Series RT
|
AudioCap Polystyrene-&-Tin Foil RT
The RT series AudioCap offers very high insulation resistance, with the lowest dielectric
absorption and dissipation factor available, and low temperature coefficient. It has excellent
stability and retrace, making this an ideal capacitor for all applications in audio except those
with extremely high operating temperatures. In performance, it is second only to the MultiCap
polystyrene (RTX) and the AudioCap Teflon (TFT), and makes a particularly good bypass cap,
providing added performance in the upper frequencies. It is suitable for ultra-high frequencies,
and will provide high performance and long-life; the gold-plated OFHC leads provide long-term
reliability, superior to silver wires owing to gold�s non-oxidizing properties. | |
| Capacitance Values: | .01 to 3.0 mfd |
| Tolerances: | +/- 10%. Special tolerances on request |
| Working Voltages: | 100, 200, 400, 600 (small values) |
| Test Volts: | 2.0 x rated voltage for one minute. |
| Dissipation Factor: | < 0.02% @ 1kHz @ 25o C |
| Insulation Resistance: | >300,000 megohm/mfd |
| Operating Temperature Range: | - 55 to 85o C |
| Temperature Coefficient: | See Capacitance Change vs. Temperature Chart |
| Life Tests: | Rated voltage @ 85o C for 1000 hrs |
| Vibration: | Will Meet Mil-C 19978B |
| Lead Material: | Gold-plated OFHC |
|
| Capacitance Change vs Temperature |
% |
| Temperature Degrees Centigrade | |
DIMENSIONS (IN.) - AUDIOCAP RT - AXIAL LEADS, OVAL CASE
Capacitance in mfd |
100 VDC (dia x l) |
200 VDC (dia x l) |
400 VDC (dia x l) |
600 VDC (dia x l) |
| .01 |
.20 x .75 |
.21 x .75 |
.28 x .75 |
.32 x 1.00 |
| .022 |
.23 x .75 |
.30 x .75 |
.31 x 1.0 |
.47 x 1.0 |
| .033 |
.28 x .75 |
.29 x 1.0 |
.38 x 1.0 |
.48 x 1.25 |
| .047 |
.33 x .75 |
.34 x 1.0 |
.45 x 1.0 |
.57 x 1.25 |
| .068 |
.31 x 1.0 |
.40 x 1.0 |
.45 x 1.25 |
.59 x 1.50 |
| .10 |
.37 x 1.0 |
.42 x 1.25 |
.50 x 1.50 |
.64 x 1.75 |
| .15 |
.44 x 1.0 |
.50 x 1.25 |
.60 x 1.50 |
.79 x 1.75 |
| .22 |
.46 x 1.25 |
.53 x 1.50 |
.65 x 1.75 |
.94 x 1.75 |
| .33 |
.49 x 1.50 |
.65 x 1.50 |
.79 x 1.75 |
1.05 x 2.00 |
| .47 |
.59 x 1.50 |
.70 x 1.75 |
.94 x 1.75 |
1.08 x 2.0 |
| .68 |
.63 x 1.75 |
.84 x 1.75 |
1.03 x 2.00 |
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|
| Dissipation Factor vs Temperature |
% |
| Temperature Degrees Centigrade | |
| Voltage Derating vs Temperature |
% |
| Temperature Degrees Centigrade | |