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MIC3231YTSE
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94 par Tube
TSSOP-16EP
Surface Mount
Informations de livraison:
Le pays d’origine (COO) est attribué au moment de l’expédition et ne peut pas être sélectionné lors du processus de commande. Tous les documents indiqueront le COO au moment de l’expédition.
Code HTS:
ECCN:
Informations PCN:
*** Update for PCN 111554 ***Revision History: March 19, 2025: Issued initial notification.December 17, 2025: Issued final notification. Attached the qualification report. Provided estimated first ship date to be on January 14, 2026. Added column "Change (Yes/No)" in the pre and post change table. Updated part list to add 2A827 and MIC69303RTYME-HP_ASSY and remove MIC69303RTSGC-E, MIC69303RTSGC-MQ, MIC69303RTSGC-SV and MIC69303RTYME HP catalog part numbers (CPN). Description of Change: Qualification of Microchip Technology Colorado ? Fab 5 (MCSO) as a new fabrication location for selected 161-699102, MAQ3203, MIC21xx, MIC22xx, MIC25xx, MIC32xx, MIC422x, MIC44Fxx, MIC682xx, MIC68400, MIC68401, MIC691xx, MIC6930, MIC69502, MIC79110 and MIC920 device families of 2AK (BCD12) technology available in various packages.Reason for Change: To improve manufacturability and on time delivery performance by qualifying a new fabrication location (MCSO - FAB 5), which is a Microchip-owned facility that offers significant expansion potential to better meet future client demand. *Note: The attached file called Tempe_Fab2_IATF_Decertification is for the manufacturing site deactivation of Microchip Technology Tempe ? Fab 2 (TMGR), contact your local Microchip sales office for inquiries.Change Implementation Status: In ProgressEstimated First Ship Date: 14 January 2026 (date code: 2603)
Description of Change: Qualification of Microchip Technology Colorado ? Fab 5 (MCSO) as a new fabrication location for selected 161-699102, MAQ3203, MIC21xx, MIC22xx, MIC25xx, MIC32xx,MIC422x, MIC44Fxx, MIC682xx, MIC68400, MIC68401, MIC691xx, MIC6930, MIC69502, MIC79110 and MIC920 device families of 2AK (BCD12) technology available in various packages.Reason for Change: To improve manufacturability and on time delivery performance by qualifying a new fabrication location (MCSO - FAB 5), which is a Microchip-owned facility that offers significant expansion potential to better meet future client demand.
Revision History:May 29, 2023: Issued initial notification.May 24, 2024: Issued final notification. Attached the Qualification Report. Revised the affected parts list due to updated scope. Provided estimated first ship date to be on June 14, 2024.Description of Change:Qualification of UNIG as a new final test site for various products available in Tube, Tray and Tape & Reel packing media.Reason for Change:To improve manufacturability and on-time delivery performance by qualifying UNIG as a new final test site.
PCN Status:Initial NotificationDescription of Change:Qualification of UNIG as a new final test site for various products available in Tube, Tray and Tape & Reel packing media.Reason for Change:To improve manufacturability and on-time delivery performance by qualifying UNIG as a new final test site.
Statut du produit:
The MIC3231YTSE/2 are constant current boost switching controllers specifically designed to power one or more strings of high power LEDs. The MIC3230/1/2 have an input voltage range from 6 V to 45 V and are ideal for a variety of solid state lighting applications.
The MIC3230/1/2 utilizes an external power device which offers a cost conscious solution for high power LED applications. The powerful drive circuitry can deliver up to 70 W to the LED system. Power consumption has been minimized through the implementation of a 250 mV feedback voltage reference providing an accuracy of ±3%. The MIC323x family is dimmable via a pulse width modulated (PWM) input signal and also features an enable pin for low power shutdown. Multiple MIC3230 ICs can be synchronized to a common operating frequency. The clocks of these synchronized devices can be used together in order to help reduce noise and errors in a system.
An external resistor sets the adjustable switching frequency of the MIC3230/1. The switching frequency can be between 100 kHz and 1 MHz. Setting the switching frequency provides the mechanism by which a design can be optimized for efficiency (performance) and size of the external components (cost). The MIC323x family of LED drivers also offer the following protection features: Over voltage protection (OVP), thermal shutdown and under-voltage lock-out (UVLO). The MIC3231 offers a dither feature to assist in the reduction of EMI. This is particularly useful in sensitive EMI applications, and provides for a reduction or emissions by approximately 10 dB. The MIC3232 is a 400 kHz fixed frequency device offered in a small MSOP-10 package. The MIC3230/1 are offered in both the EPAD TSSOP-16 package and the 3 mm × 3 mm MLF®-12 package.
Key Features:
Applications:
To learn more about the MIC323x product family, Click Here.
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