Standard Air Capacitor

General Radio Standard Air Capacitor 1401
1401-A : 100 pF, 1401-B : 200 pF, 1401-C : 500 pF, 1401-D : 1000 pF
It has very good temperature characteristics due to its small capacity.

10 pF : MYKIT TECHNOLOGY

 

 


SLC-5020A
Actual capacity display

Measure without shaking within the measurement range.

4263B   16047A

Values in 32 average mode
Calculate with reactance

Vacuum Capacitor


JENNINGS
CADD-30-0215
3-30pF  9127

10 pF

MYKIT Technology



10.02 pF

4263B
16047A

10.56 pF (+5.6%)

Air Standard Capacitor



10 pF
± 0.02 pF ( ± 0.2% )  

1401-A to 1401-AA
Modified at Mykit Technology




10.00 pF

4263B
16047A

 10.28 pF (+2.8%)

Air Standard Capacitor



100 pF

GR 1401-A



100.0 pF

4263B

Test Fixture 100.91 pF (+0.91%)
100kHz 1V   X = -15.771 ㏀

Test Fixture 101.00 pF (+1%)
10kHz 1V   X = -157.594 ㏀
Calvin Clip 103.6. nF (+3.6%)

Test Fixture 100.87 pF (+0.87%)
1kHz 1V   X = -1.5782 ㏁

Test Fixture 0.0966 nF (-0.4%)
100Hz 1V   X = -16.4## ㏁

Air Standard Capacitor



200 pF

GR 1401-B



200.0 pF

4263B

Test Fixture  201.43 pF  (+0.76%)
10kHz 1V

Calvin Clip 203.55. nF (+1.8%)
10kHz 1V

Air Standard Capacitor



500 pF

GR 1401-C



500.1 pF

4263B

Test Fixture 502.52 pF  (+0.48%)
10kHz 1V

Calvin Clip 504.86. nF (+0.95%)
10kHz 1V

Air Standard Capacitor



1000 pF

GR 1401-D



1.000 nF  (1000 pF)


4263B

Test Fixture 1.0032 nF (+0.32%)
100kHz 1V   X = -1.5864㏀

Test Fixture 1.0026 nF (+0.26%)
10kHz 1V   X = -15.874㏀
Calvin Clip 1.0049 nF (+0.51%)

Test Fixture 1.0024 nF (+0.24%)
1kHz 1V   X = -158.77㏀

Test Fixture 1.0042 nF (+0.42%)
100Hz 1V   X = -1.5866㏁

 

SLC-5020A
Actual capacity display

Measure without shaking within the measurement range.

4263B   16047A

Values in 32 average mode
Calculate with reactance

 


 

 

 

 

 

 

Do you want to have a standard? 

  Standard Accuracy LC Meter
  SLC-5020A

Meter using precision LC resonance method
The display does not shake and measures accurately.

Use the SLC-5020A to find out which voltage and frequency to measure with an ABB style precision LCR meter.
SLC-5020A를 사용하여 ABB 방식의 정밀 LCR 미터로 측정할 전압과 주파수를 확인하십시오.

 

 


Notes on small-value measurements
For capacitors, this includes the lead spacing of the component and inductance is measured including the length of the leads.

 

 

 

 

μF (microfarad) = mf, mfd  (Unit notation used until the 1950s)

pF (picofarad) = mmf, mmfd, pfd, μμf, μμF  (Unit notation used until the 1950s)






Air Capacitor  10pF
Manufactured by Tarzian Variable Capacitor
Standard created by MyKit Technology

1401-C (4210)   500pF

1401-D (3878)   1000pF

1401-A (2540)    →    1401-AA   10pF
Modified  

1401-A (4794)   100pF

1401-B (1698)   200pF

 

   

1401   100pF

1403   10pF

1404


 

General Radio Standard Air Capacitor

1401
A: 100pF, B: 200pF, C: 500pF, D: 1000pF

1403
A: 1000pF, D: 100pF, G: 10pF, K: 1pF
N: 0.1pF, R: 0.01pF, V: 0.001pF

1404
A: 1000pF, B: 100pF, C: 10pF
 1963 년 JF Hersh가 설계

 

These capacitors are primarily used for performance testing of 4-terminal pair LCR meters and impedance analyzers.   
Standard only on Impedance Bridge Type meters


HG = C + CH



1403-D    H - L  Actual  ≈ 115 pF



1404-B    H - L  Actual  ≈ 117 pF


In the case of the ABB method, a slight error may appear because the reactance proportional to the values of C and CH is different.

ABB 방식의 경우 C와 CH의 값에 비례하는 리액턴스가 주파수에 따라 다르기 때문에 약간의 오차가 나타날 수 있습니다.


  Available as standard only on ABB(Auto Balancing Bridge) method capacitor meters.
  ABB method capacitor measurements can be used as a standard for which this method is stable.
  H - L Actual capacity value is greater than indicated.

  ABB 방식 커패시터 미터에서만 표준으로 사용 가능합니다.
  ABB 방법 커패시터 측정은 이 방법이 안정적인 표준으로 사용될 수 있습니다. 
   H - L 실제 용량 값은 표시된 것보다 큽니다.

In the general ABB method, the smaller the value, the larger the error rate.
일반적인 ABB 방식에서는 커패시터의 값이 작아 질 수록 오차율이 커집니다.

 

 

 



Standard only on Impedance Bridge Type meters
16381A (1 pF)   :   H - L  Actual  ≈    13.5 pF

These capacitors are primarily used for performance testing of 4-terminal pair LCR meters and impedance analyzers.



Available as standard only on bridge measuring instruments.

16381A (1 pF)        :   H - L  Actual  ≈    13.5 pF
16382A (10 pF)      :   H - L  Actual  ≈     23 pF
16383A (100 pF)    :   H - L  Actual  ≈    116 pF
16384A (1000 pF)  :   H - L  Actual  ≈  1017 pF

 

 

 




 

 

Standard Accuracy LC Meter  SLC-5020A


 

 

 

 

www.mykit.com/SLC

www.mykit.com

SLC-5020A

 

SLC-5020A
Actual capacity display