HIOKI 3504 Capacitance Meter
3504-50 Built-in GP-IB, RS-232C
3504-60 Built-in GP-IB, RS-232C
|
Measurement parameters |
C (capacitance), D (loss coefficient tan δ) |
|
Measurement range |
C: 0.9400 pF to 20.0000 mF, D: 0.00001 to 1.99999 |
|
Basic accuracy |
(Typ.) C: ±0.09 % rdg. ±10 dgt., D: ±0.0016 |
|
Measurement frequency |
120 Hz, 1 kHz |
|
Measurement signal level |
100 mV (3504-60 only), 500 mV, 1 V rms CV 100 mV Measurement range: up to 170 μF range (Source frequency 1 kHz), up to 1.45 mF range (Source frequency 120 Hz) CV 500 mV Measurement range : up to 170 μF range (Source frequency 1 kHz), up to 1.45 mF range (Source frequency 120 Hz) CV 1V Measurement range : up to 70 μF range (Source frequency 1 kHz), up to 700 μF range (Source frequency 120 Hz) |
|
Output impedance |
5Ω (In open terminal voltage mode outside of the CV measurement range) |
|
Display |
LED (six digits, full scale count depends on measurement range) |
|
Measurement time |
2 ms (Typ. value. Depends on measurement configuration settings) |
|
Functions |
4-terminal contact check function (3504-60 only) BIN (measurement values can be classified by rank) (3504-50, 3504-60), Trigger-synchronous output, Setting configurations can be stored, Comparator, Averaging, Low-C reject (bad contact detection), Chatter detection, EXT. I/O, RS-232C, GP-IB (3504-50, 3504-60) |
|
Power supply |
Selectable from 100, 120, 220 or 240 V AC ±10 %, 50/60 Hz, 110 VA max. |
|
Dimensions and mass |
260 mm (10.24 in) W × 100 mm (3.94 in) H × 220 mm (8.66 in) D, 3.8 kg(134.0 oz) |
|
Accessories |
Power cord ×1, Instruction manual ×1, Spare fuse ×1 |
• High speed measurement of 2ms
• Supports C measurements with voltage dependency characteristics through the use of constant voltage testing (CV)
• Model 3504-60 can detect contact failure on all 4 terminals for increased reliability
• BIN function on the 3504-60/-50 is ideal for sorting machines
• Model 3504-40 offers high speed and affordability, perfect for integrating into taping machines
• In all models, contact error is constantly monitored during measurement, contributing to increased yield