-A to RFQ
33101

A silver palladium resistor designed for applications requiring a surge arrest. It has a value of 10 ohm (HTCR of 50ppm, CTCR of 100ppm) This material is designed for use on an alumina or aluminum nitride substrate and can be fired at 850°C.

33101 Datasheet Add 33101 to RFQ
3910-J

A cadmium free, ruthenium based resistor with a value of 1 ohm (TCR of 100ppm) that fires at 850°C.

3910-J Datasheet Add 3910-J to RFQ
3911-J

A cadmium free, ruthenium based resistor with a value of 10 ohm (TCR of 100ppm) that fires at 850°C.

3911-J Datasheet Add 3911-J to RFQ
3912-J

A cadmium free, ruthenium based resistor with a value of 100 ohm (TCR of 50ppm) that fires at 850°C.

3912-J Datasheet Add 3912-J to RFQ
R-312-A

A ruthenium resistor with a value of 100 ohm/sq. (TCR +/- 100) This material is designed to fire on alumina at 850°C.

R-312-A Datasheet Add R-312-A to RFQ
R-311-A

A ruthenium palladium resistor with a value of 10 ohm/sq. (TCR +/- 100) This material is designed to fire on alumina at 850°C.

R-311-A Datasheet Add R-311-A to RFQ
33100

A silver palladium resistor designed for applications requiring a surge arrest. It has a value of 1.0 ohm (HTCR of 50ppm, CTCR of 100ppm) This material is designed for use on an alumina or aluminum nitride substrate and can be fired at 850°C.

33100 Datasheet Add 33100 to RFQ
33050

A silver palladium resistor designed for applications requiring a surge arrest. It has a value of 0.50 ohm (HTCR of 50ppm, CTCR of 100ppm) This material is designed for use on an alumina or aluminum nitride substrate and can be fired at 850°C.

33050 Datasheet Add 33050 to RFQ
33020

A silver palladium resistor designed for applications requiring a surge arrest. It has a value of 0.20 ohm (HTCR of 50ppm, CTCR of 100ppm) This material is designed for use on an alumina or aluminum nitride substrate and can be fired at 850°C.

33020 Datasheet Add 33020 to RFQ
33010

A silver palladium resistor designed for applications requiring a surge arrest. It has a value of 0.10 ohm (HTCR of 50ppm, CTCR of 100ppm) This material is designed for use on an alumina or aluminum nitride substrate and can be fired at 850°C.

33010 Datasheet Add 33010 to RFQ
33005

A silver palladium resistor designed for applications requiring a surge arrest. It has a value of 0.05 ohm (HTCR of 200ppm, CTCR of 200ppm) This material is designed for use on an alumina or aluminum nitride substrate and can be fired at 850°C.

33005 Datasheet Add 33005 to RFQ
33002

A silver palladium resistor designed for applications requiring a surge arrest. It has a value of 0.02 ohm (HTCR of 400ppm, CTCR of 500ppm) This material is designed for use on an alumina or aluminum nitride substrate and can be fired at 850°C.

33002 Datasheet Add 33002 to RFQ
3113

A Ruthenium based resistor with a value of 1k ohm (TCR of 200ppm) This resistor is designed for use on porcelain enameled steel (PES) and glass. It can be fired between 600°C and 650°C.

3113 Datasheet Add 3113 to RFQ
3112

A Ruthenium based resistor with a value of 100 ohm (TCR of 200ppm) This resistor is designed for use on porcelain enameled steel (PES) and glass. It can be fired between 600°C and 650°C.

3112 Datasheet Add 3112 to RFQ
3114

A Ruthenium based resistor with a value of 10k ohm (TCR of -50ppm +200ppm) This resistor is designed for use on porcelain enameled steel (PES) and glass. It can be fired between 600°C and 650°C.

3114 Datasheet Add 3114 to RFQ
3115

A Ruthenium based resistor with a value of 100k ohm (TCR of -50ppm +200ppm) This resistor is designed for use on porcelain enameled steel (PES) and glass. It can be fired between 600°C and 650°C.

3115 Datasheet Add 3115 to RFQ
3100-0.65

A Ruthenium based resistor with a value of 0.65ohm (TCR < 1000ppm) This resistor is designed for use on porcelain enameled steel (PES) and glass. It can be fired between 600°C and 650°C.

3100-0.65 Datasheet Add 3100-0.65 to RFQ
3116

A Ruthenium based resistor with a value of 1M ohm (TCR 100-200ppm) This resistor is designed for use on porcelain enameled steel (PES) and glass. It can be fired between 600°C and 650°C.

3116 Datasheet Add 3116 to RFQ
3111

A Ruthenium based resistor with a value of 10 ohm (TCR of 250ppm) This resistor is designed for use on porcelain enameled steel (PES) and glass. It can be fired between 600°C and 650°C.

3111 Datasheet Add 3111 to RFQ
3110

A Ruthenium based resistor with a value of 1 ohm (TCR of 250ppm) This resistor is designed for use on porcelain enameled steel (PES) and glass. It can be fired between 600°C and 650°C.

3110 Datasheet Add 3110 to RFQ
29115

A silver palladium resistor with a value of 100mohm/sq. (TCR of 1500ppm). This resistor is used to design heating elements on stainless steel substrates in combination with ESL dielectrics. This material is fired at 850°C.

29115 Datasheet Add 29115 to RFQ
29130

A silver palladium resistor with a value of 100mohm/sq. (TCR of 3320ppm). This resistor is used to design heating elements on stainless steel substrates in combination with ESL dielectrics. This material is fired at 850°C.

29130 Datasheet Add 29130 to RFQ
29206

A silver palladium resistor with a value of 200mohm/sq. (TCR of 600ppm). This resistor is used to design heating elements on stainless steel substrates in combination with ESL dielectrics. This material is fired at 850°C.

29206 Datasheet Add 29206 to RFQ
29215

A silver palladium resistor with a value of 200mohm/sq. (TCR of 1500ppm). This resistor is used to design heating elements on stainless steel substrates in combination with ESL dielectrics. This material is fired at 850°C.

29215 Datasheet Add 29215 to RFQ
29230

A silver palladium resistor with a value of 200mohm/sq. (TCR of3320ppm). This resistor is used to design heating elements on stainless steel substrates in combination with ESL dielectrics. This material is fired at 850°C.

29230 Datasheet Add 29230 to RFQ
29515

A silver palladium resistor with a value of 500mohm/sq. (TCR of 1500ppm). This resistor is used to design heating elements on stainless steel substrates in combination with ESL dielectrics. This material is fired at 850°C.

29515 Datasheet Add 29515 to RFQ
R-310-A

A ruthenium palladium resistor with a value of 1 ohm/sq. (TCR 50 +/- 100). This material is designed to fire on alumina at 850°C.

R-310-A Datasheet Add R-310-A to RFQ
29106

A silver palladium resistor with a value of 100mohm/sq. (TCR of 600ppm). This resistor is used to design heating elements on stainless steel substrates in combination with ESL dielectrics. This material is fired at 850°C.

29106 Datasheet Add 29106 to RFQ
29109

A silver palladium resistor with a value of 100mohm/sq. (TCR of 900ppm). This resistor is used to design heating elements on stainless steel substrates in combination with ESL dielectrics. This material is fired at 850°C.

29109 Datasheet Add 29109 to RFQ
R-316-P

A ruthenium resistor for potentiometer applications with a value of 1,000,000 ohm/sq. (TCR +/-50). This material is designed to fire on alumina at 850°C.

R-316-P Datasheet Add R-316-P to RFQ
R-315-P

A ruthenium resistor for potentiometer applications with a value of 100,000 ohm/sq. (TCR +/-50). This material is designed to fire on alumina at 850°C.

R-315-P Datasheet Add R-315-P to RFQ
15501

A polymer resistor that cures at 320°C with a nominal value of 40 ohms/square. This material can be blended with 19101 silver paste resistor to create resistor values as low as 15 ohm/square.

15501 Datasheet Add 15501 to RFQ
R-311-P

A ruthenium palladium resistor for potentiometer applications with a value of 10 ohm/sq. (TCR +/-150). This material is designed to fire on alumina at 850°C.

R-311-P Datasheet Add R-311-P to RFQ
R-312-P

A ruthenium resistor for potentiometer applications with a value of 100 ohm/sq. (TCR +/-50). This material is designed to fire on alumina at 850°C.

R-312-P Datasheet Add R-312-P to RFQ
R-313-P

A ruthenium resistor for potentiometer applications with a value of 1,000 ohm/sq. (TCR +/-50). This material is designed to fire on alumina at 850°C.

R-313-P Datasheet Add R-313-P to RFQ
R-314-P

A ruthenium resistor for potentiometer applications with a value of 10,000 ohm/sq. (TCR +/-50). This material is designed to fire on alumina at 850°C.

R-314-P Datasheet Add R-314-P to RFQ
R-310-P

A ruthenium palladium resistor for potentiometer applications with a value of 1.5 ohm/sq. (TCR +/-150). This material is designed to fire on alumina at 850°C.

R-310-P Datasheet Add R-310-P to RFQ
3414

A Piezo sensitive resistor with a high gauge factor designed for strain gauge and pressure applications. This material can be fired at 850°C.

3414 Datasheet Add 3414 to RFQ