ACT9300 Datasheet | Advanced Crystal Technology

Tel: 0044 (0)118 979 1238 Fax: 0044 (0)118 979 1283 E-mail: info@actcrystals. The ACT9300 family is a miniature low profile Surface Mount package, housed in a ceramic leadless chip carrier with a seam welded metal lid for high reliability and long term stability. The metal lid is grounded via the package to assist with EMI emission control. This 5x3.2mm packaged device is available in 1.8 ~ 5.0 volt supply voltages and is suitable for a wide range of applications. Taped and reeled packaging and loose quantities are available for purchase, to suit high and low volume requirements. The pads are gold plated on all surfaces to allow a variety of assembly processes, including wire bonding. The device is TTL/HCMOS patible. Specification Parameter Supply Voltage Symbol VDD fo Δf/fo Topr Tstg Iop 6m A 7m A 15m A 25m A Tr Tf Tw/t VOL VOH N/CL Tosc No Connection VIH : ≥90% of VDD VIL : ≤10% of VDD 5n S 7m A 8m A 20m A 30m A 6n S 1.8VDC±10% Specification 2.5VDC±10% 3.3VDC ±10% 5.0VDC±10% Please specify Please specify Please specify Please specify 1.544 to 125.000MHz ±25, ±50 or ±100ppm (±15ppm please enquire) 0 ~ +70°C ( -20 ~ 70°C, -40 ~ +85°C option ) -55 to +125°C 8m A 10m A 25m A 35m A 7n S 15m A 20m A 35m A 40m A 5n S Please specify .. Frequency Range Frequency Stability Temp Operating Range Temp Storage Range Supply Current (max) 1.544 to 9.999MHz 10.000 to 34.999MHz 35.000 to 49.999MHz 50.000 to 125.000MHz Rise & Fall Time (max) Duty Cycle Output Level ‘0’ Output Level ‘1’ Output Load Start-up Time 40/60% ( Options 45/55% & 47.5/52.5% ) @ 1 / 2 Vdd 10% V DD max (HCMOS) 90% V DD min (HCMOS) 30pf Max ( 15pf typ ) 10m S max Enable output Enable output Disable output : High Impedance 5 ppm per year. max @25°C 10 secs @ 260°C Max Tri-state Input Voltage Aging Reflow Profile Period Jitter (Absolute) Period Jitter (one sigma) Fa Tj Tj 100ps ( Max ) 25ps ( Max ) Pad surface material Au APPLICATIONS: -Microprocessor clock, -PDA/Notebook, -Wireless applications, -Audio, -Gigabit...