Product Description

2pF 50V Mini Ceramic Capacitor (2)

Name: 2picofarad 50v Ceramic Capacitor Mini Ceramic Capacitor
Brand: HIMASTORES
SKU: HMJ1000
Price: 10.00 KES
Availability: InStock

Ultra-High Precision Capacitor for RF, Oscillator, and Critical Timing Applications

The 2pF ceramic capacitor is a very smallvalue, highprecision component essential for highfrequency circuits, crystal oscillators, RF tuning, and critical impedance matching applications. This "mini" capacitor is predominantly available in surfacemount (SMD) packages to minimize parasitic inductance, with through-hole options available for prototyping.

Capacitance: 2pF (marked as "2" on the component)

Voltage Rating: 50V DC

Typical applications: Crystal oscillators, RF matching networks, high-frequency filters, and precision timing circuits

Do not exceed the rated 50V derating is recommended for reliable longterm operation

For high-frequency and oscillator circuits, C0G/NP0 dielectric is mandatory for maximum stability [citation:2][citation:3]

Available Package Options

The 2pF 50V capacitor is available in multiple form factors to suit different applications [citation:1][citation:2][citation:4]:

Package Type	Package Case	Dielectric	Tolerance	Temperature Range	Common Use
-	-	-	-	-	-
SMD 0201	0201 [0603 Metric]	C0G/NP0	±0.1pF	-55°C to +125°C	Ultra-compact RF, mobile devices [citation:2][citation:11]
SMD 0402	0402 [1005 Metric]	C0G/NP0	±0.25pF	-55°C to +125°C	Compact, high-frequency circuits [citation:4]
SMD 0603	0603 [1608 Metric]	C0G/NP0	±0.1pF or ±0.25pF	-55°C to +125°C	General-purpose SMD RF applications [citation:1][citation:6][citation:9]
Through-Hole Radial	Radial	C0G	±0.25%	-55°C to +125°C	Breadboard, prototyping, hobbyist projects [citation:7][citation:8]

= Key Features =

UltraLow Capacitance 2pF provides minimal loading for high-frequency circuits

HighFrequency Performance Very low ESR/ESL for excellent high-frequency response [citation:2][citation:3]

Precision Tolerance - Available from ±0.1pF to ±0.25pF for critical applications [citation:1][citation:6][citation:9]

Stable C0G/NP0 Dielectric - Offers ±30ppm/°C temperature stability and negligible aging [citation:6]

NonPolarized Easy assembly with no polarity concerns [citation:2][citation:3]

Wide Operating Range 55°C to +125°C temperature rating for demanding environments [citation:3][citation:4]

= Applications =

Crystal oscillator loading circuits (high-frequency and precision applications)
RF matching and tuning circuits
Antenna matching networks [citation:3]
PLL loop filters
Highfrequency filters (highpass, low-pass)
Timing and delay circuits
Automotive electronics (AEC-Q200 qualified variants available) [citation:2][citation:12]

 UltraHigh Precision  ±0.1pF tolerance available for the most demanding RF and oscillator applications [citation:6][citation:9][citation:10]

 C0G/NP0 Stability  Ultrastable capacitance over temperature and voltage with no aging effects [citation:6]

√ Ready to use - no polarity for easy assembly

√ Excellent high-frequency characteristics for demanding applications

√ Available in precision tolerance grades for critical circuits

Package Includes

Varies by seller:

Tape and reel (SMD) - quantities from 100 to 15,000+ pieces [citation:2][citation:11]
Cut tape / loose pieces for prototyping
Bulk packs (throughhole radial) quantities from 10 to 1,000+ pieces [citation:7][citation:8]

For crystal oscillator circuits, always use C0G/NP0 dielectric for stable frequency operation

For RF matching applications, use ±0.1pF tolerance for accurate impedance matching [citation:6][citation:9]

This capacitor is ideal for high-frequency applications where very low capacitance and high precision are required

For high-precision timing circuits, ±0.1pF C0G/NP0 parts are the recommended choice [citation:6]

For high-frequency applications, use minimum lead length (or SMD packages) to avoid parasitic inductance

Avoid using generalpurpose dielectrics in precision oscillator circuits - capacitance stability is critical

Avoid exceeding rated voltage for 50V rated parts, recommended operating voltage is typically ≤40V

Avoid placing capacitors far from ICs in highfrequency circuits - trace inductance degrades performance