0.1pf Disc Capacitor
DIAC DB3 – Trigger Diode
4 MHz 2 Pin Crystal Oscillator
11.0592 MHz 2 Pin Oscillator Crystal
- Crystal Case Type: Metal Can
- Crystal Mounting Type: Through Hole
- Frequency: 11.0592 MHZ
- Frequency Stability: ± 50ppm
- Frequency Tolerance: ± 30ppm
- Load Capacitance: 10 pF
- No. of Pins: 2
- Operating Temperature Max: 70 °C
- Operating Temperature Min: -10 °C
- Operating Temperature Range: -10°C to +70°C
4.7uf 35V DC Tantalum Capacitor
BEL 100P PNP Transistor 60V 1A
20 MHz 2 Pin Oscillator Crystal
- Crystal Case Type : Metal Can
- Crystal Mounting Type : Through Hole
- Frequency : 20MHZ
- Frequency Stability : ± 50ppm
- Frequency Tolerance : ± 30ppm
- Load Capacitance : 10 pF
- No. of Pins : 2
- Operating Temperature Max : 70 °C
- Operating Temperature Min : -10 °C
- Operating Temperature Range : -10°C to +70°C
2.0 MHz 3 Pin Oscillator Crystal
- Crystal Case Type : Metal Can
- Crystal Mounting Type : Through Hole
- Frequency : 2.0MHZ
- Frequency Stability : ± 50ppm
- Frequency Tolerance : ± 30ppm
- Load Capacitance : 10 pF
- No. of Pins : 3
- Operating Temperature Max : 70 °C
- Operating Temperature Min : -10 °C
- Operating Temperature Range : -10°C to +70°C
LM393 Low Power Dual Voltage Comparator IC
16.00 MHz 2 Pin Oscillator Crystal
- Crystal Case Type: Metal Can
- Crystal Mounting Type: Through Hole
- Frequency: 16MHZ
- Frequency Stability: ± 50ppm
- Frequency Tolerance: ± 30ppm
- Load Capacitance : 10 pF
- No. of Pins : 2
- Operating Temperature Max : 70 °C
- Operating Temperature Min : -10 °C
- Operating Temperature Range : -10°C to +70°C
12 MHz 2 Pin Oscillator Crystal
2.2uf 250V DC Polyester Capacitor
- Capacitance: 2.2uf
- Voltage Rating DC: 250 V
- Tolerance: +/-5%
- Mounting: THT
- Leakage Current: 3 uA
- Dimensions:31*6*2.5 mm
- Operating Temperature: -40~85 C
- Lead Spacing: 7mm
- Lead Diameter : 0.5mm
- Non-inductive, epoxy DIP coated, high moisture resistance.
- The dissipation factor is normally low and it is stable against high frequency and change of temperature.
- Recommended for high-frequency circuits like an s-curve compensating circuit.
- High reliability because of its excellent Self-Healing performance