New NAZR Series – High CV SMT Aluminum Electrolytic Capacitors

NAZR series

High CV – Large Case Size SMT Aluminum Electrolytic Capacitors      
 
Product Category:
Passives; Capacitor; Aluminum Electrolytic; SMT; High CV; +105°C  
 

NIC Components Corp. is pleased to announce the release of the NAZR series of surface mount aluminum electrolytic capacitors featuring extended 5000-hour load life ratings at +105°C (20,000 hours at +85°C). The NAZR series has an operating temperature range of -55°C to +105°C and is available in six case sizes in 12.5mm, 16mm, and 18mm diameters covering capacitance values from 47uF to 10,000uF in voltage ratings from 6.3VDC to 100VDC.

The NAZR series is a suggested alternate – replacement for the legacy NACKA series (NRND) and supports power applications requirements up to 100VDC including 5G infrastructure, higher voltage 57V IIoT, and -48VDC /-60VDC power for telecommunication and datacom (ICT) network equipment. The NAZR series supports optional wide terminals for high vibration applications and is packaged on tape and reel for automated pick and placement followed by reflow soldering to 245°C.


NAZR Series Features

  • High capacitance values in voltage ratings up to 100VDC
  • Long Life: 5000 hrs @ +105°C
  • Low Z (0.028 Ohm) & High Ripple Current (2.64 Arms) at 100Khz
  • Automatic Mounting, and Reflow Soldering
  • Power Applications: DC-DC and AC-DC
  • Available With Wide Anti-Vibration Terminations

Press Release: LINK

Product Specification: LINK

 

Get more information at NICcomp.com

New NCC_ Series – Surface Mount Common Mode Choke

NCC_ Series
Automotive-grade Surface Mount Common Mode Chokes. High Temperature, Long Life, and High Current Rated

Product Category:  
Passives; Magnetics, Common Mode Chokes; SMT; AEC-Q200

NIC Components Corp. is pleased to announce the expansion of the NCC series of surface mount common mode chokes featuring three new AEC-Q200 automotive-grade; NCCH, NCCR, and NCCD product series.

Overview

These common-mode chokes are supported in both 1210 and 1812 case sizes, featuring high common-mode impedances providing excellent noise suppression. 

The NCCH features high current ratings (up to 4A) with impedance values ranging from 90 to 2,800 ohm. The expected end-use applications for the NCCR Series and NCCD Series include 'Can-Flex Ray' and 'Can-FD' networking circuits, respectively. Supporting higher data rates, the Can-Flex Ray and Can FD data-communication protocols are upgrades to the controller area network (CAN) commonly used in automotive sensing, computing, and control networks.
The NCCR and NCCD series have temperature ratings of -55°C to +150°C and -40°C to +125°C respectively. The NCCR Series supports inductance values from 11uH to 100uH with current ratings of 150mA to 360mA and voltage ratings of 50V to 80V. The NCCD Series supports inductance values from 51uH to 200uH (30 ohms to 220 ohm Z) with current ratings of 70mA to 200mA and voltage ratings of 50V and 80V.   
 
Features:
• High common mode Impedance at high frequencies 
• High reliability complies with ACE-Q200
• Provides excellent noise suppression 
• For high-speed placement and reflow soldering   
• Low profile 
 
Applications:
• Automotive data networks: 
     o Can- Flex Ray & Can FD 
• USB Port Hubs 
• High Speed Data Lines
• Monitors & Displays 
• POS Equipment 
 
 
CAN vs FlexRay?
FlexRay is a successor of a CAN bus. Higher data rates and bigger size of transmitted data make a basic difference between the two buses. FlexRay is used in safety-critical and adaptive cruise control systems of luxury cars.M
 
CAN FD (Controller Area Network Flexible Data-Rate) is a data-communication protocol typically used for broadcasting sensor data and control information on 2 wire interconnections between different parts of electronic instrumentation and control system. This protocol is used in modern high performance vehicles. CAN FD is an extension to the original CAN bus protocol that was specified in ISO 11898-1. 
 
Controller area network is a serial communication protocol, which supports distributed real-time control and multiplexing for use within road vehicles and other control applications.
 
Press Release: LINK
 
Product Specification: LINK