features Compact physical dimensions Excellent wave reduction control
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three-terminal inductor/capacitor
features Compact physical dimensions Excellent wave reduction control Exceptional attenuation Excellent impedance matching signal lines Marking: Brown black body color with marking 2AF) White black body color Products with lead-free terminations meet RoHS requirements
dimensions construction
Size
Dimensions inches (mm)
.062±.008 .031±.008 .024±.008 .016±.008 .008±.006 (1.6±0.2) (0.8±0.2) (0.6±0.2) (0.4±0.2) (0.2±0.15) .079±.008 .049±.008 .031±.008 .016±.012 .012±.008 (2.0±0.2) (1.25±0.2) (0.8±0.2) (0.4±0.3) (0.3±0.2)
.079±.008 .049±.008 .063±.008 .016±.008 .004 Min. .02±.006 (2.0±0.2) (1.25±0.2) (1.6±0.2) (0.4±0.2) (0.1 Min.) (0.25±0.15) .126±.012 .063±.012 .098±.012 .031±.012 .004 Min. .004 Min. (3.2±0.3) (1.6±0.3) (2.5±0.3) (0.8±0.3) (0.1 Min.) (0.1 Min.)
ordering information
Part Type Size Termination Material Packaging paper tape only 4,000 pieces/reel) embossed plastic only 2,000 pieces/reel) only 1,500 pieces/reel) Capacitance Value (pF) significant digits zeros Capacitance Tolerance ±20% ±30% ±25% Inductance Value (nH) 6.5nH Inductance Tolerance ±15%
EMI/EMC filtering
further information packaging, please refer Appendix
Specifications given herein changed time without prior notice. Please confirm technical specifications before order and/or use.
2/24/08
Speer Electronics, Inc. Bolivar Drive Bradford, 16701 814-362-5536 Fax: 814-362-8883 www.koaspeer.com
three-terminal inductor/capacitor circuit schematic
applications ratings
Item Operating Temperature Range Storage Temperature Range Measuring Condition (Standard) Temperature Relative Humidity Measuring Condition (Precision) Temperature Relative Humidity Specification -40°C +85°C -40°C +85°C (after soldering) 15°C 35°C 2AF, 90%; 20°C 2AF, 67%:
applications ratings (continued)
Part Designation
Capacitance (pF)
Inductance (nH) 16.5 16.5
Rated Voltage
Rated Current (mA)
Insulation Resistance Minimum
Operating Temperature Range -20°C +85°C
KC1JTTD680P12NL KC1JTTD9R5P30NL KC1JTTD220P8N0L KC1JTTD350P8N0L KC1JTTD550P8N0L KC2AFTTD151N16N5L KC2AFTTD331N16N5L KC2AFTTD220N3N0L KC2AFTTD160N3N0L KC2AFTTD700N8N50L KC2ATTE120N6N5L KC2ATTE180N13NL KC2ATTE350N15NL KC2BTTE100N11NL KC2BTTE200M17NL KC2BTTE450M37NL KC2BTTE850M37NL KC2BTTE191M37NL KC2BTTE341M67NL
1000 -40°C +85°C
1000
-40°C +85°C
1000
-40°C +85°C
1000
-40°C +85°C
Typical Cut-off Frequency (Att 3dB)
environmental applications Performance Characteristics
Parameter
EMI/EMC filtering
Requirement Within tolerance Within tolerance
Test Method Voltage: DC25V (2AF, 2A), DC16V (1J) Test Time: seconds Frequency: 1MHz Voltage: Equipment: HP4192A Fixture: HP16034E Frequency: 1MHz Current: 10mA Equipment: HP4192A Fixture: HP16034E Frequency: 1MHz Current: 10mA Equipment: HP4192A Fixture: HP16034E
5/23/07
Insulation Resistance Capacitance
Inductance
Within tolerance
Resistance only)
Within tolerance
Specifications given herein changed time without prior notice. Please confirm technical specifications before order and/or use.
Speer Electronics, Inc. Bolivar Drive Bradford, 16701 814-362-5536 Fax: 814-362-8883 www.koaspeer.com
three-terminal inductor/capacitor environmental applications (continued) Performance Characteristics
Parameter Capacitance Temperature Characteristics Requirement Variation rate capacitance operate temperature shown below: Part: KC2AT120N6NSL KC2AT180N13NL KC2AT350N15NL KC2BTTE100N11NL KC2BTTE200M17NL KC2BTTE450M37NL KC2BTTE850M37NL KC2BTTE191M37NL KC2BTTE341M67NL physical damage Rate: ±10% ±10% ±10% ±10% ±10% Test Method capacitance shall measured each stage below. rate shall calculated against capacitance measured 20°C. Step: Temperature: 20°C -40°C 20°C 85°C
Terminal Adhesion Strength
Solder chip test substrate then laterally apply load (5N, 500gF) arrow direction
Force Direction
Substrate
Chip
Resistance Solder Heat
Appearance: physical damage Capacitance: Within tolerance Dielectric Loss: Within tolerance Insulation Resistance: Within tolerance Withstand Voltage: abnormality More than terminal electrode shall covered with solder
Flux: rosin Preheating: seconds Preheating Temperature: 150°C 200°C (1J, 2AF, Solder: H60A Solder Temperature: 260°C ±5°C Time: seconds second Flux: rosin Solder: H60A Solder Temperature: 235°C ±5°C Time: seconds second Repeat following heat cycle times: Step: Temperature: -40°C Room Temp. 85°C Room Temp. Time: minutes minutes minutes minutes minutes maximum minutes maximum
Solderability
Temperature Cycle*
Appearance: physical damage Capacitance: Within tolerance Dielectric Loss: Within tolerance Insulation Resistance: Within tolerance Withstand Voltage: abnormality
High Temperature Resistance*
Appearance: physical damage Capacitance: Within tolerance Dielectric Loss: Within tolerance Insulation Resistance: Within tolerance Withstand Voltage: abnormality Appearance: physical damage Capacitance: Within tolerance Dielectric Loss: Within tolerance Insulation Resistance: Within tolerance Appearance: physical damage Capacitance: Within tolerance
Temperature: 70°C Bias: DC25V (2AF, 2B), DC16V (1J) Bias: DC200mA Test Time: hours Temperature: 85°C Humidity: Test Time: hours After soldering chip test substrate, Substrate bend substrate then measure. substrate based GE4. Temperature: 40°C Humidity: Bias: DC25V Bias: DC200mA Test Time: hours
Humidity Resistance (Unload)*
Substrate Bending Test
Weight Displacement
Humidity Resistance (Load)*
Appearance: physical damage Capacitance: Within tolerance Dielectric Loss: Within tolerance Insulation Resistance: Within tolerance
After temperature cycle test, high temperature resistance test humidity resistance test, tested sample should measured after having been left temperature from 15°C 35°C relative humidity from hours.
Specifications given herein changed time without prior notice. Please confirm technical specifications before order and/or use. 3/12/07
Speer Electronics, Inc. Bolivar Drive Bradford, 16701 814-362-5536 Fax: 814-362-8883 www.koaspeer.com
EMI/EMC filtering
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