TDK Film Capacitors Metallized Polyester (MKT) Series/Type: B32520 B32529 Withdrawal Data Sheet

Category: Capacitors, Electronics, EPCOS AG

Summary of Product Withdrawal Data Sheet for TDK Film Capacitors Series/Type B32520 B32529

The datasheet at hand is focused on informing customers about the withdrawal of certain Film Capacitor products manufactured by TDK, within the Metallized Polyester (MKT) series, specifically the Series/Type B32520 B32529.

The first section lists various products that are slated for withdrawal, along with critical dates for each affected item. These dates include the ‘Date of Withdrawal’, marking when the product is no longer available, followed by ‘Deadline Last Orders’ and ‘Last Shipments’ dates. The ordering codes for both the products being withdrawn, and their respective substitute products are also provided.

Key Details from the Withdrawal List:

The ‘Date of Withdrawal’ for all listed products is set for 04.04.2014 or 30.05.2014.
The ‘Deadline Last Orders’ for customers to place their final orders falls on 15.07.2014 for products withdrawn on 04.04.2014, and 31.08.2014 for those withdrawn on 30.05.2014.
‘Last Shipments’ of products will be completed by 15.10.2014 or 30.11.2014, respective of the initial withdrawal date.
Products affected by this notice can be identified by their distinct ordering codes, such as B3252900475M289 and B3252900335M289 amongst others.
Substitute products are also indicated in the data sheet, with their corresponding ordering codes, ensuring a seamless transition for customers who require continuous supply. For example, B3252905475M289 serves as the substitute product for the withdrawn B3252900475M289 capacitor.

This datasheet is of critical importance for clients utilizing the indicated capacitor products in their applications. It provides necessary guidance for procurement departments to adjust their orders and manage inventory in advance of the withdrawal dates. The specification of substitute products also allows customers to plan for replacements without significant disruptions to their operations.