Features: 2.7V to 5.5V operation Low current consumption: 7 mA (typ) @ 5V−40°C to +85°C low noise CMOS outputSelectable dual modulus prescaler128/130256/258512/514 8-pin small package outline (SOP)Application 2.5 GHz wireless communications systems (ISM) Direct Broadcast Satellite systems (...
LMX5080: Features: 2.7V to 5.5V operation Low current consumption: 7 mA (typ) @ 5V−40°C to +85°C low noise CMOS outputSelectable dual modulus prescaler128/130256/258512/514 8-pin small package outline...
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Symbol |
PARAMETER |
TEST CONDITIONS
|
RATING |
Unit |
VCC |
Power Supply Voltage |
−0.3 |
6.5 |
V |
Vi |
Voltage on any pin with GND=0V |
−0.3 |
VCC+0.3 |
V |
TS |
Storage Temperature Range |
−65 |
+1.50
|
°C |
TL |
Lead Temp. (solder 4 sec) |
+2.60 |
°C |
The LMX5080 integrated dual modulus prescaler, is designed to be used in a synthesized local oscillator for 2.5 GHz wireless transceivers. It is fabricated using National's 0.5µ ABiCV silicon BiCMOS process. The LMX5080 contains three dual modulus prescalers. Either a 128/130, 256/158 or a 512/514 prescaler can be selected for up 2.7 Gz RF input frequencies. The prescaler inputs can be driven either differentially, or single ended with the use of coupling capacitor on one of the inputs to ground. The LMX5080 CMOS output is optimized to generate very stable, low switching noise output signals.
The LMX5080 prescaler can be used in conjunction with a low frequency Phase Lock Loop to form a frequency synthesizer suitable for UHF transceivers. Supply voltage can range from 2.7V to 5.5V. The LMX5080 features low current consumption; typically 7.0 mA at 5V VCC The LMX5080 is available in a 8-pin Small Outline (SOP) surface mount plastic package.