FEATURES APPLICATIONS 0.125ps typ jitter (150fs MAX f > 200MHz, 25 C) Highest in-class frequency range from 50 to 2100MHz Excellent spurious suppresion 70mA MAX IDD (, any VDD) Lowest in-class power consumption Supports,,, Supports ±50ppm or ±100ppm all inclusive stability -40 C to 85 C or -20 C to 70 C operation Industry standard 5x7mm footprint Networking and communications RF systems, base stations (BTS) Test and measurement Cloud, server and storage, Fibre Channel 100/400GbEthernet PCI Express OPTIONS AND PART IDENTIFICATION [Note 1] Note 1: Contact Abracon for part number requests with carrier frequency callouts up to 5 & 6 digit accuracy after the decimal. (1): Output Type P: D: H: (*) M: (4): OE Function (2): VDD A: 3.3V B: 2.5V C: 1.8V (*) (*) Excluding output (*) Frequency range limited to: 50~700MHz 1: OE Pin 1; Active High 2: OE Pin 1; Active Low 3: OE Pin 2; Active High 4: OE Pin 2; Active Low (3): Stability over OTR D: ±25ppm over -20 C to +70 C (5): Output Frequency in MHz Please specify the Frequency in units of MHz out to 4 digit accuracy after the decimal. (6): Packaging Blank: Bulk C: Cut Tape 50 units T: Tape & Reel 250 units Example: 156.2500 = 156.2500MHz E: ±50ppm over -20 C to +70 C F: ±25ppm over -40 C to +85 C G: ±50ppm over -40 C to +85 C Part Number Example: PAF1-644.53125C
COMMON KEY ELECTRICAL SPECIFICATIONS Parameters Min. 50 2100 50 50 50 2.97 2.25 1.71 2100 700 2100 3.63 2.75 1.89 94 70 80 68 +5.00 +85 +155 [Note 1] Current Consumption (IDD) Set Tolerance (as received) @ 25 C ±3 C Operating Temperature Range (OTR) Storage Temperature -5.00-40 -55 Frequency Stability over OTR Aging over 10-Year Product Life [Note 2] All Inclusive Frequency Accuracy over 10-Year Product Life [Note 2] Rise (Tr) / Fall Time (Tf) 3.3 2.5 1.8 87 64 75 63 <±3.00-25 +25-50 +50-15 +15-50 +50-100 +100 // 0.35 0.40 55 10 Duty Cycle Start-up Time [Note 2] 45 < 5.0 VOH VDD-1.165 VDD-0.8 VOL VDD-2.0 VDD-1.55 VOH Output High Voltage (VOH) Output Low Voltage (VOL) Max. Frequency Range Power Supply Voltage (VDD) Typ. 1.4 VOL 0.9 1.1 VOH 0.66 1.15 VOL 0.0 0.15 VOH VDD-0.085 VDD=Max VOL VDD-0.6 VDD-0.32 0.2*(VDD) Notes Option P MHz V ma ppm C C Option D Option H Option M Option A Option B Option C @ VDD=3.3V @ VDD=1.8V Relative to carrier See Options Option D or F ppm Option E or G ppm ppm D or F (±25ppm) E or G (±50ppm) ns % ms @ 50% VDD 2.0V or thevenin DD equivalent 1.6 0.8*(VDD) Output Enable (OE) Control Unit V DD V
COMMON KEY ELECTRICAL SPECIFICATIONS PARAMETERS MIN. MAX. UNIT Output Enable Time 2.5 ms Output Disable Time µs 85 63 77 62 10 86 65 78 67 201.000MHz 2100.000MHz 125 150 50.000MHz 200.000MHz 156.2500MHz 200 130 300 200 Output Disable Current Consumption TYP. NOTES @ Vdd=3.3V ma @ Vdd=1.8V RMS Phase Jitter (12kHz -20MHz BW) @ Vdd=3.3V fsec Note 1: Supply Voltage (Vdd) = 1.8V option not available with output Note 2: Relative to initial measured frequency @ 25 C ±3 C TYPICAL PHASE NOISE AND JITTER CHARACTERISTICS (@25 C ± 3 C) [Note 2] Frequency (MHz) RF Output RMS Phase Jitter (fsec) 12kHz-20MHz BW 100Hz 1kHz 10kHz 100kHz Phase Noise (dbc/hz) 1MHz 10MHz 20MHz 148.35 150 155.52 156.25 200 212.5 312.5 125 137 124 123 129 122 127 114-96 -120-140 -149-98 -120-139 -150-98 -120-141 -151-98 -121-141 -150-99 -121-140 -151-160 -160-90 -114-129 -138-148 -83-114 -129-137 -147-94 -115-126 -134-144 -156 1000 1244.16 1500 2100 Frequency (MHz) 322.265625 RF Output RMS Phase Jitter (fsec) 12kHz-20MHz BW 100Hz 1kHz 10kHz 100kHz Phase Noise (dbc/hz) 1MHz 10MHz 20MHz 156.25 491.52 644.53125 121 121 123 127 114 127 112 138-91 -113-125 -133-144 -92-114 -125-133 -144-91 -111-122 -131-138 -154-154 -77-107 -119-127 -138-154 -155-76 -102-115 -124-134 -150-152 -78-102 -113-122 -131-149 -150-79 -101-112 -120-130 -145-145 -77-98 -108-117 -124-145 -148 Note 2: Refer to following Section for selected Phase Noise Plots
SELECTED PHASE NOISE PLOTS (@25 C ± 3 C) 156.25MHz VDD=3.3V 200MHz VDD=3.3V 156.25MHz VDD=1.8V 312.5MHz VDD=3.3V
SELECTED PHASE NOISE PLOTS (@25 C ± 3 C) 322.265625MHz VDD=3.3V 644.53125MHZ VDD=3.3V 322.265625MHz VDD=3.3V 2100MHZ VDD=3.3V
TYPICAL FREQUENCY Vs. TEMPERATURE CHARACTERISTICS TYPICAL CURRENT CONSUMPTION (IDD) Vs. FREQUENCY CHARACTERISTICS (@ 25ºC ± 3ºC) MECHANICAL DIMENSIONS TOP VIEW BOTTOM VIEW PIN # #1 #2 RECOMMENDED LAND PATTERN #3 #4 #5 #6 #7 #8 FUNCTION Option 1 & 2: Output Enable/ Disable Option 3 & 4: No Connect Option 1 & 2: No Connect Option 3 & 4: Output Enable/ Disable GND Output Complementary output Supply Voltage (VDD) No connect No connect *Compatible with industry standard 5x7mm footprint. Pin 7 and 8 are no connect solder pads, not required. Dimensions: mm
RECOMMENDED TEST CIRCUIT DIFFERENTIAL OUTPUT WAVEFORM
REFLOW PROFILE [NOTE 5] [NOTE 6] [NOTE 7] ZONE 1 DESCRIPTION Preheat / Soak 2 3 Note 5: Ramp Up Rate (TL Note 6: Ramp Down Rate (TP Peak heat TEMPERATURE TSMIN ~ TSMAX 150 C ~ 200 C TL 217 C TP 260 C±5 C TIME 60 ~ 180 sec. 60 ~ 150 sec. 20 ~ 40 sec. ) = 3 C / sec. MAX ) = 6 C / sec. MAX L ) = 8 minutes MAX P P *All temperatures refer to topside of the package, measured on the package body surface PACKAGING C = Cut Tape 50 units T = Tape & Reel 250 units/reel Tape Dimensions A 16.0 B 7.2 C 5.4 D 8.0 E 1.8 Reel Dimensions F 180.0 G 16.5 H 19.6 Dimensions: mm