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Image	Part Number	D.S	Description	Package Category	Prices / Stock	Model	Action
	DLC2/6SGD Kingbright	1	Kingbright DLC2/6SGD, Round Series 6 Green LED, 20 mm, Round Lens Through Hole Package	Other	DLC2/6SGD	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MFDDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MFDDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F571MJCDLC#20 Renesas Electronics	1	32-bit microcontroller capable of up to 240 MHz operation. Employs the RXv2 core, a more powerful evolved form of the RX core that was used in previous RX devices, while maintaining compatibility. Realizes 1160 CoreMark, the top performance among microcontrollers with built-in flash. Cache optimized for flash memory (AFU) can realize equivalent of 240-MHz zero wait flash memory access. The wait time for the CPU is a mere 1 cycle thanks to the 120-MHz zero wait access flash memory. This extremely high-speed	BGA	R5F571MJCDLC#20	3D model available Symbol and footprint available 3	1 Download Model
	ESDLC2504P8-TP MCC	1	ESD Protection Devices ,IPP :25A ,PPK :375 w ,TSTG :-55°C to +150°C,DFN2626-10.	Other	ESDLC2504P8-TP	3D model available Symbol and footprint available 3	1 Download Model

	PJDLC24 PANJIT	1	ESD Protection - PJDLC24 , UNI, 2 lines, 2415, 1µA, SOT-23	SOT23 (3-Pin)	PJDLC24	3D model available Symbol and footprint available 3	1 Download Model
	R5F571MFDDLC#20 Renesas Electronics	1	32-bit microcontroller capable of up to 240 MHz operation. Employs the RXv2 core, a more powerful evolved form of the RX core that was used in previous RX devices, while maintaining compatibility. Realizes 1160 CoreMark, the top performance among microcontrollers with built-in flash. Cache optimized for flash memory (AFU) can realize equivalent of 240-MHz zero wait flash memory access. The wait time for the CPU is a mere 1 cycle thanks to the 120-MHz zero wait access flash memory. This extremely high-speed	BGA	R5F571MFDDLC#20	3D model not available Symbol and footprint available 2	1 Download Model
	R5F571MJDDLC#20 Renesas Electronics	1	32-bit microcontroller capable of up to 240 MHz operation. Employs the RXv2 core, a more powerful evolved form of the RX core that was used in previous RX devices, while maintaining compatibility. Realizes 1160 CoreMark, the top performance among microcontrollers with built-in flash. Cache optimized for flash memory (AFU) can realize equivalent of 240-MHz zero wait flash memory access. The wait time for the CPU is a mere 1 cycle thanks to the 120-MHz zero wait access flash memory. This extremely high-speed	BGA	R5F571MJDDLC#20	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MFCDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MFCDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F571MLHDLC#20 Renesas Electronics	1	32-bit microcontroller capable of up to 240 MHz operation. Employs the RXv2 core, a more powerful evolved form of the RX core that was used in previous RX devices, while maintaining compatibility. Realizes 1160 CoreMark, the top performance among microcontrollers with built-in flash. Cache optimized for flash memory (AFU) can realize equivalent of 240-MHz zero wait flash memory access. The wait time for the CPU is a mere 1 cycle thanks to the 120-MHz zero wait access flash memory. This extremely high-speed	BGA	R5F571MLHDLC#20	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MLGDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MLGDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	DLC2/6ID Kingbright	1	Kingbright DLC2/6ID, Round Series 6 Red LED, 20 mm, Round Lens Through Hole Package	Other	DLC2/6ID	3D model available Symbol and footprint available 3	1 Download Model
	DLC2/6GD Kingbright	1	Kingbright DLC2/6GD, Round Series 6 Green LED, 20 mm, Round Lens Through Hole Package	Other	DLC2/6GD	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MLDDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MLDDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	ESDLC24VT2BHE3-TP-A9019 MCC	1	ESD Protection Device ,5A ,180 w ,SOT-23	SOT23 (3-Pin)	ESDLC24VT2BHE3-TP-A9019	3D model available Symbol and footprint available 3	1 Download Model
	R5F571MFGDLC#20 Renesas Electronics	1	32-bit microcontroller capable of up to 240 MHz operation. Employs the RXv2 core, a more powerful evolved form of the RX core that was used in previous RX devices, while maintaining compatibility. Realizes 1160 CoreMark, the top performance among microcontrollers with built-in flash. Cache optimized for flash memory (AFU) can realize equivalent of 240-MHz zero wait flash memory access. The wait time for the CPU is a mere 1 cycle thanks to the 120-MHz zero wait access flash memory. This extremely high-speed	BGA	R5F571MFGDLC#20	3D model available Symbol and footprint available 3	1 Download Model

	R5F571MFHDLC#20 Renesas Electronics	1	32-bit microcontroller capable of up to 240 MHz operation. Employs the RXv2 core, a more powerful evolved form of the RX core that was used in previous RX devices, while maintaining compatibility. Realizes 1160 CoreMark, the top performance among microcontrollers with built-in flash. Cache optimized for flash memory (AFU) can realize equivalent of 240-MHz zero wait flash memory access. The wait time for the CPU is a mere 1 cycle thanks to the 120-MHz zero wait access flash memory. This extremely high-speed	BGA	R5F571MFHDLC#20	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MGCDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MGCDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MGHDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MGHDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MFHDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MFHDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F571MLCDLC#20 Renesas Electronics	1	32-bit microcontroller capable of up to 240 MHz operation. Employs the RXv2 core, a more powerful evolved form of the RX core that was used in previous RX devices, while maintaining compatibility. Realizes 1160 CoreMark, the top performance among microcontrollers with built-in flash. Cache optimized for flash memory (AFU) can realize equivalent of 240-MHz zero wait flash memory access. The wait time for the CPU is a mere 1 cycle thanks to the 120-MHz zero wait access flash memory. This extremely high-speed	BGA	R5F571MLCDLC#20	3D model available Symbol and footprint available 3	1 Download Model
	R5F5651CDDLC#20 Renesas Electronics	1	The Renesas RX651 is mainstream RX microcontrollers with RXv2 core, large-capacity RAM, and enhanced security, connectivity and human machine interface (HMI) capabilities.	BGA	R5F5651CDDLC#20	3D model available Symbol and footprint available 3	1 Download Model
	ESDLC24VT2BHE3-TP MCC	1	ESD Protection Device SOT-23	SOT23 (3-Pin)	ESDLC24VT2BHE3-TP	3D model available Symbol and footprint available 3	1 Download Model
	R5F571MGGDLC#20 Renesas Electronics	1	32-bit microcontroller capable of up to 240 MHz operation. Employs the RXv2 core, a more powerful evolved form of the RX core that was used in previous RX devices, while maintaining compatibility. Realizes 1160 CoreMark, the top performance among microcontrollers with built-in flash. Cache optimized for flash memory (AFU) can realize equivalent of 240-MHz zero wait flash memory access. The wait time for the CPU is a mere 1 cycle thanks to the 120-MHz zero wait access flash memory. This extremely high-speed	BGA	R5F571MGGDLC#20	3D model available Symbol and footprint available 3	1 Download Model
	R5F571MFCDLC#20 Renesas Electronics	1	32-bit microcontroller capable of up to 240 MHz operation. Employs the RXv2 core, a more powerful evolved form of the RX core that was used in previous RX devices, while maintaining compatibility. Realizes 1160 CoreMark, the top performance among microcontrollers with built-in flash. Cache optimized for flash memory (AFU) can realize equivalent of 240-MHz zero wait flash memory access. The wait time for the CPU is a mere 1 cycle thanks to the 120-MHz zero wait access flash memory. This extremely high-speed	BGA	R5F571MFCDLC#20	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MJHDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MJHDLC#21	3D model available Symbol and footprint available 3	1 Download Model
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