MAX2769:Universal GPS Receiver

Improve GPS and GALILEO Performance and Reduce Cost with the First Fully Programmable, Universal GNSS RF Receiver

The MAX2769 is the industry's first global navigation satellite system (GNSS) receiver covering GPS, GLONASS, and Galileo navigation satellite systems on a single chip. This single-conversion, low-IF GNSS receiver is designed to provide high performance for a wide range of consumer applications, including mobile handsets. Designed on Maxim's advanced, low-power SiGe BiCMOS process technology, the MAX2769 offers the highest performance and integration at a low cost. Incorporated on the chip is the complete receiver chain, including a dual-input LNA and mixer, followed by the image-rejected filter, PGA, VCO, fractional-N frequency synthesizer, crystal oscillator, and a multibit ADC. The total cascaded noise figure of this receiver is as low as 1.4dB. The MAX2769 completely eliminates the need for external IF filters by implementing on-chip monolithic filters and requires only a few external components to form a complete low-cost GPS receiver solution. The MAX2769 is the most flexible receiver on the market. The integrated delta-sigma fractional-N frequency synthesizer allows programming of the IF frequency within a ±40Hz accuracy while operating with any reference or crystal frequencies that are available in the host system. The integrated ADC outputs 1 or 2 quantized bits for both I and Q channels, or up to 3 quantized bits for the I channel. Output data is available either at the CMOS logic or at the limited differential logic levels. The MAX2769 is packaged in a compact 5mm x 5mm, 28-pin thin QFN package with an exposed paddle. The part is also available in die form. Contact the factory for further information.

Key Features
  • GPS/GLONASS/Galileo Receivers
  • No External IF SAW or Discrete Filters Required
  • Programmable IF Frequency
  • Fractional-N Synthesizer with Integrated VCO Supports Wide Range of Reference Frequencies
  • Dual-Input Uncommitted LNA for Separate Passive and Active Antenna Inputs
  • 1.4dB Cascade Noise Figure
  • Integrated Crystal Oscillator
  • Integrated Active Antenna Sensor
  • 10mA Supply Current in Low-Power Mode
  • 2.7V to 3.3V Supply Voltage
  • Small, 28-Pin, RoHS-Compliant, Thin QFN Lead-Free Package (5mm x 5mm)
MAX2769: Typical Application Circuit
MAX2769: Typical Application Circuit
Applications/Uses
  • Digital Still Cameras and Camcorders
  • In-Vehicle Navigation Systems
  • Laptops and Ultra-Mobile PCs
  • Location Based Services (LBS)
  • PDAs (Personal Digital Assistants)
  • PMPs (Personal media Players)
  • PNDs (Personal Navigation Devices)
  • Recreational/Marine Navigation/Avionics
  • Software GPS
  • Telematics (Asset Tracking, Inventory Management)
DataSheet
titleDownload file
MAX2769?Data SheetMAX2769.pdf
Parametrics
Part NumberRef. Clock Freq.
(MHz)
IF Output Freq.
(MHz)
IF Output BitsNoise Figure
(dB)
VSUPPLY
(V)
ISUPPLY
(mA)
ApplicationsSolutionsBand/ Freq.
(MHz)
Footprint
(mm x mm)
Package/Pins
CMOStyp
MAX27698 to 442.51 to 31.42.7 to 3.310GLONASS
GPS
Gailileo
Cellular Handsets
Personal Navigation Devices
Smart Phones
1550 to 16105.0 x 5.0TQFN/28
Design kits & evaluation modules
Quality and Environmental Data
Ordering Information
Part NumberStatusRecommended ReplacementPackageTempRoHS
MAX2769-RD0151ActiveEVKIT;-40°C to +85°CSee data sheet
MAX2769E/WNo Longer AvailableWAFER UNSAWN,;NA pin;WAFER;-40°C to +85°CSee data sheet
MAX2769E/W+CB6No Longer AvailableDICE;-40°C to +85°CSee data sheet
MAX2769E/W-GB6ActiveWAFER UNSAWN,;NA pin;WAFER;-40°C to +85°CSee data sheet
MAX2769E/W-TNo Longer AvailableWAFER;-40°C to +85°CSee data sheet
MAX2769E/W-TGB6No Longer AvailableWAFER;-40°C to +85°CSee data sheet
MAX2769ETI+ActiveTQFN,;28 pin;26 mm?-40°C to +85°CLead Free
MAX2769ETI+TActiveTQFN,;28 pin;26 mm?-40°C to +85°CLead Free
MAX2769.pdf MAX2769
MAX2769.pdf MAX2769
MAX2769.pdf MAX2769
MAX2769 GPS Reference Design MAX2769
GPS USB Reference Design with the MAX2769 MAX2769
MAX2769.pdf MAX2769
MAX2769.pdf MAX2769
XML 地图 | Sitemap 地图