Precision 1-10 Clock Buffer

Description The PI6C182B is a high-speed low-noise 1-10 non-inverting buffer designed for SDRAM clock buffer applications and supports higher frequencies up to 140 MHz. At power up all SDRAM output are enabled and active. The I2C Serial control may be used to individually activate/deactivate any

封装/外壳：28-SSOP（0.209"，5.30mm 宽） 包装：管件 描述：IC CLK BUFFER 1:10 140MHZ 28SSOP 集成电路（IC） 时钟缓冲器，驱动器

Precision 1-10 Clock Buffer

Description Pericom Semiconductor’s PI6C clock series is produced using the company’s advanced submicron CMOS technology, achieving industry leading speed. The PI6C182 is a high-speed low-noise 1-10 noninverting buffer designed for SDRAM clock buffer applications, supports frequencies up to 110

Precision 1-10 Clock Buffer

Description Pericom Semiconductor’s PI6C clock series is produced using the company’s advanced submicron CMOS technology, achieving industry leading speed. The PI6C182 is a high-speed low-noise 1-10 noninverting buffer designed for SDRAM clock buffer applications, supports frequencies up to 110

Precision 1-10 Clock Buffer

Description The PI6C182B is a high-speed low-noise 1-10 non-inverting buffer designed for SDRAM clock buffer applications and supports higher frequencies up to 140 MHz. At power up all SDRAM output are enabled and active. The I2C Serial control may be used to individually activate/deactivate any

Precision 1-10 Clock Buffer

Description The PI6C182B is a high-speed low-noise 1-10 non-inverting buffer designed for SDRAM clock buffer applications and supports higher frequencies up to 140 MHz. At power up all SDRAM output are enabled and active. The I2C Serial control may be used to individually activate/deactivate any

Precision 1-10 Clock Buffer

Description The PI6C182B is a high-speed low-noise 1-10 non-inverting buffer designed for SDRAM clock buffer applications and supports higher frequencies up to 140 MHz. At power up all SDRAM output are enabled and active. The I2C Serial control may be used to individually activate/deactivate any