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quality thick film chip resistor FOJAN FRC0603F1001TS suitable for power supplies communication and measuring tools factory
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quality thick film chip resistor FOJAN FRC0603F1001TS suitable for power supplies communication and measuring tools factory
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Specifications
Power(Watts):
100mW
Resistance:
1kΩ
Voltage Rating:
75V
Temperature Coefficient:
±100ppm/℃
Operating Temperature:
-55℃~+155℃
Type:
Thick Film Resistor
Tolerance:
±1%
Mfr. Part #:
FRC0603F1001TS
Package:
0603
Key Attributes
Model Number: FRC0603F1001TS
Product Description

FRC-Series Thick Film Chip Resistor

The FRC-Series Thick Film Chip Resistor is a compact and lightweight component designed for high reliability and quality. It finds extensive application in various electronic devices, including entertainment systems, appliances, computers, communication equipment, power supplies, illumination equipment, and measuring instruments.

Product Attributes

  • Brand: FOJAN
  • Product Type: Thick Film Chip Resistor
  • Material: Ceramic substrate (Al2O3), Conductive layer (Ag), Resistive layer (RuO2+ glass), Inner protective layer (Glass), Outer Protective layer (Epoxy), Marking (Epoxy), Ni plating layer (Ni), Sn plating layer (Matte Tin)
  • Origin: China (implied by www.fojan.cn)

Technical Specifications

Type Rated Power (at 70) Max. Working Voltage (RCWV) Max Overload Voltage T.C.R. (PPM/) Resistance Range Zero Ohm Resistance Tolerance Zero Ohm Rated Current Zero Ohm Max Current
0201 1/20W 25V 50V 400 (1~10)
200 (10~10M)
1~10M 5% (<50m) 0.5A 1A
0402 1/16W 50V 100V 200 (1~10)
100 (10~22M)
1~22M 5% (<50m) 1A 2A
0603 1/10W 75V 150V 200 (1~10)
100 (10~22M)
1~22M 1% (<30m)
5% (<50m)
1A 2A
0805 1/8W 150V 300V 200 (1~10)
100 (10~22M)
1~22M 1% (<30m)
5% (<50m)
2A 5A
1206 1/4W 200V 400V 200 (1~10)
100 (10~22M)
1~22M 1% (<30m)
5% (<50m)
2A 10A
1210 1/2W 200V 400V 200 (1~10)
100 (10~22M)
1~22M 1% (<30m)
5% (<50m)
2A 10A
1218 1W 200V 500V 200 (1~10)
100 (10~1M)
1~1M 1% (<30m)
5% (<50m)
6A 10A
1812 3/4W 200V 400V 200 (1~10)
100 (10~10M)
1~10M 1% (<30m)
5% (<50m)
2A 10A
2010 3/4W 200V 400V 200 (1~10)
100 (10~22M)
1~22M 1% (<30m)
5% (<50m)
2A 10A
2512 1W 200V 400V 200 (1~10)
100 (10~22M)
1~22M 1% (<30m)
5% (<50m)
2A 10A
Item Test Method Test Condition Specification
Temperature Coefficient JIS C 5201 4.8 / IEC60115-1-4.8 TCR=(R-R0)/(t-t0)R0 10^6 (ppm) R0: resistance at room temperature; R: resistance at 125 or -55; t0: room temperature; t: test temperature (125 or -55) As SPEC
Short-time overload JIS C 5201 4.13 / IEC60115-1-4.13 Applied 2.5 times of rated voltage for 5 seconds. Measure the variation of resistance before and after test. 0.5%, 1%: (1.0%+0.05)
5%: (2.0%+0.05)
Solderability JIS C 5201 4.17 / IEC60115-1-4.17 Dip the terminal in a flux and then dip into a soldering bath at 2455 for 30.5 sec. 95% coverage
Resist to soldering heat JIS C 5201 4.18 / IEC 60115-1-4.18 Dip the terminal in a flux and then dip into a soldering bath at 2605 for 100.5 sec. Measure the variation of resistance before and after test. (1.00% +0.05)
Insulation resistance JIS C 5201 4.6 / IEC60115-1-4.6 Applied the dielectric withstanding voltage on the center of body for 605 seconds. Then measure insulation resistance. >10G
Dielectric withstanding voltage JIS C 5201 4.7 / IEC60115-1-4.7 Applied the dielectric withstanding voltage on the center of body for 605 seconds. No evidence of flashover, arcing or insulation breakdown
Terminal bending JIS C 5201 4.33 / IEC60115-1-4.33 Specimen shall be mounted on test board, then bend the board and maintained for 201s. Bending distance: 5+0.2/0 mm for resistors 1206, 2+0.2/0 mm for resistors >1206. Measure the variation of resistance before and after test. (1.00% +0.05)
Rapid temperature changes JIS C 5201 4.19 / IEC60115-1-4.19 Put specimen in a chamber with temperature cycles: T1: -553; T2: 1553/1253, 30min each, repeated 300 cycles. Measure the variation of resistance before and after test. 0.5%, 1%: (1.0%+0.05)
5%: (2.0%+0.05)
Humidity JIS C 5201 4.24 / IEC60115-1-4.24 Put resistor in a constant temperature and humidity chamber: 402, 90~95 %RH; apply rated voltage for 1.5 hours, then power off for 0.5 hours; repeat power on/off for a total test time of 1000 +48/-0 hours. Measure the variation of resistance before and after test. (Data truncated in source)

2510101005_FOJAN-FRC0603F1001TS_C2907002.pdf

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