FRC-Series Thick Film Chip Resistor
The FRC-Series Thick Film Chip Resistor is a high-quality, reliable component designed for a wide range of electronic applications. Its small size and light weight make it ideal for compact designs in entertainment systems, appliances, computers, communication equipment, power supplies, and measuring instruments.
Product Attributes
- Brand: Fojan
- Product Type: Thick Film Chip Resistor
- Material: Ceramic substrate (Al2O3), Silver electrodes (Ag), Nickel-Chrome alloy (NiCr), Ruthenium Oxide + Glass (RuO2+ glass), Glass, Epoxy, Nickel (Ni), Matte Tin (Sn)
Technical Specifications
| Type | Rated Power (at 70) | Max. Working Voltage (RCWV) | Max. Overload Voltage | T.C.R. (PPM/) | Resistance Range | Dimensions (L x W x H) | Rated Current of Jumper | Max Current of Jumper |
|---|---|---|---|---|---|---|---|---|
| 0201 | 1/20W | 25V | 50V | 400 (1~10) 200 (10~10M) | 1~10M | 0.600.03 x 0.300.03 x 0.230.03 mm | 0.5A | 1A |
| 0402 | 1/16W | 50V | 100V | 200 (1~10, 10M~22M) 100 (10~10M) | 1~22M | 1.000.05 x 0.500.05 x 0.350.05 mm | 1A | 2A |
| 0603 | 1/10W | 75V | 150V | 200 (1~10, 10M~22M) 100 (10~10M) | 1~22M | 1.600.10 x 0.800.10 x 0.450.10 mm | 1A | 2A |
| 0805 | 1/8W | 150V | 300V | 200 (1~10, 10M~22M) 100 (10~10M) | 1~22M | 2.000.10 x 1.250.10 x 0.500.10 mm | 2A | 5A |
| 1206 | 1/4W | 200V | 400V | 200 (1~10, 10M~22M) 100 (10~10M) | 1~22M | 3.100.10 x 1.600.10 x 0.550.10 mm | 2A | 10A |
| 1210 | 1/2W | 200V | 400V | 200 (1~10, 10M~22M) 100 (10~10M) | 1~22M | 3.100.10 x 2.500.15 x 0.550.10 mm | 2A | 10A |
| 1218 | 1W | 200V | 500V | 200 (1~10) 100 (10~1M) | 1~1M | 3.100.10 x 4.600.10 x 0.550.10 mm | 6A | 10A |
| 1812 | 3/4W | 200V | 400V | 200 (1~10) 100 (10~10M) | 1~10M | 4.500.20 x 3.100.20 x 0.550.10 mm | 2A | 10A |
| 2010 | 3/4W | 200V | 400V | 200 (1~10, 10M~22M) 100 (10~10M) | 1~22M | 5.000.10 x 2.500.15 x 0.550.10 mm | 2A | 10A |
| 2512 | 1W | 200V | 400V | 200 (1~10, 10M~22M) 100 (10~10M) | 1~22M | 6.350.10 x 3.100.15 x 0.550.10 mm | 2A | 10A |
Performance Specifications
| Item | Test Methods | Test Conditions | Specification |
|---|---|---|---|
| Temperature Coefficient | JIS C 5201 4.8 / IEC60115-1-4.8 | TCR=(R-R0)/(t-t0)R0106 (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. | 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. | (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 (size 1206) or 2+0.2/0 mm (size >1206). Measure the variation of resistance. | (1.00% +0.05) |
| Rapid temperature changes | JIS C 5201 4.19 / IEC60115-1-4.19 | Put specimen in a chamber: T1: -553; T2: 1553/1253, 30 min each, repeated 300 cycles. Measure the variation of resistance. | 0.5%, 1%: (1.0%+0.05) 5%: (2.0%+0.05) |
| Humidity | JIS C 5201 4.24 / IEC60115-1-4.24 | Specimen in a constant temperature and humidity chamber: 402, 90~95%RH. Applied rated voltage for 1.5 hours, power off for 0.5 hours; repeat power on/off for 1000+48/-0 hours. Measure the variation of resistance. |
2510101005_FOJAN-FRC0805F1002TS_C2907219.pdf
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