• HPL Series (PLL-based): Low cost.
• Moderate phase noise and jitter.
• -125 dBc/Hz at 10 KHz offset (155.520 MHz)
• Differential PECL Outputs.
• Covers applications from ADSL to SONET.

Package Photo	Product Series	Supply Voltage	Freq. min.(MHz)	Freq. max.(MHz)	No. of pins or pads	Package Size (mm) / Description  / Features
	3HPL5761	3.3 V	0.75	800	6	5x72.5, Tri-state on pad 1. PLL based, 6 pad SMD. Low cost. Moderate phase noise.  -125 dBc/Hz at 10 KHz offset for 155.520 MHz.
	3HPL5762	3.3 V	0.75	800	6	5x72.5, Tri-state on pad 2. PLL based, 6 pad SMD. Low cost. Moderate phase noise.  -125 dBc/Hz at 10 KHz offset for 155.520 MHz.
	3HPL14	3.3 V	0.75	800	4	Full Size 4  pin DIP. PLL based, 6 pad SMD. Low cost. Moderate phase noise.  -125 dBc/Hz at 10 KHz offset for 155.520 MHz.
	3HPL24	3.3 V	0.75	800	4	Full Size 4  pin Gull Wing SMD. PLL based, 6 pad SMD. Low cost. Moderate phase noise.  -125 dBc/Hz at 10 KHz offset for 155.520 MHz.
	3HPL8	3.3 V	0.75	800	4	Half Size 4  pin DIP. PLL based, 6 pad SMD. Low cost. Moderate phase noise.  -125 dBc/Hz at 10 KHz offset for 155.520 MHz.
	3HPL18	3.3 V	0.75	800	4	Half Size 4  pin Gull Wing SMD. PLL based, 6 pad SMD. Low cost. Moderate phase noise.  -125 dBc/Hz at 10 KHz offset for 155.520 MHz.
	3HPL62	3.3 V	0.75	800	6	9.6x11.4x2.5 mm 6 pad FR4 SMD. PLL based, 6 pad SMD. Low cost. Moderate phase noise.  -125 dBc/Hz at 10 KHz offset for 155.520 MHz.
	3HPL64	3.3 V	0.75	800	6	9.6x11.4x4.7 mm 6 pad FR4 SMD. PLL based, 6 pad SMD. Low cost. Moderate phase noise.  -125 dBc/Hz at 10 KHz offset for 155.520 MHz.

Mercury Model		HPL
Frequency Range (package dependent)		750 KHz ~ 800 MHz. PLL-based.
Output Logic		Differential PECL 100K Square Wave
Frequency Stability (1) Commercial (0°C to +70°C) Temperature Code is "C" Industrial (-40°C to +85°C) Temperature Code is "I"		Stability Code "A": ±25 ppm over 0°C to +70°C Stability Code "B": ±50 ppm over 0°C to +70°C Stability Code "C": ±100 ppm over 0°C to +70°C If non-standard please enter the desired stability after the "C" (e.g. C20 represents ±20 ppm over 0°C to +70°C)
		Stability Code "D": ±25 ppm over -40°C to +85°C Stability Code "E": ±50 ppm over -40°C to +85°C Stability Code "F": ±100 ppm over -40°C to +85°C If non-standard please enter the desired stability after the "I" (e.g. I20 represents ±20 ppm over -40°C to +85°C)
		vs ±10% Supply Voltage Change: ±3 ppm max. vs ±10% Load Change: ±2 ppm max.
Supply Voltage (VDD)		3.3 V ± 10%
Output Voltage HIGH "1" VOH		VDD-1.025 V min.; VDD-0.880 V max. Condition: RL= 50 Ω to VDD-2V
Output Voltage LOW "0" VOL		VDD-1.810 V min.; VDD-1.620 V max. Condition: RL= 50 Ω to VDD-2V
Current Consumption (typical)		Fout < 24 MHz: 25 mA 24 MHz < Fout < 96 MHz: 65 mA max. Fout > 96 MHz: 100 mA
Load		50 Ω into VDD or Thevenin Equivalent. (terminating resistors required on all outputs)
Rise Time (TR)		0.6 nano sec. typical; 1.5 nano sec. max (20% ? 80%)
Fall Time (TF)		0.5 nano sec. typical; 1.5 nano sec. max (80% ? 20%)
Duty Cycle		50% ± 5% max. measured at VDD -1.3V
Phase Jitter (RMS) (12 KHz to 20 MHz)		2.6 ps typical; 4 ps max. for 155.520 MHz 2.5 ps typical; 4 ps max. for 622.080 MHz
Phase Noise (RMS) typical		19.440 MHz	77.760 MHz	106.250 MHz	155.520 MHz	622.080 MHz
		2.1 ps	3.5 ps	4.1 ps	4.3 ps	6.0 ps
Phase Noise (Peak-to-Peak)		17 ps	30 ps	28 ps	27 ps	40 ps
Phase Noise (offset from carrier)	10 Hz Offset	-80 dBc/Hz	-75 dBc/Hz	-70 dBc/Hz	-60 dBc/Hz	-50 dBc/Hz
	100 Hz Offset	-108 dBc/Hz	-100 dBc/Hz	-98 dBc/Hz	-90 dBc/Hz	-77 dBc/Hz
	1 KHz Offset	-132 dBc/Hz	-125 dBc/Hz	-122 dBc/Hz	-115 dBc/Hz	-102 dBc/Hz
	10 KHz Offset	-142 dBc/Hz	-132 dBc/Hz	-123 dBc/Hz	-125 dBc/Hz	-115 dBc/Hz
	100 KHz Offset	-142 dBc/Hz	-130 dBc/Hz	-117 dBc/Hz	-119 dBc/Hz	-108 dBc/Hz
Start-up Time		10 m sec. max.
Aging		±2 ppm per year max.
Tristate Option on Pad No. 1	No Connection	PECL and complimentary PECL outputs.
	Disable	Both outputs are disabled (high impedance) when pad No. 1 is taken below 0.3 Vcc referenced to ground. Oscillator is always ON. Special request: Oscillator is off when disabled. Contact Mercury.
	Enable	At disabled mode, both outputs are enabled when pad No. 1 is taken above 0.7 Vcc referenced to ground.
Input Static Discharge Protection		2 KV max.
Absolute Maximum Rating (permanent damage may be created if operate beyond limits specified.
Supply Voltage VDD		+4.6 V D.C. max.
Input Voltage Vi		Vss-0.5 min.; VDD + 0.5V max.
Input Voltage Vo		Vss-0.5 min.; VDD + 0.5V max.
Storage Temperature TS		-55°C min.; +150°C max.