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型号	厂家	封装	批号	描述	日期

LDS8681	IXYS	2x3x0.8 8-pin TDFN		DISPLAY LED Flash LED Drivers White LED Driver for Photo Flash using PWM Technology	20120109
LDS8680	IXYS	2x3x0.8 8-pin TDFN		DISPLAY LED Flash LED Drivers White LED Driver for Photo Flash using SmartOne Wire?	20120109
LDS8641	IXYS	2x3x0.8 8-pin TDFN		DISPLAY LED Flash LED Drivers White LED Driver for Photo Flash using PWM Technology	20120109
LDS8640	IXYS	2x3x0.8 8-pin TDFN		DISPLAY LED Flash LED Drivers White LED Driver for Photo Flash using SmartOne Wire?	20120109
AND8393D	Onsemi			48 W. 24 V/7.5 V Universal Input AC-DC Printer Adapter Using the NCP1219	20111229
XRT86VL38	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT86VL34	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT86VL32	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT86VL30	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT86SH328	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT86SH221	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT83VSH38	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT83VSH316	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT83VSH314	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT83VSH28	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT83SL38	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT83SL34	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT83SL314	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT83SL30	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT83SL28	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT83SL216	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT83SH38	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT83SH314	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT83L38	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT83L34	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT83L314	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XRT83L30	Exar			TAN-056. High Impedance Drivers During Power Failure Using XRT83SL3X/L3X LIU	20111228
XR2211A	Exar			TAN-009. Designing Caller Identification Delivery Using XR2211 for B.T.	20111228
XR2211A	Exar			TAN-008. Designing Caller Identification Delivery Using XR2211 for U.S.	20111228
SP7655	Exar			DS-40. Converting 12V Input to 1.2V Output Processor Core Voltage At Up To 8A Using Sipex PowerBlox. Achieving Over 82% Efficiency in Extremely Low Duty Cycle Conversions	20111228
SP7653	Exar			DS-57. Using First Generation PowerBlox With Up To 16V Input For Providing 3A LED Drive Current. Using Only 0.5 Square Inch Design Solution	20111228
SP7652	Exar			DS-39. Providing 48W (6A At 8V) from 12V Input Using Sipex PowerBlox At Over 95% Peak Efficiency	20111228
SP6685	Exar			ANP-10. Using SP6685 to Provide a Tiny. Efficient. High Power LED Camera Flash Solution	20111228
SP6661	Exar			ANI-01. 1.8V RS232 Interface Using SP3203E & SP6661	20111228
SP6652	Exar			DS-54. 1.4MHz PWM Synchronous Buck Regulator Provides 1A Output At 1.2V With Less Than 10mV Output Ripple Using A Tiny Ripple Reduction Capacitor	20111228
SP6652	Exar			DS-42. Using Sipex High Efficiency PFM Synchronous Buck Regulator to Convert 3.3V or 5V Input to 1.3V/1A Output With Small PCB Area and Only 5mV Output Ripple Voltage	20111228
SP6652	Exar			ANP-09. Using SP6652 For a Positive to Negative Buck Boost Converter	20111228
SP6136	Exar			DS-41. Reducing Parasitic Oscillations to Achieve Low Noise Power Conversions Solutions Using Sipex Synchronous DC/DC Buck Controllers; Up to 24V Input and 10A Output Solutions	20111228
SP6136	Exar			ANP-01. Using Sipex PWM Controllers for Boost Conversion	20111228
SP6133	Exar			DS-41. Reducing Parasitic Oscillations to Achieve Low Noise Power Conversions Solutions Using Sipex Synchronous DC/DC Buck Controllers; Up to 24V Input and 10A Output Solutions	20111228
SP6133	Exar			ANP-01. Using Sipex PWM Controllers for Boost Conversion	20111228
SP6126	Exar			DS-70. Using Sipex SOT-23 Non-Synchronous Buck Controllers As A Current Limited Battery Charger Supply	20111228
SP509	Exar			ANI-03. Using Sipex SP3508 Multi-Protocol with QUICC? or PowerQUICC? Communications Processors	20111228
SP508	Exar			ANI-03. Using Sipex SP3508 Multi-Protocol with QUICC? or PowerQUICC? Communications Processors	20111228
SP3508	Exar			ANI-03. Using Sipex SP3508 Multi-Protocol with QUICC? or PowerQUICC? Communications Processors	20111228
SP3203E	Exar			ANI-01. 1.8V RS232 Interface Using SP3203E & SP6661	20111228
SP2996	Exar			DS-02. SP2996 DDR Termination Circuit Using Ceramic Capacitors	20111228
SP2996	Exar			ANP-12. Low Cost. High Performance DDR Termination Using SP2996B	20111228
ATA5575M1	Atmel			Read/Write LF RFID OTP IDIC 100 to 150kHz for general Consumer and Industrial applications using the 64bit Unique-Format.	20111226
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