0.1microfarads Multilayer Ceramic Capacitor – KSH 10 at HIMASTORES Mombasa – best electronics in Kenya
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0.1microfarads Multilayer Ceramic Capacitor

SKU: HMJ1042 Category: Capacitors and resistors
KSH 10.00
In Stock

Product Description

0.1µF Multilayer Ceramic Capacitor (MLCC)

Versatile Decoupling and Filtering Capacitor for Electronic Circuits

The 0.1µF (100nF / 104) Multilayer Ceramic Capacitor (MLCC) is one of the most essential and widely used components in electronics. Known as the gold standard for decoupling and bypass applications, this capacitor provides low impedance at high frequencies to filter power supply noise and ensure stable operation of ICs and microcontrollers [citation:4][citation:8].

Capacitance value: 0.1µF 100nF 100,000pF (marked as "104" on the component)
Commonly used for power supply decoupling, noise suppression, and signal filtering
Available in both throughhole (leaded) and surfacemount (SMD) packages
Do not exceed the rated voltage voltage derating is recommended for reliable longterm operation
MLCCs can exhibit capacitance reduction under DC bias - refer to manufacturer datasheets for derating curves

Common Configurations and Specifications

The 0.1µF MLCC is available in many package sizes and voltage ratings to suit different applications. The following table shows some common variants:

ParameterExample Option 1Example Option 2Example Option 3
Capacitance0.1µF (±10%)0.1µF (±10%)0.1µF (±10%)
Voltage Rating50V DC25V DC16V DC
DielectricX7RX7RX5R
Temperature Range-55°C to +125°C-55°C to +125°C-55°C to +85°C
Package (SMD)0603 (1608 metric)0805 (2012 metric)0201 (0603 metric) [citation:1][citation:9]
ApplicationGeneral-purpose decouplingGeneral-purpose decouplingUltra-compact designs

= Key Features =

UltraLow ESR/ESL Provides excellent high-frequency noise suppression for power rails

Wide Voltage Range Available from 6.3V to 630V to suit lowpower to high-voltage applications [citation:1][citation:7][citation:12]

Multiple Dielectric Options Choose X7R for wide temperature stability, X5R for generalpurpose, or C0G/NP0 for highest stability [citation:2][citation:11]

Small Form Factors SMD packages down to 0201 enable highdensity PCB designs [citation:1]

CostEffective One of the most affordable and readily available electronic components

RoHS Compliant - Environmentally friendly construction

= Applications =

  • Power supply decoupling for ICs, microcontrollers, and processors
  • Bypass filtering on voltage regulator inputs and outputs
  • Noise suppression on data and signal lines
  • Timing circuits (RC oscillators and delay networks)
  • EMI/RFI filtering at circuit inputs and outputs
  • DC blocking for audio and signal paths
  • General-purpose signal coupling and filtering
Industry Standard Value - 0.1µF is the most common decoupling capacitor value in electronics
Versatile Package Options Available in throughhole (radial, axial) and SMD (0201 to 1812) packages

√ Ready to use no polarity (nonpolarized) for easy assembly

√ Stable performance over a wide temperature range (X7R/X5R grades)

√ Excellent high-frequency characteristics for clean power delivery

Package Includes

Varies by seller - typically available in:

  1. Tape and reel (SMD) - quantities from 100 to 10,000+ pieces
  2. Bulk packs (throughhole) quantities from 10 to 1,000+ pieces
  3. Cut tape / loose pieces for prototyping
For general-purpose decoupling, a 0.1µF X7R 50V capacitor in 0805 or 0603 package is the most popular choice
Place the capacitor as close as possible to the power pin of the IC for maximum effectiveness
Use multiple 0.1µF capacitors in parallel with bulk capacitors (10µF-100µF) for optimal power supply decoupling
Capacitor marking "104" indicates 0.1µF - the first two digits are significant digits, the third is the multiplier (10 x 10^4 = 100,000pF)
For high-reliability applications, select C0G/NP0 dielectric for ±30ppm/°C temperature stability [citation:11]

Avoid using highK dielectrics (X5R, X7R) in precision timing circuits - capacitance varies with DC bias and temperature

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

Avoid placing decoupling capacitors too far from ICs increased trace inductance reduces effectiveness at high frequencies