Orders shipping outside of United States will be on hold while the company evaluates tariff impacts.Please contact your salesperson for assistance.
Free shipping within the continental US over $50. Conditions apply
Manufacturer Part #
HV9921N8-G
HV9921 Series 400 V 20 mA Buck Switch-Mode LED Lamp Driver Ics - SOT-89-3
| | |||||||||||
| | |||||||||||
| Mfr. Name: | Microchip | ||||||||||
| Standard Pkg: | Product Variant Information section Available PackagingPackage Qty:2000 per Reel Package Style:SOT-89 (SC-62) Mounting Method:Surface Mount | ||||||||||
| Date Code: | |||||||||||
Microchip HV9921N8-G - Product Specification
Shipping Information:
ECCN:
PCN Information:
Description of Change:Qualification of Microchip Technology Colorado ? Fab 5 (MCSO) as a new fabrication location for the selected CL8800, CL8801, HV9110, HV9112, HV9113, HV9120, HV9123, HV9901, HV9910, HV9910B, HV9911, HV9921, HV9922, HV9923, HV9930, HV9931, HV9961, LR645, LR745 and LR8 device families of BIC8 800V (6TK, 6SK, 68K, 66K) technology available in various packages.Pre and Post Summary Changes: See attached documentImpacts to Datasheet:NoneChange Impact:NoneReason 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 Qualification Completion Date: November 2025Note: Please be advised the qualification completion times may be extended because of unforeseen business conditions however implementation will not occur until after qualification has completed and a final PCN has been issued. The final PCN will include the qualification report and estimated first ship date. Also note that after the estimated first ship date guided in the final PCN customers may receive pre and post change parts.Timetable Summary: See attached documentMethod to Identify Change: Traceability CodeRevision History:March 25, 2025: Issued initial notification.
Description of Change: Qualification of GTBF as an additional assembly site for selected CL1N8-G, CL25N8-G, CL2N8-G, FP0100N8-G, HV9921N8-G, HV9922N8-G, HV9923N8-G, LND150N8-G, LR645N8-G, LR745N8-G, LR8N8-G and MD0100N8-G catalog part numbers (CPN) available in 3L SOT-89 package.Reason for Change: To improve productivity by qualifying GTBF as an additional assembly site.
PCN Status:Initial NotificationDescription of Change:Qualification of GTBF as an additional assembly site for selected CL1N8-G, CL25N8-G, CL2N8-G, FP0100N8-G, HV9921N8-G, HV9922N8-G, HV9923N8-G, LND150N8-G, LR645N8-G, LR745N8-G, LR8N8-G and MD0100N8-G catalog part numbers (CPN) available in 3L SOT-89 package.Impacts to Data Sheet:Yes. POD (Product Outline Drawing).Reason for Change:To improve productivity by qualifying GTBF as an additional assembly site.Change Implementation Status:In ProgressEstimated Qualification Completion Date:November 2023
Part Status:
- https://futureelec.wufoo.com/forms/?formname=r8bzou01ws8brs&field12=NA&field16=en&field2=HV9921N8-G&field4=Microchip&field18=https://p1na.futureelectronics.com/fr/p/semiconductors--analog--drivers--led-drivers-linear-mode/hv9921n8-g-microchip-6090041
- https://futureelec.wufoo.com/forms/?formname=r8bzou01ws8brs&field12=NA&field16=en&field2=HV9921N8-G&field4=Microchip&field18=https://p1na.futureelectronics.com/fr/p/semiconductors--analog--drivers--led-drivers-linear-mode/hv9921n8-g-microchip-6090041
Microchip HV9921N8-G - Technical Attributes
| No of Outputs: | Single |
| Supply Voltage: | 7.5V |
| Supply Current: | 200µA |
| Output Current per Channel: | 20mA |
| Operating Temp Range: | -40°C to +85°C |
| Package Style: | SOT-89 (SC-62) |
| Mounting Method: | Surface Mount |
Available Packaging
Package Qty:
2000 per Reel
Package Style:
SOT-89 (SC-62)
Mounting Method:
Surface Mount