UAA3536 NXP Semiconductors, UAA3536 Datasheet

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UAA3536

Manufacturer Part Number
UAA3536
Description
Manufacturer
NXP Semiconductors
Datasheet

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The UAA3536 is a low-power GSM triple-band transceiver
based on the N-ZIF (Near-Zero Intermediate Frequency) RF
architecture. The UAA3536 is a GSM900/1800/1900
GPRS class 12-capable single-chip RF solution, with edge
4RX capabilities.
Key Features
HVQFN40 package
Triple-band RF solution for GSM900/1800/1900
cellular phone systems
Integrated on-chip data services: GPRS Class
12 (4RX-4TX) with data rate up to 57.6kB/s
and EDGE (4RX) with data rate up to 237kb/s
Low-cost N-ZIF architecture because of the
low external components count
Excellent power consumption performance
Low noise and wide dynamic range Near Zero
IF receiver:
Integrated IF channel filter
Integrated TX low pass filters
High precision I&Q modulator
Multi-Band Tx modulation loop architecture
including offset mixer and phase-frequency
detector
Fully integrated fractional N RF synthesizer with
AFC control capability
Fully integrated RF VCO with integrated supply
regulator
Semi integrated reference oscillator with integrated
supply regulator
Fully differential design minimizing cross-talk and
spurs
Functional down to 2.6 V and up to 3.6 V
3-wire serial bus interface
More than 35-dB on-chip image rejection in receive
More than 84-dB gain control range in receive
UAA3536
Low-power GSM/GPRS/EDGE
triple-band Near-Zero IF transceiver
The UAA3536 N-ZIF architecture, targeted at triple-band
GSM900/1800/1900 GPRS Class 12 handsets with EDGE
receiving capability, integrates many different features including a
high dynamic range IF channel filter, a low-noise amplifier (LNA)
with image rejecting front end, Fractional N frequency
synthesizers and a transmit offset loop with integrated filters. It
provides a definitive advantage compared to Zero-IF (ZIF)
solutions in terms of immunity to interference, RF development
cost, time and manufacturing.
This new architecture removes a conversion step between the RF
and the baseband. Compared to other architectures, N-ZIF allows
to remove the costly external IF channel filter. With the full
integration of Rx VCO and fractional N synthesizer, it is a major
innovation step towards higher integration within RF ICs.
Availability
The UAA3536 single-chip RF transceiver is about to sample,
with mass production expected by mid 2001. It is manufactured
in Philips Semiconductors’ advanced QUBIC 3 BiCMOS process
and is packaged in an HVQFN 40 package.
The UAA3536 interfaces with current and future Philips
Semiconductors’ products and will be at the heart of the
company’s chipset offerings. The IC will be fully compatible with
OneC Baseband family, the new CGY2015 power amplifier and
the PCF5060x power management unit platform.

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UAA3536 Summary of contents

Page 1

... Rx VCO and fractional N synthesizer major innovation step towards higher integration within RF ICs. Availability The UAA3536 single-chip RF transceiver is about to sample, with mass production expected by mid 2001 manufactured in Philips Semiconductors’ advanced QUBIC 3 BiCMOS process and is packaged in an HVQFN 40 package. ...

Page 2

... UAA3536 Key Blocks RF Receiver The receiver front-end converts the aerial RF signal from EGSM (925 - 960 MHz), DCS (1805 - 1880 MHz) or PCS (1930 - 1990 MHz) bands down to a Near-Zero intermediate frequency (IF). The first stages are symmetrical low noise amplifiers (LNAs), followed by an I&Q down-mixer. The I& ...

Page 3

... DC break to be inserted into the IF path. The filters that are required are non-critical and can easily be implemented on-chip Future The UAA3536 joins a family of products that will pave the way for the continued evolution of GSM and the progression to 3G. Philips Semiconductors’ next product ...

Page 4

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