Configurable High Performance SMD TCXO/VCTCXO ESD Sensitive RoHS/RoHS II Compliant ASGTX Pb 9.0 x 7.0 x 2.24 mm OVERVIEW: ASGTX temperature compensated Crystal Oscillators are designed to accommodate a broad breadth of Precision TCXO requirements, without NRE and extended lead-times. This oscillator series is designed and manufactured by Abracon Corporation and is available to order from 1pc to high volume production quantities. 1-5 day quick-turn availability of a TCXO/VCTCXO with LVCMOS output, Any frequency between 10MHz & 250MHz For example, if a reference oscillator requirement calls out 49.7521MHz 1.00 ppm TCXO/VCTCXO with LVCMOS output, ASGTX can be configured and shipped within 1-5 days and in most cases, same day if order is received before noon. Customers with low-to-mid annual volume requirements find it difficult to procure custom frequency TCXO/VCTXCOs without costly NRE charges and/or long lead-times (> 12 weeks). 1-5 day quick turn availability of a TCXO/VCTXCO requiring LVDS or LVPECL Differential output, Any frequency between 10MHz to 1.50GHz ASGTX is available with either LVDS or LVPECL output, from 10MHz to 1.50GHz at any desired frequency, such as 149.875MHz, 1.00GHz, 1.5GHz, etc. with as tight as 1.00 ppm stability over temperature. No other solution in the marketplace currently offers such capability, especially in a small form-factor of 9.0x7.0x2.24 mm. ASGTX is suitable for a wide variety of precision timing applications where TCXO/VCTXOs are typically employed. In addition, for high frequency LO requirements, traditionally customers have relied on SAW based oscillators. Such devices are only available at a few fixed frequencies, such as 915MHz, 1.0GHz, etc. They are typically in 9x14mm or bigger packages and vary as much as 100 ppm over temperature. Although ASGTX series will be slightly less favorable in phase noise performance compared to SAW based oscillators, it offers the following key advantages: o 1.00 ppm stability over -30C to +70C & 2.00 ppm stability over -40C to +85C o Any carrier frequency between 10MHz & 1.50GHz o LVCMOS Output (10MHz to 250MHz) or LVDS / LVPECL Output (10MHz to 1.50GHz) o Small form-factor of 9.0x7.0x2.24 mm o No NRE or lead-time APPLICATIONS: FEATURES: 10MHz to 1.50GHz, any Carrier Frequency in differential mode 40G & 100G Ethernet (LVDS or LVPECL) WiMax, 10MHz to 250MHz, any Carrier Frequency in LVCMOS mode LTE, BTS -40C to +85C operating temperature range CATV, LAN, LMDS 1.0ppm stability over -30C to +70C and 2.0ppm stability over Point-to-Point communication networks -40C to +85C Minimum guaranteed pull ability of 10ppm in VCTCXO mode Good Phase Noise, excellent Harmonics and Spurious content Guaranteed rms jitter of 1.80ps maximum 1.50GHz carrier (LVDS mode) Immediate availability, 5-day maximum lead-time for small quantities 2 Faraday, Suit B, Irvine, California 92618 Revised: 10.16.14 ABRACON IS ABRACON IS ISO9001:2008 tel: 949-546-8000 fax: 949-546-8001 CECERRTIFIED TIFIED CERTIFIED Visit www.abracon.com for Terms & Conditions of SaleConfigurable High Performance SMD TCXO/VCTCXO RoHS/RoHS II Compliant ASGTX Pb 9.0 x 7.0 x 2.24 mm KEY ELECTRICAL SPECIFICATIONS: Parameters Minimum Typical Maximum Units Notes LVCMOS 10 250 Frequency: LVDS 10 1500 MHz LVPECL 10 1500 Operating Temperature: -40 +85 C Storage Temperature: -40 +85 C Frequency Stability: -1.50 1.00 +1.50 ppm 1 hour after reflow Initial Set Tolerance Stability over -30C to +70C -1.00 +1.00 Option 1 operating ppm -40C to +85C ** -2.00 +2.00 Option 2 temperature* Aging 25C after one year -1.00 +1.00 ppm Supply Voltage (Vdd): 3.135 3.300 3.465 V Startup Time: 3 ms Control Voltage***: 0 Vdd V In VCTCXO Mode Frequency Pull: 10 ppm Phase jitter RMS tjit( ) **** <1.00 1.80 ps Frequency dependent (12kHz to 20MHz) Notes * Relative to measured frequency post reflow ** Please contact Abracon for 1.00 ppm frequency stability over -40C to +85C *** Center Control Voltage value is either 1.28V 0.20V or, 1.55V 0.20V for the device to be with-in 1.50 ppm of final frequency, 1-hour post reflow **** 1.8ps max is guaranteed for LVCMOS and LVDS output modes. For LVPECL mode at carrier frequency greater than 1.289GHz, the maximum RMS jitter is 3.0ps Key Electrical Specifications LVCMOS Parameters Minimum Typical Maximum Units Notes Supply Current (I ): 45 mA Frequency dependent dd Output Load: 15 pF V 0.9*V V OH dd Output Logic Level: V 0.1*V V OL dd Rise Time (Tr): 1000 ps Fall Time (Tf): 1000 ps Duty Cycle: 45 55 % 1/2Vdd 2 Faraday, Suit B, Irvine, California 92618 Revised: 10.16.14 ABRACON IS ABRACON IS ISO9001:2008 tel: 949-546-8000 fax: 949-546-8001 CECERRTIFIED TIFIED CERTIFIED Visit www.abracon.com for Terms & Conditions of Sale