• EPROM based PLL
• 1 MHz to 133 MHz 
• Tri-state or power-down options
• Ideal for prototypes. Cut time-to-market
• Jitter RMS: ±30 ~ ±50 ps. typical

Package Photo	Product Series	Supply Voltage	Freq. min.(MHz)	Freq. max.(MHz)	No. of pins or pads	Package Size (mm) / Description  / Features
	3HB57	3.3 V	1	100	4	5x7x1.4 mm SMD,
	5HB57	5 V	1	133	4	5x7x1.8 mm SMD,
	3HB14	3.3 V	1	100	4	Full Size 4  pin DIP
	5HB14	5 V	1	133	4	Full Size 4  pin DIP
	3HB24	3.3 V	1	100	4	Full Size 4  pin Gull Wing
	5HB24	5 V	1	133	4	Full Size 4  pin Gull Wing
	3HB8	3.3 V	1	100	4	Half Size 4  pin DIP
	5HB8	5 V	1	133	4	Half Size 4  pin DIP
	3HB18	3.3 V	1	100	4	Half Size 4  pin Gull Wing
	5HB18	5 V	1	133	4	Half Size 4  pin Gull Wing
	3HB42	3.3 V	1	100	4	9.6x11.4x2.5 mm 4 pad SMD
	5HB42	5 V	1	133	4	9.6x11.4x2.5 mm 4 pad SMD
	3HB44	3.3 V	1	100	4	9.6x11.4x4.7 mm 4 pad SMD
	5HB44	5 V	1	133	4	9.6x11.4x4.7 mm 4 pad SMD

Mercury Model		HB
Input Voltage (VDD)		VDD = +3.3V D.C. ±10%	VDD = +5.0V D.C. ±5%
Frequency Range (package dependent)		1 ~ 100 MHz 1~66 MHz if VDD = +2.7~+3.3 V DC	1 ~ 133 MHz
Output Logic		TTL/HCMOS	TTL/HCMOS
Output Voltage High: 1	TTL	2.4 V min.	2.4 V min.
	CMOS	2.97 V min.	VDD – 0.4 min.
Output Voltage Low: 0	TTL	0.4 V max.	0.4 V max.
	CMOS	0.33 V max.	0.5 V max.
Frequency Stability (1)	Commercial (0C to +70C) Temperature Code is "C"	±50 ppm over 0°C to +70°C (Stability code is “B”) ±100 ppm over 0°C to +70°C (Stability code is “C”)
	Industrial (-40C to +85C) [Temperature Code is "I"]:	±50 ppm over -40°C to +85°C (Stability code is “E”) ±100 ppm over -40°C to +85°C (Stability code is “F”)
Output Load	TTL		50 pF max. (= 40 MHz) 25 pF max. ( > 40 ~133 MHz)
	CMOS	30 pF max. (≤ 40 MHz) 15 pF max. (> 40 ~ 100 MHz) 15 pF max. (≤ 66 MHz and 2.7~3.0V)	50 pF max. (≤ 66.6 MHz) 25 pF max. (> 66.6 ~133 MHz)
Rise Time / Fall Time	Between 0.8 V to 2.0 V		1.8 ns max. at 50 pF load 1.2 ns max. at 25 pF load 0.9 ns max. at 15 pF load
	Between 0.2 V to 0.8 V	4.0 ns max. at 30 pF load	3.4 ns max. at 50 pF load
Duty Cycle	TTL		45~55%,  = 40 MHz at 50 pF load 45~55%, 40 ~66 MHz at 15 pF load 40~60%, 66 ~125 MHz at 25 pF  load 40~60%, 125 ~133 MHz at 15 pF load
	CMOS (measured at 50% VDD)	45~55%,  = 40 MHz at 30 pF load   45~55%,  40~100 MHz at 15 pF load	45~55%,  = 66.6 MHz at 25 pF load 40~60%, 66.6 ~125 MHz at 25 pF load 40~60%, 125 ~133 MHz at 15 pF load
Start-up Time		2 m Sec. max. 1 m Sec. typical
Power Up Time		2 m Sec. max. 1 m Sec. typical
Current Consumption		25 mA max.	45 mA max.
Stand-by Current		10 mA typical, 50 mA max.
Pin 1 Option		1. TRI-STATE MODE: Output is high impedance when "O" ( £0.8V max. for +5.0V VDD or +0.2VDD max. for +3.3V VDD) is applied to pin 1. Disable time is 150 n sec. max.  Please add “T” after the stability code for this option. 2. POWER-DOWN MODE
Storage Temperature		-55°C to +125°C
Aging		±5 ppm per year max.;  Ta=+25°C
Cycle-to-Cycle Jitter	RMS typical	±50 ps for ≤ 33 MHz ±30 > 33 MHz	±50 ps for ≤ 33 MHz ±40 ps for > 33 MHz
	Peak-to-Peak period	±250 ps typical for fo < 33 MHz, VDD=2.7 ~ 5.5 V ±100 ps typical for fo > 33 MHz, VDD=4.5 ~ 5.5 V