Yes, FPGACenter currently has 2.707 units of 8019530000 in stock. Orders placed before 3 PM (CST) are eligible for same-day dispatch. No minimum order quantity required.
The ADL5306ACP-REEL7 is an application-specific IC manufactured by Rochester Electronics. Design review should confirm supply voltage, interface compatibility, package fit, operating temperature limits, and lot/date code traceability, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This Surface Mount component is supplied in a 16-VFQFN Exposed Pad, CSP package suitable for both prototyping and production builds. Designed for audio systems, instrumentation, and medical devices applications, the ADL5306ACP-REEL7 is no longer produced by Rochester Electronics; FPGACenter maintains verified stock sourced through certified supply chain partners.
The LT6350CDD#PBF is an application-specific IC manufactured by Linear Technology. Design review should confirm supply voltage, interface compatibility, package fit, operating temperature limits, and lot/date code traceability, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This Surface Mount component is supplied in a 8-WFDFN Exposed Pad package suitable for both prototyping and production builds. Designed for audio systems, instrumentation, and medical devices applications, the LT6350CDD#PBF is currently in active production through Linear Technology's standard distribution channels.
The LT6108HDCB-1#TRPBF is an application-specific IC manufactured by Linear Technology. Design review should confirm supply voltage, interface compatibility, package fit, operating temperature limits, and lot/date code traceability, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This Surface Mount component is supplied in a 8-WFDFN Exposed Pad package suitable for both prototyping and production builds. Designed for audio systems, instrumentation, and medical devices applications, the LT6108HDCB-1#TRPBF is currently in active production through Linear Technology's standard distribution channels.
The ADA4941-1YCPZ-R7 is an application-specific IC manufactured by Analog Devices. Design review should confirm supply voltage, interface compatibility, package fit, operating temperature limits, and lot/date code traceability, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This Surface Mount component is supplied in a 8-WFDFN Exposed Pad, CSP package suitable for both prototyping and production builds. Designed for audio systems, instrumentation, and medical devices applications, the ADA4941-1YCPZ-R7 is currently in active production through Analog Devices's standard distribution channels.
The LTC6405IUD#PBF is an application-specific IC manufactured by Linear Technology. Design review should confirm supply voltage, interface compatibility, package fit, operating temperature limits, and lot/date code traceability, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This Surface Mount component is supplied in a 16-WFQFN Exposed Pad package suitable for both prototyping and production builds. Designed for audio systems, instrumentation, and medical devices applications, the LTC6405IUD#PBF is currently in active production through Linear Technology's standard distribution channels.
The LA8123TT-TLM-E is an application-specific IC manufactured by Rochester Electronics. Design review should confirm supply voltage, interface compatibility, package fit, operating temperature limits, and lot/date code traceability, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This Surface Mount component is supplied in a 8-TSSOP, 8-MSOP (0.118", 3.00mm Width) package suitable for both prototyping and production builds. Designed for audio systems, instrumentation, and medical devices applications, the LA8123TT-TLM-E is currently in active production through Rochester Electronics's standard distribution channels.