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This section of our website highlights new products that have recently been introduce and are
available through Armbar.
KEMET is first to market with four new Pb-Free Leaded Ta product lines!
Kemet now offer RoHS compliant/Pb-Free Thru-Hole (leaded) Ta in the following series:
T322: Axial Molded
T340: Radial Molded
T110/T140: Commercial Herm Seal
KEMET will continue to offer both SnPb (tin/lead) and Pb-free (lead-free: 100% tin) termination options in these
series. We have received numerous requests from distributors and OEM's for RoHS compliant/Pb-free versions of
these products and expect immediate demand. Take advantage of KEMET's first to market leadership position!
Ordering of RoHS compliant versions of these products will simply require the replacement of the "S" suffix with a
"T" suffix in the 14th character of the part number. The "S" suffix will continue to designate a Sn/Pb finish and the
"T" suffix will designate RoHS compliant/Pb-Free products.
Our Pb-free options for thru-hole/leaded Ta now include all of the following series:
T322, T340, T110/T140,
T35x, T368, T396, and T398.
Included below are FAQ's to assist in answering any customer inquiries. The Web site / on-line catalogue will be
updated to reflect these new options.
Frequently Asked Questions:
RoHS-Compliant/Pb-Free Leaded Products
1. What series of leaded tantalum capacitors are available in a RoHS-Compliant option?
Kemet now offers the following series in RoHS compliant versions: T322: Axial Molded, T340: Radial
Molded, T110/T140 – Commercial Herm seal.
Previously released RoHS compliant leaded tantalum capacitors include the following series: T350, T351,
T352, T353, T354, T354, T356, T368, T396, and T398.
2. Are products ordered with the RoHS-Compliant option Pb-Free?
Yes.
3. Is the RoHS-Compliant component backward and forward compatible?
Yes. The RoHS -Compliant components are suitable for both Pb-Free and SnPb reflow processes.
4. How do I order a RoHS-Compliant Leaded Ta Capacitor?
A RoHS-Compliant capacitor can be ordered by placing a "T" suffix in the fourteenth character of the part
numbering scheme. (Example: T350A105K035A T)
5. Why did KEMET not make RoHS -Compliant products a standard offering?
KEMET realizes that not all customers desire a RoHS Compliant part at this time. Therefore, we will
continue to offer both options.
6. What solder reflow profile is recommended for the RoHS-Compliant parts?
RoHS-Compliant parts are suitable for both Pb-Free and SnPb wave solder systems with allowable peak
temperatures of 260 deg C. Refer to page 83 of Catalog F3100 for details.
7. How will I identify RoHS-Compliant product?
Product will be identified based on KEMET's EZID Program which will label the RoHS-Compliant product
as "RoHS-YES". Standard product build with SnPb terminations will be labeled as "RoHS-NO".
8. Is there a build time extension with RoHS -Compliant products?
No.
9. How can we get a material composition declaration?
A MCD is available through KEMET. Contact Metuchen Capacitors for a copy of this document.
For more information, contact Armbar
/22, /25, /30& /31 for "P" and "R" failure rate levels
KEMET has received approval for MIL-PRF-39006/22, /25, /30, /31 for "P" and
"R" failure rate levels. Confirmation of this approval is per DSCC letter
VQP-05-007557 dated December 2, 2004. This opens up an additional 85% of the
military wet tantalum market for these specifications. KEMET is one of two
manufacturers on the qualified product list (QPL) for "P" and "R" level products.
"M" level qualification was previously achieved in January 2004. Potential
customers for these products include military, avionics, and oil exploration.
Current availability is stock to seven weeks for most products.
For more information, contact MCI
High level of filtering in extremely small sizes
Spectrum Control introduces its complete line of surface mount filter
solutions for addressing EMI at the printed circuit board level. This
new line of surface mount inductors, low pass filters, high frequency
filters and power EMI filters is designed to offer high performance
EMI filtering with a minimal PCB foot print. Many of these
components provide a high level of filtering in extremely small sizes,
including several models in EIA 0402. This introduction significantly
expands Spectrum’s existing offering of feed-thru, interconnect and
power EMI filters.The new surface mount family consists of ferrite
chip and power beads, ferrite inductors, ceramic chip inductors, three
terminal chips, LC type chips, filter arrays, low pass filters (mini,
square, round and power), high frequency PCB filters, and mini PCB
power filters. Spectrum Control’s surface mount EMI filters will
feature the same level of reliability and quality as the company’s
other filter products.
-for more info click here
World's First 2.5GHz Split Ferrite -for more info click here
• Split ferrite with "defined air-gap" technology (patent pending)
• Helpful for EMI problems in frequency range of 100 MHz up to 2.5 GHz
• Data signals up to 100 MHz will not be effected
• Best performance (impedance) especially with 2 windings (2 cable through)
• Low magnetic saturation of the material and low reduction of impedance.
• Prefixing and cable protection system makes it easier to assemble and save time
• Not possible to remove from the cable without the WE key
• Non visible locking mechanism
• Unique and handy case design
• UL 94 V-0 plastic material for the case working temperature: -25°C to 130 °C
