Product Overview
The PZ series of Aluminum Solid Electrolytic Capacitors with Conductive Polymer Electrolyte are designed for stable operation within an ambient temperature range of -55 to 105 at rated voltage. These capacitors feature a conductive polymer electrolyte, offering reliable performance in various industrial applications. They are suitable for general use, with specific precautions for high impedance, coupling, and time constant circuits. The product is manufactured by AISHI.
Product Attributes
- Brand: AISHI
- Series: PZ
- Electrolyte Type: Conductive Polymer Electrolyte
- Construction: Solid Aluminum Electrolytic Capacitor
- Marking Ink Color: Red
Technical Specifications
| AISHI P/N | Rated Work Voltage (V.DC) | Nominal Capacitance (F) | Capacitance Tolerance (%) | Operating Temp (C) | Nominal Case Size D*L (mm) | E.S.R 100KHz 20C (mmax) | Max Leakage Current 20C (A max) | D.F 120Hz, 20C (%max) | Ripple Current 100KHz, 105C (mA.rms) | Load Life (Hours) |
|---|---|---|---|---|---|---|---|---|---|---|
| SPZ0AM501B09O00RAXXX | 7.5 | 500 | -20+20 | 105 | 5.5*9 | 20 | 750 | 8 | 3600 | 2000 |
General Specifications
| Item | Description |
|---|---|
| Operating Temperature Range | -55 to 105 |
| Standard Measurement Conditions | Ambient temperature: 15 to 35, Air pressure: 86kpa to 106kpa |
| Measurement Conditions (if doubt) | Ambient temperature: 202, Air pressure: 86kpa to 106kpa |
| Load Life Test | 2000 hours at 1052 under rated voltage |
| Vibration Test | Complies with JIS C 5102 8.2 and JIS C 5025 |
| Solderability Test | Temperature: 235 5 C, Duration: 2 0.5 seconds |
| Resistance to Soldering Heat | Solder bath: 260 5C for 101 seconds; Soldering iron: 400 10 C for 3+1/-0 seconds |
| Resistance to Damp Heat (Steady State) | 602, 90% ~ 95% RH for 1000 hours, without load |
| Rapid Change of Temperature | 10 cycles, without load |
| Surge Voltage Test | 1000 cycles of rated surge voltage applied for 30s and discharged for 5min30s |
| Terminal Strength (Tensile) | Varies by lead wire diameter (e.g., 5N for 0.45mm) |
| Terminal Strength (Bending) | Varies by lead wire diameter (e.g., 2.5N for 0.45mm) |
| High Temperature Storage | 1000 hours at 1052 |
| Marking | Year code, Week code, Series (PZ), Rated Capacitance (500), Rated Voltage (7.5). Ink color: Red. |
| Storage Conditions | 5 to 35, RH 75%, no direct sunshine. < 3 months if 35 to 85. Within 1 year after delivery (unsealed), within 1 month after opening. |
Part Number System
S (Category Code: Solid Capacitor) - PZ (Series Code) - 0A (Voltage Code: 2.5V) - M (Capacitance Tolerance: -20% ~ +20%) - 501 (Capacitance Code: 500F) - B09 (Size Code: 5.5*9mm) - O00 (Terminal Code: Other) - R (Marking Code: Red) - AXXX (Special Code: Normal products)
Construction Details
- Lead wires: Solid tinned copper weld steel wire
- Al-boss: High pure aluminum
- Paper: Manila hemp
- Aluminum foil (Anode): High pure aluminum
- Aluminum foil (Cathode): Carbon foil, High purity aluminum
- Coating AL-case: Aluminum + coating (Can withstand voltage above 600V)
- Tape: Polyester
- Resin (Compression molding)
- Conductive polymer used as electrolyte
Operating Precautions
- Polarity must be observed; reverse connection can lead to shortened life or short circuit.
- Prohibited circuits include high impedance, coupling, time constant, series connection for higher voltage, and circuits sensitive to leakage current.
- Over voltage exceeding rated voltage is not permitted.
- Rapid charging and discharging is unsuitable; protection circuits may be needed if instantaneous current exceeds 10A.
- Soldering conditions must be within specified limits to prevent increased leakage current and capacitance reduction.
- Do not reuse assembled or energized capacitors.
- Capacitors stored for one year may require pre-conditioning.
- Radial lead type capacitors are not suitable for reflow soldering.
- Handle with care after soldering to avoid damage.
- Ensure proper design for industrial equipment use.
- Consult AISHI for use in life-support systems.
2411151515_AISHI-SPZ0AM501B09O00RAXXX_C42366842.pdf
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