Référence fabricant
TC682EOA
TC682 Series CMOS 5.5 V 10 mA Inverting Charge Pump Controller SMT - SOIC-8
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| Nom du fabricant: | Microchip | ||||||||||
| Emballage standard: | Product Variant Information section Emballages disponiblesQté d'emballage(s) :100 par Tube Style d'emballage :SOIC-8 Méthode de montage :Surface Mount | ||||||||||
| Code de date: | |||||||||||
Microchip TC682EOA - Spécifications du produit
Informations de livraison:
ECCN:
Informations PCN:
***UPDATE OF PCN110995, PCN111020, PCN116766***Revision History: February 20, 2025: Issued initial notification.February 21, 2025: Re-issued initial notification to update the qualification plan. October 17, 2025: Issued final notification. Attached the qualification report. Provided estimated first ship date to be on November 20, 2025. October 23, 2025: Re-issued final notification to update pre and post change table to "wafer size". Description of Change: Qualification of Microchip Technology Colorado ? Fab 5 (MCSO) as a new fabrication location for TC7107, TC7107A, TC7106, TC7106A, TC7660, TC1044S, TC623, TC682, TC7116, TC514, TC7662B, TC7117, TC510, TC4431, TC4432, TC624, TC7117A, TC7116A, TC7660S, TC7129 and TC7660H device families of 40K and 42K 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.Estimated First Ship Date: 20 November 2025 (date code: 2547)
***UPDATE OF PCN110995 & PCN111020***Revision History: February 20, 2025: Issued initial notification.February 21, 2025: Re-issued initial notification to update the qualification plan. October 17, 2025: Issued final notification. Attached the qualification report. Provided estimated first ship date to be on November 20, 2025. Description of Change: Qualification of Microchip Technology Colorado ? Fab 5 (MCSO) as a new fabrication location for TC7107, TC7107A, TC7106, TC7106A, TC7660, TC1044S, TC623, TC682, TC7116, TC514, TC7662B, TC7117, TC510, TC4431, TC4432, TC624, TC7117A, TC7116A, TC7660S, TC7129 and TC7660H device families of 40K and 42K 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 inquiry.Estimated First Ship Date: 20 November 2025 (date code: 2547)
Description of Change: Qualification of Microchip Technology Colorado ? Fab 5 (MCSO) as a new fabrication location for TC7107, TC7107A, TC7106, TC7106A, TC7660, TC1044S, TC623, TC682, TC7116, TC514, TC7662B, TC7117, TC510, TC4431, TC4432, TC624, TC7117A, TC7116A, TC7660S, TC7129 and TC7660H device families 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 calledTempe_Fab2_IATF_Decertification is for the manufacturing site deactivation of Microchip Technology Tempe ? Fab 2 (TMGR), contact your local Microchip sales office for inquiries.Estimated Qualification Completion Date: August 2025Revision History: February 20, 2025: Issued initial notification.February 21, 2025: Re-issued initial notification to update the qualification plan.
Description of Change: Qualification of Microchip Technology Colorado ? Fab 5 (MCSO) as a new fabrication location for TC7107, TC7107A, TC7106, TC7106A, TC7660, TC1044S, TC623, TC682, TC7116, TC514, TC7662B, TC7117, TC510, TC4431, TC4432, TC624, TC7117A, TC7116A, TC7660S, TC7129 and TC7660H device families 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.Pre and Post Summary Changes:? Pre Change: Fabrication Site = Microchip Technology Tempe ? Fab 2 (TMGR), Wafer Size = 8"? Post Change: Fabrication Site = Microchip Technology Colorado(MCSO), Wafer Size = 6"
Statut du produit:
Microchip TC682EOA - Caractéristiques techniques
| Topology: | Charge Pump |
| Input Voltage: | 2.4V to 5.5V |
| Output Current-Max: | 10mA |
| Output Type: | Fixed |
| Switching Frequency-Max: | 12kHz |
| Operating Temp Range: | -40°C to +85°C |
| Efficiency: | 92% |
| No. of Outputs: | 1 |
| Quiescent Current: | 185µA |
| Storage Temperature Range: | -65°C to +150°C |
| Power Consumption: | 470mW |
| Style d'emballage : | SOIC-8 |
| Méthode de montage : | Surface Mount |
Fonctionnalités et applications
The TC682EOA is a part of TC682 Series Switching Regulators. It can sustain a temperature ranging from -40 to +85°C, It comes in 8 pin SOIC package.
The TC682 is a CMOS charge pump converter that provides an inverted doubled output from a single positive supply. An on-board 12kHz (typical) oscillator provides the clock and only 3 external capacitors are required for full circuit implementation.
Features:
- 99.9% Voltage Conversion Efficiency
- 92% Power Conversion Efficiency
- Wide Input Voltage Range:
- +2.4 V to +5.5 V
- Only 3 External Capacitors Required
- 185 µA Supply Current
- Space-Saving 8-Pin SOIC and 8-Pin PDIP Packages
Applications:
- -10 V from +5 V Logic Supply
- -6 V from a Single 3 V Lithium Cell
- Portable Handheld Instruments
- Cellular Phones
- LCD Display Bias Generator
- Panel Meters
- Operational Amplifier Power Supplies
View the complete TC682 series Switching Regulator family
Emballages disponibles
Qté d'emballage(s) :
100 par Tube
Style d'emballage :
SOIC-8
Méthode de montage :
Surface Mount