Inland Empire Components, Inc. Announces Women Owned Certification by WBENC

Seal_color - CopyDistributor and Procurement Service Provider Adds Premier (WBENC) Women Owned Certification
LAKE ELSINORE, California May 23, 2016–Inland Empire Components, Inc., an established local and global distributor of electronic components and procurement services, has received the nationally recognized Women Business Enterprise National Council (WBENC) certification.

Thousands of major U.S. corporations and federal, state and local government entities recognize the WBENC certification. “With the many conferences, networking and match maker events offered by WBENC, it made sense to become a member. WBENC offers a safe environment for corporate procurement executives to vet new suppliers. WBENC certification doesn’t guarantee business or contracts. The certification is a foot in the door. Once you are inside, you still need to provide premium solutions, products and services,” said Inland Empire Components, Inc. President & CEO, Dana Jiron. “Our focus on making it easy for customers to do business with us includes the proper certifications. Many of our customers are performing on government contracts and we help them meet their diversity goals through the various certifications.”

About WBENC
The Women’s Business Enterprise National Council (WBENC), founded in 1997, is the largest third-party certifier of businesses owned, controlled, and operated by women in the United States. WBENC, a national 501(c)(3) non-profit, partners with 14 Regional Partner Organizations to provide its world class standard of certification to women-owned businesses throughout the country.

About Inland Empire Components, Inc.

Established in 1989,  Inland Empire Components, Inc. is a leading stocking distributor with millions of legacy and new electronic components in stock located in their Lake Elsinore warehouse, with billions more available through an exclusive network of quality suppliers. Inland Empire Components, Inc. provides  the most difficult to locate board level components including diminishing supply, MRO, and spares.  The company services OEMs, EMS and distributors globally in the technology sector including aerospace, military, communications, medical, consumer and industrial industries. The company also provides sourcing and procurement and excess inventory solutions to large and medium corporations from their ISO9001:2008 and AS9120A certified facility.

Contact:

Dana Jiron
President & CEO
Business Development
951-245-6555
http://www.iecsolutions.com

 

 

 

MC68HC705C8ACFNE Ready To Ship

About MC68HC705C8ACFNE:

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Freescale Semiconductor has announced that the MC68HC705C8ACFNE is not recommended for new designs as the lifecycle is declining. There is still limited supply in the market place with lead times up to 8 weeks.

Inland Empire Components, Inc. has a quantity available ready to ship in 1 – 2 business days of the MC68HC705C8ACFNE.

You can request a quote for the MC68HC705C8ACFNE here.

Specifications

  • EU RoHS Compliant
  • Data Bus Width (bit) – 8
  • CECC Qualified – No
  • Core Architecture HC05
  • Instruction Set Architecture CISC
  • Device Core HC05
  • Maximum Clock Rate (MHz) 2.1
  • Program Memory Type EPROM
  • Program Memory Size 8KB
  • RAM Size 304B
  • Family Name HC05
  • Maximum CPU Frequency (MHz) 2.1
  • Number of I/Os 24
  • No. of Timers 2
  • Interface Type SCI/SPI
  • SPI 1
  • UART 1
  • Programmability – Yes
  • Minimum Operating Supply Voltage (V) 3
  • Typical Operating Supply Voltage (V) 3.3|5
  • Packaging Tube
  • Maximum Operating Supply Voltage (V) 5.5
  • Minimum Operating Temperature (°C) -40
  • Maximum Operating Temperature (°C) 85
  • Mounting Surface Mount
  • Package Height (mm) 3.69(Min)
  • Package Length (mm) 16.66(Max)
  • Package Width (mm) 16.66(Max)
  • PCB changed 44
  • Standard Package Name LCC
  • Supplier Package PLCC
  • Pin Count 44
  • Lead Shape J-Lead

MC705C8ACPE Ready To Ship

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About MC705C8ACPE:

Freescale Semiconductor announced on March 19th, 2014 the discontinuance of MC705C8ACPE Microcontrollers. All orders for the discontinued product must have been received by Freescale by the last buy date of March 19th, 2015. After the last buy date, Freescale would no longer accept orders for the MC705C8ACPE. Final last ship date by Freescale for the MC705C8ACPE is March 18th, 2016.

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You can request a quote for MC705C8ACPE as Inland Empire Components, Inc. has a limited last time buy available for
sale.

Click to here access the MC705C8ACPE Datasheet.

MC705C8ACPE Product Specifications


  • CPU Speed: 2.1MHz
  • Controller Family/Series: M68HC05
  • Core Size: 8bit
  • EEPROM Memory Size: 8KB
  • Embedded Interface Type: SCI, SPI
  • MCU Case Style: DIP
  • MSL:
  • No. of I/O’s: 31
  • No. of Pins: 40
  • No. of Timers: 1
  • Operating Temperature Max: 85°C
  • Operating Temperature Min: -40°C
  • Oscillator Type: External, Internal
  • Packaging: Each
  • Peripherals: COP, POR
  • Program Memory Size: 8KB
  • Program Memory Size: 8KB
  • RAM Memory Size: 176Byte
  • SVHC: No SVHC (17-Dec-2014)
  • Supply Voltage Max: 3.6V
  • Supply Voltage Min: 3V
  • Supply Voltage Range: 3V to 3.6V, 4.5V to 5.5V

What You Should Know About Avoiding Counterfeit Parts

Inland Empire Components, Inc. (IEC) has in place a counterfeit avoidance program which meets industry standards for visual inspection.

We follow an extensive inspection checklist that includes reviewing part markings, packaging dimensions and X-Ray inspection.

Often, customers choose to inspect and test components in their own facility to their specifications. We work with third party approved test houses that provide counterfeit semiconductor detection utilizing methods designed to assist you in making a determination regarding component authenticity.

Third party services range from simple marking and X-Ray inspection to full AC/DC/Functional testing across the entire operating temperature range. Our test house partners provide quick turn times, competitive prices and superior customer service. Testing can be performed to your company’s counterfeit specifications or to generally accepted industry standards such as SAE A6081, SAE AS5553 and IDEA-STD-1010B.

In house and third party partner inspection and testing includes external visual inspection, physical dimension, marking permanency, X-Ray, internal visual inspection with a de-cap machine, OEM date code verification, XRF analysis, blacktop testing, AC, DC & Full Functional Electrical Testing, -150°C to 200°C Temperature Test, Burn-in/Qualification, Solderability Testing and custom requests such as software programs.

There is an excellent free webinar available to watch presented by
SiliconExpert Technologies and Dr. Diganta Das of the University of Maryland CALCE Center on the subject of Counterfeit Electronic Component Detection & Avoidance
http://www.siliconexpert.com/webinar_counterfeit2013

Purchasing electronic parts from part manufacturers and its authorized suppliers provides the lowest risk in parts procurement. However, you may encounter part obsolescence, lead time requirements, or unavailability of parts from authorized sources which is the reason parts are purchased from independent distributors such as Inland Empire Components, Inc. There is a need for authentication and screening of parts purchased from such sources to verify their authenticity.

Inland Empire Components, Inc. was one of the first independent electronic distributors to receive the CCAP-101 Certification by Component Technology Institute, Inc. (CTI), Huntsville, Alabama.

According to Elena Malykhina, Technology Journalist in Information Week, Government, DARPA Targets Counterfeit Electronics. The Defense Advanced Research Projects Agency’s SHIELD program aims to develop a method to authenticate electronic components. Elena writes that “A new DARPA program, called Supply Chain Hardware Integrity for Electronics Defense (SHIELD), will focus on the creation of a small component, or dielet, for authenticating electronic parts at any step of the supply chain. The agency is seeking proposals that would “revolutionize electronic authentication with potential scalability and advanced technology not available today.”

DARPA said the dielet would be inserted into an electronic component’s package at a manufacturing site or attached to existing components. Authenticity testing could be performed anywhere with a handheld probe, which would need to be close to the dielet for scanning. A smartphone, or another low-cost appliance, could be used to upload a serial number to a central server. The server would send an unencrypted challenge to the dielet, which would then send back an encrypted answer and data from passive sensors, indicating tampering.

Technology resulting from the SHIELD program would guarantee protection against threats related to counterfeit electronics, such as recycled components that are sold as new, according to DARPA. Other threats include unlicensed overproduction of authorized components or components that failed tests.

The technology would also help identify and reject sub-standard components that have been sold as though they were of higher quality or which have been labeled with a newer date of manufacture. Additionally, SHIELD technology would protect against clones and copies — often of low quality — and parts that have been repackaged for unauthorized applications.

If you are a fan of Marvel comic books and the movies based on many of the characters, this technology sounds like something out of science fiction.  The reality is that military components will often have a self destructive mechanism embedded inside of them.  Awareness of this fact should help to eliminate the danger of counterfeit electronic components.

Source: http://www.informationweek.com/government/leadership/darpa-targets-counterfeit-electronics/d/d-id/1113974

Through education, inspection and working with a purchasing partner such as IEC, you can virtually eliminate the risk of bad product entering the supply chain.

XC24C44PI In Stock Ready To Ship

Today we are highlighting one of more popular obsolete parts that we have in stock ready to ship to you today.

The XC24C44PI is a hot selling Serial Nonvolatile Static RAM.

The XC24C44PI Nonvolatile RAM enables fast read and write access to any address and retains data when power is disrupted.

The Xicor “XC24C44PI” Nonvolatile RAM is used in all types of applications including medical devices, metering, industrial automation and automotive electronics. These parts are obsolete but still widely used by original equipment and contract electronic manufacturers.

Inland Empire Components, Inc. still has a significant quantity in stock of the Xicor XC24C44PI product and can deliver them to you usually within 24 – 48 hours.

Contact sales@iecsolutions.com or call Dana at 951-245-6555 for a quote on the Xicor X24C44PI parts.

XC24C44PI

Ready To Replace Your Outdated Circuit Board?

Hard-to-Find-EasyAre you ready to replace your current but outdated populated circuit board (PCB) with a new design?

If so, it may be time to re-engineer your old PCB. You can re-engineer an old PCB to current standards and replace obsolete components with new ready to purchase parts with project based reverse engineering. Often there is no limit on the board size or the amount of components whether through hole, surface mount or mixed.

Re-create lost or missing PCB manufacturing files or update an existing PCB with new capabilities. Reverse engineering enables you to take your current PCB and update it with a new circuit board that is structurally, functionally, and operationally identical to the board you are using now. Updating your old PCB has a number of benefits including utilizing up-to-date technologies, methods, and materials.

Unforeseen issues can occur in your organization that will necessitate reverse engineering your current PCB.  If your engineer has left your company and no one else knows what to do with the files, a good reverse engineering service provider will take the files and convert them into industry standard formats. These files can be used to make prototypes and production quantities of boards.

If you are faced with a PCB supplier that has gone out of business you can get the board reverse engineered within 4 – 6 weeks and many times faster with a rush order.  In order to copy or re-engineer a printed circuit board, every component on the board is identified and a draft bill-of-material for the project is created.

Best practices include a high resolution image of the PCB which is then blown up and mounted. The electronic components are taken off the circuit board and bonded to the photocopy of the circuit board. Values are measured for capacitors and resistors and notes are made on the bill-of-material. Once the BOM is complete, the electronic components are purchased.  A calibrated scanner is used to scan the board to recreate the trace pattern which enables the new bare boards to be created.  Once this process is complete and the assembled sample is sent and approved by the client, the final printed circuit board is used for duplication.

Scanning solutions include the ability to utilize fully stand-alone scanner- based re-engineering systems that enable the creation of CAD data (DXF/Gerber/Drill/CNC) from existing multilayer PCBs, parts, stencils, drawings, microfiche, PDF files, X-Ray images, etc. This allows for accurate reverse engineering and precise reproduction of data to exact FORM, FIT and FUNCTION for today’s high density PCB board designs, complex parts and tooling.  Contact sales@iecsolutions.com or call us to discuss your reverse engineering needs.

Dana Jiron
Business Development
http://www.iecsolutions.com
951-245-6555

What is a “Trusted Source” of Supply?

Beginning November 15, 2012,  the U.S. Defense Logistics Agency (DLA) requires suppliers who are awarded contracts to supply electronic parts (in the FSC 5962 category) to use SigNature DNA marking from Applied DNA Sciences, Inc. Also, it was announced by the DLA that “effective immediately, only trusted sources who comply with Deoxyribonucleic Acid marking requirement in DLAD 52.11-9074 are eligible to receive FSC 5962 awards from DLA. There are no exceptions.” and that “trusted sources will be reimbursed through a CLIN for ‘Contractor DNA Marking’ in the award document. Those companies will be reimbursed for one license per year.”

In the ongoing effort to combat counterfeiting, remarking and theft, the U.S. Government has contracted with the sole source provider of botanical-DNA based security services, Applied DNA Sciences, Inc.

No doubt the effort to combat bad parts will continue to create many different solutions for OEM, CMs and ODMs.

So what is a “trusted source” of supply? For the purpose of this blog post, sourcing from a trusted source of supply will have to be defined by your organization. If you are a government contractor or subcontractor, guidelines and mandates have already been established. If your business model doesn’t include government customers, it is still worth defining your “trusted source” of supply.

The “Trusted Foundry Program” is managed by The Defense Microelectronics Activity (DMEA). The DMEA was established by the Office of the Secretary of Defense (OSD). The DoD Instruction 5200.44, Protection of Mission Critical Functions to Achieve Trusted Systems and Networks (TSN) requires that;

 “In applicable systems, integrated circuit-related products and services shall be procured from a trusted supplier accredited by the Defense Microelectronics Activity (DMEA) when they are  custom-designed, custom-manufactured, or tailored for a specific DoD military end use (generally referred to as application-specific integrated circuits (ASICs)).”

Accredited Trusted Foundry Suppliers have appointed a representative to ensures the electronic part is trusted from the design, mask, foundry, packaging, assembly and test services.  This chain of protection applies to parts identified as requiring “Trusted Product Flow”. Accredited Trusted Foundry Suppliers are not required to apply these stringent rules to commercial product flow.

Protecting our national defense is a critical goal of the “Trusted Foundry Program”…but what about protecting your company?

Procurement from a “Trusted Source” is quickly evolving into short Approved Vendor Lists (AVL’s) with requirements designed to weed out the uninformed and untrained. The barrier to entry in the aftermarket electronic component distribution market place has risen to great heights with standards and regulations increasing every year.

What have I learned from my customers about the definition of being a Trusted Source of Supply?

The words quality and trusted can be used and overused until it becomes a cliche’. To say we are a perfect supplier would be an overstatement.  I am proud of our commitment to getting it right as opposed to being right. I am proud of my team to make adjustments and provide solutions when you can not get the product you need when you need it.

I (we) have learned to:

  1. communicate and respond to you regarding RFQs, questions and potential issues or recommendations
  2. provide education to you so you can make an intelligent informed decision about your buying choices
  3. continue to be members of ERAI and read the daily alerts for reported bad parts and questionable suppliers
  4. choose our suppliers wisely based on their ability to communicate and respond
  5. recommend testing parts, cross references and other alternatives to a circuit board redesign
  6. stay on top of changes in our industry by attending trade shows and reading industry updates
  7. keep an eye out for the best and latest technology and changes that will benefit you

This list is not all inclusive and my definition may not match up with your definition of being a trusted supplier.  

I’m interested. What is your definition of a “Trusted Source’ of Supply?

You can email your response to trustedsource@iecsolutions.com

Inland Empire Components, Inc. provides customers with safe electronic purchasing supply chain solutions.

www.iecsolutions.com

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