Niccomp Passive Components

Special Product Info

Ultra-Small Size, High Q, Precision Thin Film Chip Inductors
NTL Series of Thin Film Chip Inductors feature high quality factor at high frequency (see curves & tables below) and precision tolerance (0.1nH, +/-1%) in low cost ultra-small 0201, 0402 and 0603 sizes. Inductance values from 1.0nH to 100nH with self resonant frequencies (SRF) up to 10GHz make these inductors ideal for high frequency, high speed and precision design applications. High DC current ratings (DCI to 1.8A) and low DC resistance (DCR down to 0.030ohm) characteristics. Supplied RoHS compliant standard, with pure Tin terminal finish. Compatible with SAC soldering processes to +270°C. Supplied on tape and reel for high speed auto placement.

General Specifications
- Temperature Range: -40°C ~ +125°C
- Inductance Value Range: 1.0nH ~ 100nH
- Inductance Tolerances: +/-0.1nH (B) , +/-0.25nH (C), +/-1% (F) & ±2% (G)
- Self Resonant Frequency: 1.0 ~ 10 GHz
- DC Resistance: 0.030 ohm (1nH) ~ 8.5 ohm (100nH)
- DC Current Rating: 0.1A (100nH) ~ 1.8A (1.0nH)
- Sizes: 0201, 0402 & 0603

Electrolytic capacitors support high voltage applications that demand extended load life
Reduced case size NRE-WB aluminum electrolytic capacitors from NIC Components Corp are ideal for
use in electronic ballasts for fluorescent lighting and other high voltage applications that require elevated temperature, extended load life performance. The greater efficiency of fluorescent lighting – which is able to convert approximately 25% of its energy to light versus just 5% achieved by filament lighting – coupled with an ongoing drive towards greater efficiency, has created a large and growing market for electronic lighting
ballasts.
NRE-WB miniature radial leaded devices have a high ripple current rating of up to 2.0A (100KHz, +105degC), and are available with capacitance values from 10uF to 220uF and voltage ratings from 200VDC to 450VDC. Extended load-life, of up to 10,000 hours, at high temperature makes NRE-WB capacitors suitable for applications where the replacement of components may be difficult or cost prohibitive. A wide operating temperature range of
–25°C to +105°C enables the new capacitor series to give stable, reliable performance in applications where high temperatures are present such as fluorescent lighting or in densely packed high voltage power supplies. Case sizes range from 10mm x 20mm up to 18mm x 31.5mm depending upon rated voltage and capacitance value.

Ultra-stable performance from thin film lead-free
chip resistor series
The NTR series of high precision thin film construction chip resistors are now available from NIC Components Corp. Featuring ultra-stable (10PPM ~ 50PPM) resistance value change (TCR) over wide temperature and low noise figure, these resistors are ideal for precision applications, including telecommunications, automotive, medical, audio and test instrumentation.
These high precision, lead-free devices have a resistance value tolerance range of just 0.1% to 0.5%, and a operating temperature range of –55ºC to +125ºC. These devices have nickel chromium (NiCr) sputtered, thin film resistive element on alumina substrate construction. The wrap-around terminations with nickel barrier and tin finish are compatible with established tin-lead and emerging lead-free soldering processes.
The NTR series is available in case sizes from 0402 to 2512. Resistance values range from 1ohm to 1Mohm, and working voltages from 25V to 150V. Parts are supplied on a 8mm carrier tape for automatic pick and place assembly.

High-Voltage Ceramic Chip X2/Y3 Safety Capacitors
NMC-H Series of 3000VDC / 250VAC rated multilayer (MLCC) construction NPO and X7R ceramic chip capacitors for across-the-line, antenna-coupling and line-bypass applications. Safety agency (UL & TUV) certified interference suppression capacitors. This new series of multilayer chip capacitors from NIC Components Corp. has been certified to capacitor class X2/Y3 by UL meeting UL1414 and TÜV meeting the requirements of EN 132400: 1994+A2+A3+A4 [UL & TUV Certified]

General Specifications
- Temperature Range: -55°C ~ +125°C
- Capacitance Value Range: 5.0pF ~ 0.0015uF
- Capacitance Tolerance: +/-5% (J) , +/-10% (K)
- Voltage Rating: 3000VDC / 250VAC
- TC: NPO & X7R
- Sizes: 1808 (4.6mm x 2.0mm)

For use in power supplies, AC-DC converters, voltage conditioning and conversion applications. Types of equipment potentially using X2/Y3 interference suppression capacitors includes telecomm (telephone), datacomm (modems, fax machines), computing, industrial controls, radio and TV broadcast, security - alarm, point of sale, test and instrumentation and medical equipment.

Reduced case size Radial Aluminum Electrolytic Capacitors feature ultra-low impedance and wide temperature range performance
NRSZC series miniature aluminum electrolytic capacitors from NIC Components Corp provide low impedance, high ripple current ratings across a wide temperature range. This new series of polarized, radial leaded devices are suitable for use in a wide range of applications including switching power supplies, voltage regulator modules and DC-DC converters.
NRSZC capacitors provide improved performance for applications that use NIC’s established NRSZ series. Covering capacitance range of 47µF to 18,000µF and rated voltage values of 6.3VDC to 35VDC means that an NRSZC capacitor can be found to suit most application.
Life expectancy of up to 7,000 hours, an operating temperature range of -55ºC to +105ºC, and high stability at low temperatures makes NRSZC capacitors a good choice for the growing number of applications that require operation in long life - high temperature environments. Case sizes range from 5mm diameter x 11mm to 18mm diameter x 41mm.

Surface mount capacitors provide long-life operation in high temperature, high density applications
The newly introduced NACHL series of surface mount aluminum electrolytic capacitors from NIC Components Corp feature extended life at high temperature. Devices are housed in miniature cylindrical cases (V-chips) making them ideal for use in low profile designs with high component densities.
NACHL capacitors are available with voltage ratings of between 10VDC and 100VDC and capacitance values that range from 0.47uF to 330uF. High temperature load-life rating of 5000 hours at their upper operating temperature of +105°C makes them ideal for high operating temperature applications or extended life operation. Minimum operating temperature is -40°C. Case sizes (D x L) range from 4mm x 6.1mm to 10mm x 10.5mm depending on voltage and capacitance values selected.
NACHL capacitors are supplied tape and reel packaged for use with automatic insertion Manufacturing equipment. All parts are available with an optional lead-free finish.

Radial Leaded Ultra-Low ESR Aluminum Electrolytic Capacitors
Designed for state-of-the-art [ low voltage / high current ] voltage conditioning and power management applications [ power supplies, dc-dc converters, VRMs, etc. ], NIC Component Corp’s new NRSK series of radial leaded (LD) aluminum electrolytic capacitors feature ultra-low ESR (Equivalent Series Resistance) and high ripple current ratings. NRSK series features low 100KHz ESR (as low as 0.012ohm) with high ripple current ratings (up to 2.80Arms; +105ºC/100KHz) in low cost radial leaded configuration.

Available in:
- Capacitance values from 470uF ~ 3300uF (±20% capacitance tolerance)
- Voltage ratings from 6.3 ~ 16VDC.
- Case Diameters: 8mm & 10mm
Rated for operation at temperatures between -40 ~ +105ºC with load life endurance (+105ºC) rating of 2000 Hours. These devices are supplied in bulk or tape-and-reel packaging for use with automated insertion equipment

Low ESR Flat Chip Solid Aluminum Electrolytic Capacitors
NIC is pleased to announce expanded range and improved specifications on its NSP series, of molded case SMT solid aluminum electrolytic capacitors. These specialty polymer solid electrolyte components feature ultra-low ESR and high ripple current ratings at high frequency. Capacitance value range increased to 390uF and 100KHz ESR specifications have been reduced to as low as 0.005ohm. Ripple current ratings have also increased to up to 4000mArms (100KHz, +105°C) Standard D case (7343 size) component dimensions remains unchanged. Ideal for use in output filtering circuits of next generation lower voltage - high current DC/DC converters, switching power supplies and voltage regulators. Specialty solid polymer electrolyte also eliminates dry-out mechanism for long life expectancy. Available in capacitance values from 2.2µF to 470µF, with voltage ratings from 2.0VDC to 16VDC in 7.3mm X 4.3mm (L x W) flat molded chip case. These parts are the same package size as tantalum electrolytic "D" and "E" case sizes (7343) and fit on the same land patterns. Compatible with auto pick-and-placement and reflow soldering, with -40°C ~ +105°C operating temperature range.

Ultra-Stable Ceramic Chip Capacitors suit Bluetooth Applications
NIC Components, one of the leading names in the passive components market, has added a new range of low ESR multilayer ceramic chip capacitors to its portfolio of products. With ESR as low as 0.30 ohm for capacitance values of between 22pF and 47pF at 500MHz, the NMC-L series is ideally suited to high speed, high frequency applications such as those found in Bluetooth products.

Manufactured using ultra stable, low loss NPO/COG dielectric, the devices are available with values ranging from 0.5pF to 47pF. Both 50V dc and 100V dc rated parts are available. A broad operating temperature range of -55degC to +125degC makes them suitable for use in most environments. Capacitance stability is also very high with a figure of 0+/-30ppm/degC quoted across the temperature range.

Many wireless and Bluetooth designs are housed in extremely small enclosures. The NMC-L range is offered in both 0603 and 0805 case sizes making placement easy in such applications where printed circuit boards can be extremely densely populated. An even smaller 0402 version is currently in development (AVAILABLE NOW!).

Nickel barrier terminations and stringent quality controls in the Manufacturing process mean that NMC-L ceramic chip capacitors have excellent mechanical strength. This is particularly important in portable communications applications where equipment has to meet tough vibration and drop test specifications. Supplied in tape and reel packaging, the NMC-L range is compatible with both reflow and flow (0805 & 0603 sizes) soldering processes.

Chip inductors combine inductance values up to 4.7µH with miniature packaging to save space in high-current designs
A new series of low cost - high performance SMT inductors from NIC Components Corp. features inductance values from 3.3nH to 4.7µH in package sizes down to 0402 and suits space-limited designs requiring high-current and high self resonant frequency (SRF) characteristics across a wide temperature range. The NIN-H series of miniature wirewound chip inductors offers inductance values of between 3.3nH and 220nH in D (0805) size packaging and values between 10nH and 4.7µH in C (1008) size. Maximum rated DC currents are up to 600mA for the D size inductors and up to 1000mA for C size components. Devices can be supplied with tolerance ratings of ±2%, ±5%, ±10% or ±20% to meet the need of a wide variety of different application requirements. Minimum 'Q' factors for the NIN-H inductors range from 20 to 65 depending on the particular device chosen. Minimum SRF ratings start at 90MHz for the 4.7µH C-size inductors, increasing to 6000MHz in the case of the 3.3nH D-size devices. Maximum DC resistance as low as 0.08ohm for both package sizes. All of the new inductors are designed for operation at temperatures between -40 and 125ºC and are fully compatible with both flow and reflow soldering processes. The devices are supplied in tape-and-reel packaging for use with automated pick-and-place Manufacturing systems.

MANUFACTURERS AND DESIGNERS OF:
Passive Components

Surface Mount(SMT) Components,MLeaded (LDD) Through-Hole Components

MANUFACTURERS AND DESIGNERS OF: Passive Components

Surface Mount(SMT) Components,MLeaded (LDD) Through-Hole Components

MANUFACTURERS AND DESIGNERS OF:
Passive Components