Product: XO (Clock Oscillator)
Series: LPO
Oscillator Type: Clock Oscillators - Low Power Oscillator

Selection Guide - Specifications

• HCMOS Square Wave Output. 
• Frequency in Hz and KHz range. 
• Current consumption µA range. 

LPO (Low Power Oscillator), such as 32.768 KHz, provides time base for real-time clocks. Its low current consumption (only 6.5 µA for model 37LPO) makes it ideal for battery-operated devices such as data loggers and portable test equipment.

"LPO" Series Package Summary

Package
Photo
Product Series
Freq. min.
Freq. max. Assembly Technique Package Size (mm) /
Description  / Features
H14 LPO14 1 Hz 160 KHz 4 pin DIL full size 12.8mm x 20.2mm x 5.88mm
0.504in. x 0.795in. x 0.231in.
H8 LPO8 1 Hz 160 KHz 4 pin DIL half size 12.8 x 12.8 x 5.88
0.504in. x 0.504in. x 0.231in.
H42 LPO42 1 Hz 160 KHz 4 pad Leadless 9.6mm x 11.4mm x 2.5mm
0.378in. x 0.449in. x 0.098in.
LPO44 1 Hz 160 KHz 4 pad Leadless 5x7x1.4 mm, 15 pF load9.6mm x 11.4mm x 4.7mm
0.378in. x 0.449in. x 0.185in.
"LPO" Series General Specifications:
  Fosc=32.768 KHz, TA= +25°C, VDD= 5.0V, Load: 10MΩ // 10 pF

Model Code 4
Input Voltage (VDD) +3.3 V D.C. ±5% +5.0 V D.C. ±10%

+3.0V to +15.0V is also available

Frequency Range 1 Hz ~ 160 KHz
Output Wave Form CMOS (square wave)
Frequency Tolerance (at +25°C) ±10 ppm: Tolerance code is "P"
±50 ppm: Tolerance code is "B"
±25 ppm: Tolerance code is "A"
±100 ppm: Tolerance code is "C"
Frequency Stability(1) -100 ppm typical over 0°C to +70°C
-275 ppm typical over -40°C to +85°C
Current Consumption 26 µA typical 45 µA typical
Output Voltage HI "1" 2.97 V min. 4.5 V min.
Output Voltage LOW "0" 0.33 V max. 0.4 V max.
Rise Time (Tr) and Fall Time (Tf) 0.5 µsec (typ.) ; 1.0 µsec. (max.) 25 µsec (typ.) ; 50 µsec. (max.)
Fan-out 2 CMOS gates
Startup Time (Ts) 450 ms. (max.)
Duty Cycle 50%±5% (typ.) ; 50%±10% (max.)
Storage Temperature -50°C to +100°C
Aging ±5 ppm per year (max.)

(1)Inclusive of 25°C tolerance, operating temperature range, ±10% input voltage variation, load change, aging, shock and vibration.