Deskripsi produk

• Values from 1 pF to 10,000 µF in any custom value available
• Stability as good as ±0.01 %/year
• Two-to-five terminal configuration, depending on model
• Excellent TC: as low as 10 ppm/°C
• 3 year warranty included

• Accredited calibration included
• Mechanically stabilized capacitors
• Calibrations available at standard or any custom frequency
• Available in BNC and Binding Posts depending on value

The SCA Standard Capacitor series are highly stable cost-effective capacitance standards with low temperature coefficient, low losses and a wide range of values of 1 pF - 10,000 µF.

The cost and flexibility make this our most popular capacitance standard.

• Inexpensive solution for calibration of LCR meters
• Ideal for calibration of precision LCR meters where MU of better than 0.02% is required
• 1 pF to 10 pF, are made from precision air capacitors
• 100 pF to 1 µF, are constructed of silvered mica capacitors of very high stability
• above 1 µF, are made with hermetically sealed metallized polypropylene sulfide
• Typical capacitors, observed over decades, have shown random fluctuations of less than + 0.01% in measured capacitance with no evidence of systemic drift.
• The capacitors are available with a variety of connectors such as bnc, and binding posts.
• Connection via 4-terminal bnc pair, similar to the Keysight 16380C Capacitance Standard Set, is also available for direct connection to many LCR meters

New SCA-1nF-8588A, SCA-900pF-8588A and SCA-1.8nF-8588A
IET Labs has designed the SCA-1nF-8588A to calibrate the Fluke 8588A 1 nF capacitance range as discussed in the Verifying the capacitance function of the 8588A Reference Multimeter Applications Page.
The 1 nF range in the Fluke 8588A is the only range that does not use a resistance range and can be checked/calibrated with the SCA-1nF-8588A. The other capacitance ranges can be monitored by observing the change in the appropriate resistance range.
The SCA-1nF-8588A is delivered with an accredited certificate of calibration with calibrated values of capacitance at 50 Hz and 1 kHz using an AH2700A Capacitance Bridge.