


68pF (680) Multilayer(Mylar) Capacitor
Mylar CapacitorsĀ i.eĀ polyester capacitorsĀ (PET) can withstand high voltages in a relatively small package and provides high resistance against moisture. TheĀ Mylar CapacitorsĀ has no polarity i.e they can be connected in any direction.Ā They are breadboard friendly and can be easily used on a perf board also.
Technical Specification:
- Type :Ā Mylar Capacitors
- Capacitance : 68pF ļ¼680ļ¼ Ā Ā Ā Ā Ā Ā Ā Ā Ā Ā
- Rated Voltage : 400V(2G)
- Capacitance Tolerance : ±5%(J)
- Lead Pitch(Mm) : 6.0mm
- Temperature Range : -25 To 85°C Ā Ā Ā
- Rated Freq(HZ) : 60HZ
- Weight : 2gm
Features:
- Appearance good consistency
- Good solder ability
- Non-inductive construction and self-healing property
- Space-Saving small size
- Long Life
- Low Cost
- Easy Mounting
- RoHS Compliant
Pin Description:
Ā 
Applications:
- High frequency filtering applications
- Outdoor applications where moisture is a problem
- High voltage/current peaks handling circuits
- Coupling and De-coupling circuits
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Mylar CapacitorsĀ i.eĀ polyester capacitorsĀ (PET) can withstand high voltages in a relatively small package and provides high resistance against moisture. TheĀ Mylar CapacitorsĀ has no polarity i.e they can be connected in any direction.Ā They are breadboard friendly and can be easily used on a perf board also.
Technical Specification:
- Type :Ā Mylar Capacitors
- Capacitance : 68pF ļ¼680ļ¼ Ā Ā Ā Ā Ā Ā Ā Ā Ā Ā
- Rated Voltage : 400V(2G)
- Capacitance Tolerance : ±5%(J)
- Lead Pitch(Mm) : 6.0mm
- Temperature Range : -25 To 85°C Ā Ā Ā
- Rated Freq(HZ) : 60HZ
- Weight : 2gm
Features:
- Appearance good consistency
- Good solder ability
- Non-inductive construction and self-healing property
- Space-Saving small size
- Long Life
- Low Cost
- Easy Mounting
- RoHS Compliant
Pin Description:
Ā 
Applications:
- High frequency filtering applications
- Outdoor applications where moisture is a problem
- High voltage/current peaks handling circuits
- Coupling and De-coupling circuits





















