NIC Logo

Live Help

Site Search:
 
 

  » Home   » Samples | Kits | Spec Sheets  » Buy Now | Tech Support |

High Q Ceramic Chip Capacitors:
Comparison Performance Data

CASE
SIZE

PDF - SPEC

TYPE

 DESC

0201
0402
0603


NMC-Q

MLCCs - Multilayer
Ceramic Chip Capacitors

Stable NPO (COG)
High Q & Low ESR
For use up to 3GHz
NMC-L
NMC-M


300dpi image: LINK

NMC-Q
Press Release: LINK
NMC-Q
Product Profile: LINK
NMC-Q
FREE Sample Kits 
NMC-Q0201 Kit 
NMC-Q0402-Kit
NMC-Q0603-Kit

High Frequency
Multilayer Ceramic Chip Capacitors
NMC-Q Series

Featuring Low ESR, High Q and High Voltage (VDC) in
small 0201, 0402 & 0603 case size, for use up to 3GHz

NIC Components has added NMC-Q series, temperature and voltage stable NPO ceramic chip capacitors to its offering of multilayer ceramic chip capacitors (MLCCs). Offered in three miniature EIA case sizes; 0201, 0402 and 0603, with 25VDC ~ 250VDC voltage ratings. Capacitance range covers 0.1pF ~ 47pF in precision tolerances including 0.05pF(A) and 1%(F) tolerances. The High Q NPO dielectric exhibits no aging effects, stability under voltage and very low drift, making the NMC-Q series ideal for use in precision filtering, tuning networks, lumped element, bypass, RF coupling applications and impedance matching applications. Operating temperature range covers -55C ~ +125C. Free samples and sample kits are available. Unit pricing from $0.015 ~ $0.060 each in mass production volumes. Supplied tape and reel packaged for automated pick and placement. RoHS compliant & Halogen Free construction.

NMC-Q FEATURES

High Q for RF Applications to 3GHz
Stable NPO (COG) Characteristics Over Temperature And Voltage
High Voltage (Up to 250VDC)
Wide Temperature -55C to +125C
EIA 0201, 0402 & 0603 Case Sizes
Ideal For Wireless Communications Applications:
WLANs, Hiperlan, 802.11b/g/n, Wi-Fi, Bluetooth, Telematics, PCS, LMDS
Capacitance Range: 0.1pF ~ 47pF
Capacitance Tolerance: 0.05pF(A), 0.1pF(B), 0.25pF(C), 0.5pF(D) 1%(F), 2%(G), 5% (J)
Operating Temperature Range: -55C ~ +125C
Temperature Characteristics: 0 30ppm/C
Rated Voltage: 25VDC, 50VDC, 100VDC & 250VDC
Insulation Resistance @ Rated Vdc: 10,000 Meg-Ohm Min. @ +25C
DWV (5 1 Seconds): ≤100V = 250%, 250V = 200%
Compatible With Pb-Free (Sac Alloy) Reflow Soldering Process
100% Sn Finish Over Ni Barrier
Sub & replace Murata "GJ", AVX-ATC "ATC600" and JTI "S"& "C" series
 

:: Key Parameters - Substitutes & Selection Tips

NMC-Q features high-Q and low-ESR performance equal or better than  Murata "GJ" series

NIC NMC-Q to Murata Comparison test data: [PDF] [JPG]


Contact NIC TPMG department for support in replacing High Q - Low ESR capacitors from all major makers: tpmg@niccomp.com

Sales Contacts:

Europe / Tel: 44 1280 813 737
... Roger Addison: raddison@niccomp.com 
North America / Tel: (631) 396-7500
... Eric Moller: emoller@niccomp.com 
SE Asia / Tel: 65-68441575
... Tony Ng: tony.ng@niccomp.com.sg 
Order FREE samples on-line at link
Request a quote via NIC sales channel
 
 

Multilayer High Q Ceramic Chip Capacitors     
 Quality Factor (Q) Comparison
 NMC-M Series -
Multilayer Ceramic Chip Capacitors  [ spec sheet ]   » Request Samples

 Capacitance (pF) over Frequency
 NMC-M Series
- Multilayer Ceramic Chip Capacitors  [ spec sheet ]   » Request Samples

 Series Resonant Frequency [ Fos ]
 NMC-M Series
- Multilayer Ceramic Chip Capacitors  spec sheet ]   » Request Samples

 Impedance (Z) over Frequency
 NMC-L Series
- Multilayer Ceramic Chip Capacitors  spec sheet ]   » Request Samples
5-page Z over Frequency Guide

 Impedance (Rs & Xc) over Frequency
 NMC-M Series
- Multilayer Ceramic Chip Capacitors  spec sheet ]   » Request Samples

 
 

  » Home   » Samples | Kits | Performance Data | Spec Sheets  » Franchised Distributors

ww.NICcomp.com   |    SMTmagnetics.com   |    lowESR.com 

Copyright © 2011, NIC Components Corp. All Rights Reserved.
 Reproduction in whole, or in part, without the written permission of the copyright holder is prohibited.
 All information contained within this web site is believed to be accurate and reliable, and is presented
 without guarantee, warranty, or responsibility of any kind, expressed or implied.
Please review product specifications and guidelines on NIC web site prior to ordering - NIC Components

 
Privacy Policy