SWPQ201BC3IXXE0-200.000000

SWPQ201 Family of Low Phase Noise Quartz-based PLL Oscillators SWPQ201 Datasheet Description Features The SWPQ201 devices are low phase noise quartz-based PLL oscillators supporting a large range of frequencies and output interface types. These devices are designed to operate at three different power supplies and are available in multiple package sizes as well as temperature grades. ▪ Frequency range: 10MHz to 1500MHz[1] ▪ Output types: LVDS, LVPECL, LVCMOS, VCXO VCXO LVPECL, VCXO LVDS ▪ Supply voltage options: 2.5V, or 3.3V ▪ Phase jitter (12kHz to 5MHz): 2pS Max ▪ Package options: With a patented one-time program (OTP) allowing for infinite memory shelf life, the SWPQ201 devices can be programmed to generate an output frequency from 10MHz to 1500MHz with a resolution as low as 1Hz accuracy. The configuration capability of this family of devices allows for fast delivery times for both sample and large production orders. • 3.2 × 2.5 × 1.2 mm • 5.0 × 3.2 × 1.2 mm • 7.0 × 5.0 × 1.3 mm ▪ Frequency stability options: ±50, or ±100 ppm • Operating temperature: -40°C to +85°C ▪ Frequency stability options: ±100 ppm • Operating temperature: -40°C to +105°C Pin Assignments Note: To minimize power supply line noise, a 0.01μF bypass capacitor should be placed between VDD (Pin 6) and GND (Pin 3). E/D/ NC / VC 1 6 VDD NC / E/D 2 5 OUT2 / NC GND 3 4 OUT Table 1. Pin Description Pin # Name Description E/D NC VC Enable/Disable [a][b] No connect VCXO 2 NC E/D No connect Enable/Disable [a][b] 3 GND Connect to ground 4 OUT Output 5 OUT2 NC 6 VDD 1 Complementary output No connect Supply voltage [a] Pulled high internally = output enabled. [b] Low = output disabled. See Ordering Information for more details. [1] There is a dead zone between 1037.5MHz to 1500MHz. Contact support for frequencies above 1500MHz. ©2023 STARWAVE CORP. 1 July 20, 2023 SWPQ201 Datasheet Ordering Information SWPQ201 A A 3 Family and ASIC Output Type Package Precision I 33 E E 125.000000 D Temperature Range Voltage Supply Feature Pin Pull Range Frequency Packaging: E : Output Enable  S:  Standby  N: No Connect V: Vcon   I: -40~+85℃   W:-40~+105℃ 0 :   Non  A:  ±100 ppm  E: 8 mm Tape & 1ku reel  D: 8 mm Tape & 3ku reel  Y: 12/16 mm Tape & 1ku reel  Blank for Bulk  A: 7.0x 5.0 mm B: 5.0 x 3.2 mm C: 3.2 x 2.5 mm A: LVPECL； Frequency：10MHz~1500MHz  B: LVDS ；Frequency：10MHz~1500MHz C: LVCMOS；Frequency：10MHz~250MHz  D: VCXO；Frequency：10MHz~1500MHz  E: VCXO LVPECL；Frequency：10MHz~1500MHz  F: VCXO LVDS；Frequency：10MHz~1500MHz 2 5 : 2.5V  33: 3.3V  XX: 2.5V~3.3V Frequency Code：xxx.xxxxxx  3: ±50 ppm  4: ±100 ppm See table below for more details. SWPQ201: Phase jitter RMS(12KHz~5MHz) 2pS Max Table 2. Frequency Stability and Operating Temperature Decoder “Precision” and “Temperature Range” Codes Operating Temperature “3” and “V” Frequency Stability Minimum Maximum Units -40°C to +85°C -50 +50 ppm “4” and “V” -40°C to +85°C -100 +100 ppm “3” and “W” -40° to +105°C -50 +50 ppm “4” and “W” -40° to +105°C -100 +100 ppm ©2023 STARWAVE CORP. 2 July 20, 2023 SWPQ201 Datasheet Absolute Maximum Ratings Stresses above the ratings listed below can cause permanent damage to the device. The ratings, which are standard values for Starwave commercially rated parts, are stress ratings only. Functional operation of the device at these or any other conditions above those indicated in the operational sections of the specifications is not implied. Exposure to absolute maximum rating conditions for extended periods can affect product reliability. Electrical parameters are guaranteed only over the recommended operating temperature range. Table 3. Absolute Maximum Ratings Item Rating -0.5 to +5.0V -0.5V to V DD + 0.5V VDD E/D OUT Storage Temperature Maximum Junction Temperature Core Current Theta JA Theta JB -0.5V to V DD + 0.5V -55°C to 125°C 105°C 30mA maximum（LVCMOS 10MHz~200MHz） 75.9 °C/W JU6 48.6°C/W JS6 89.6 °C/W 54.3 °C/W ESD Compliance Table 4. ESD Compliance Human Body Model (HBM) 1000V Mechanical Testing Table 5. Mechanical Testing * Parameter Test Method Mechanical Shock Half-sine wave with 0.3ms 3000G. X, Y, Z each direction 1 time. Mechanical Vibration Frequency: 10 – 55MHz amplitude: 1.5mm. Frequency: 55 – 2000Hz peak value: 20G. Duration time: 4H for each X,Y,Z axis; total 12hours. High Temp Operating Life (HTOL) 2000 hours at 125°C (under power). Hermetic Seal Gross leak (air leak test). Fine leak (Helium leak test) He-pressure: 6kgf/cm² 2 hours. * MSL level does not apply. Solder Reflow Profile tP 10 seconds Max within 5°C of 260°C peak 260°C 225°C Ramp up 3°C/s Max 50 ±10 seconds above 225°C reflow area 180°C 160°C Ramp down not to exceed 6°C/s 120 ±20 seconds in pre-heating area 25°C 400 seconds Max from +25°C to 260°C peak ©2023 STARWAVE CORP. 3 July 20, 2023 SWPQ201 Datasheet Output Waveforms Figure 1. LVDS Output Waveforms Output Levels/Rise Time/Fall Time Measurements TF TR OUTPUT 2 VOS 20% to 80% VOD OUTPUT 1 Oscillator Symmetry VOH OUTPUT 2 OUTPUT 1 VOL ½ Period Period Figure 2. LVPECL Output Waveforms Rise Time/Fall Time Measurements TF TR VOH OUTPUT 2 20% to 80% OUTPUT 1 VOL Oscillator Symmetry VOH OUTPUT 2 OUTPUT 1 VOL ½ Period Period ©2023 STARWAVE CORP. 4 July 20, 2023 SWPQ201 Datasheet Figure 3. VCXO Output Waveforms Vout Power Supply 0.1µF 6 5 4 1 2 3 Test Point 15pF (including probe and fixture capacitance) OE/ST Function Vdd Vc tr tf 90% Vdd 50% 10% Vdd High Pulse (TH) Low Pulse (TL) Period Note: Duty Cycle is computed as Duty Cycle = TH/Period. Figure 4. LVCMOS Output Waveforms . Rise Time/Fall Time Measurements 10% to 90% 20% to 80% 0V to VDD 10% to 90% Rise Time 20% to 80% Rise Time 90% to 10% Fall Time 80% to 20% Fall Time Oscillator Symmetry On Time ½ Period Off Time ½ Period 50% V DD Note: Period 11. Duty Cycle is computed as Duty Cycle = TH/Period. ©2023 STARWAVE CORP. 5 July 20, 2023 SWPQ201 Datasheet Figure 5. VCXO LVPECL Output Waveforms VDD Z 0 = 50  OUT+ D+ Receiver Device D rive D ev ice Z0 = 5 0  OUT- D50  50  V T T = V D D – 2.0 V Figure 1. LVPECL Typical Termination VDD R1 = 100 to 150  OUT+ 100 nF Z0 = 50  D+ Receiver Device Drive Device 100 nF Z0 = 50  OUTR1 R1 D50  50  VTT Figure 2. LVPECL AC Coupled Termination VDD = 3.3V => R1 = R3 = 133  and R2 = R4 = 82  VDD = 2.5V => R1 = R3 = 250  and R2 = R4 = 62.5  VDD R1 VDD OUT+ R3 Z0 = 50  D+ Receiver Device Drive Device OUT- Z0 = 50  DR2 R4 Figure 3. LVPECL with Thevenin Typical Termination ©2023 STARWAVE CORP. 6 July 20, 2023 SWPQ201 Datasheet Figure 6. VCXO LVDS Output Waveforms VDD Z0 = 50  OUT+ D+ Receiver Device 100  Drive Device Z0 = 50  OUT- D- Figure 4. LVDS Single Termination (Load Terminated) ©2023 STARWAVE CORP. 7 July 20, 2023 SWPQ201 Datasheet Dimensions ©2023 STARWAVE CORP. 8 July 20, 2023 SWPQ201 Datasheet Dimensions ©2023 STARWAVE CORP. 9 July 20, 2023 SWPQ201 Datasheet Dimensions ©2023 STARWAVE CORP. 10 July 20, 2023 IMPORTANT NOTICE AND DISCLAIMER STARWAVE ELECTRONICS CORPORATION AND ITS SUBSIDIARIES (“STARWAVE ”) PROVIDES TECHNICAL SPECIFICATIONS AND RELIABILITY DATA (INCLUDING DATASHEETS), DESIGN RESOURCES (INCLUDING REFERENCE DESIGNS), APPLICATION OR OTHER DESIGN ADVICE, WEB TOOLS, SAFETY INFORMATION, AND OTHER RESOURCES “AS IS” AND WITH ALL FAULTS, AND DISCLAIMS ALL WARRANTIES, EXPRESS OR IMPLIED, INCLUDING, WITHOUT LIMITATION, ANY IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, OR NON-INFRINGEMENT OF THIRD PARTY INTELLECTUAL PROPERTY RIGHTS. These resources are intended for developers skilled in the art designing with Starwave products. 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