Product Overview
The MG7050VAN is a multi-output low jitter Surface Acoustic Wave (SAW) oscillator designed for high-performance applications. It offers ultra-low jitter performance, with options for 2 or 4 LVDS outputs to reduce the need for fan-out buffers. The oscillator operates within a frequency range of 100 MHz to 700 MHz and is available with 2.5 V or 3.3 V power supply options. Its compact 7.0 x 5.0 x 1.6 mm external dimensions make it suitable for space-constrained designs. Key applications include Servers, Storage, and Network Instruments.
Product Attributes
- Brand: Seiko Epson Corporation
- Product Type: Multi-output Low Jitter Surface Acoustic Wave (SAW) Oscillator (MOSO)
- Output Type: LVDS
- Certifications: ISO 14001, ISO 9001, ISO/TS 16949
- Environmental Compliance: RoHS Directive, Lead-free
Technical Specifications
| Specification | Details | Conditions/Notes |
|---|---|---|
| Product Name | MG7050VAN | |
| Product Number | X1M000421xxxx00 | (Contact us for details) |
| Output Frequency Range (f0) | 100 MHz ~ 700 MHz | Please contact us for information on other available frequencies. |
| Standard Frequencies | 100MHz, 106.25MHz, 125MHz, 150MHz, 156.25MHz, 200MHz, 212.5MHz, 250MHz, 300MHz, 312.5MHz | |
| Power Supply Voltage (VCC) | D: 2.5 V 0.125 V C: 3.3 V 0.33 V | Vcc1 and Vcc2 require the same voltage. |
| Storage Temperature (T_stg) | -55 C ~ +125 C | |
| Operating Temperature (T_use) | A: 0 C ~ +70 C B: -20 C ~ +70 C D: -5 C ~ +85 C | |
| Frequency Stability (f_tol) | J: 50 10-6 L: 100 10-6 | *1 |
| Power Consumption (ICC) | 2-Output: 35 mA Typ., 50 mA Max. 4-Output: 45 mA Typ., 56 mA Max. | OE=VCC, L_LVDS=100 |
| Power Consumption (ICC) | 2-Output: 40 mA Typ., 66 mA Max. 4-Output: 50 mA Typ., 72 mA Max. | OE=VCC, L_LVDS=100 |
| Output Disable Current (I_dis) | 7 mA Typ., 18 mA Max. 8 mA Typ., 20 mA Max. | OE=GND |
| Duty Cycle (SYM) | 45 % ~ 55 % | At output crossover point |
| Output Voltage (VOD) | 247 mV ~ 454 mV | DC |
| Output Voltage (VOS) | 1.125 V ~ 1.375 V | |
| Output Load Conditions (L_LVDS) | 100 | Connected between OUTnP and OUTnN |
| Input Voltage (VIH) | 70% VCC Min. | OE terminal and FSEL terminal |
| Input Voltage (VIL) | 30% VCC Max. | OE terminal and FSEL terminal |
| Rise/Fall Time (tr/tf) | 200 ps Typ., 400 ps Max. | 20 % ~ 80 % differential output peak-to-peak |
| Oscillator Start-up Time (t_str) | 5 ms Typ., 10 ms Max. | Time required at minimum supply voltage is 0 seconds |
| Phase Jitter (tPJ) | 0.19 ps Typ. (f0=100 MHz) 0.18 ps Typ. (f0=125 MHz) 0.17 ps Typ. (f0=156.25 MHz) 0.15 ps Typ. (f0=212.5 MHz) 0.12 ps Typ. (f0=312.5 MHz) 0.06 ps Typ. (f0=700 MHz) | Offset frequency: 12 kHz ~ 20 MHz |
| Phase Jitter (tPJ) | 0.16 ps Typ. (f0=100 MHz) 0.15 ps Typ. (f0=125 MHz) 0.14 ps Typ. (f0=156.25 MHz) 0.13 ps Typ. (f0=212.5 MHz) 0.11 ps Typ. (f0=312.5 MHz) 0.05 ps Typ. (f0=700 MHz) | Offset frequency: 12 kHz ~ 20 MHz |
| Phase Jitter (tPJ) | 0.3 ps Max. | |
| Skew (t_skew) | 20 ps Typ., 50 ps Max. | FSEL=H |
| Frequency Aging (f_age) | N: 10 10-6/ year Max. | First year at +25 C, VCC=2.5 V, 3.3 V |
| Frequency Aging (f_age) | A: Frequency stability included | 10 years |
| Frequency Aging (f_age) | N: Frequency stability not included | 10 years |
| External Dimensions | 7.0 5.0 1.6 mm | (Unit: mm) |
| Pin Connections | 2-Output: 1: VCC1 2: GND 3: OUT1P 4: OUT1N 5: OUT2P 6: OUT2N 7: FSEL 8: OE 9: GND 12: VCC2 13: VCC 14: GND 4-Output: 1: VCC1 2: GND 3: OUT1P 4: OUT1N 5: OUT2P 6: OUT2N 7: FSEL 8: OE 9: OUT3N 10: OUT3P 11: OUT4N 12: OUT4P 13: VCC 14: GND | |
| FSEL Function | H: Specified frequency output L: Output in high impedance | |
| OE Pin Function | H: Specified frequency output L: Output in high impedance | |
| Power Supply Voltage (VCC) | C: 3.3 V Typ. D: 2.5 V Typ. | |
| Frequency Stability (f_tol) | J: 50 10-6 L: 100 10-6 | |
| Operating Temperature (T_use) | A: 0 ~ +70C B: -20 ~ +70C D: -5 ~ +85C | |
| Frequency Aging (f_age) | A: Frequency stability included N: Frequency stability not included |
2005191833_EPSON-X1M0004210005_C440579.pdf
Please Use Our Online Inquiry Contact Form Below If You Have Any Questions, Our Team Will Get Back To You As Soon As Possible