SA604AD01 Datasheet, PDF (2/13 Pages) NXP Semiconductors – High performance low power FM IF system

Philips Semiconductors
High performance low power FM IF system
Product specification
SA604A
DESCRIPTION
The SA604A is an improved monolithic low-power FM IF system
incorporating two limiting intermediate frequency amplifiers,
quadrature detector, muting, logarithmic received signal strength
indicator, and voltage regulator. The SA604A features higher IF
bandwidth (25MHz) and temperature compensated RSSI and
limiters permitting higher performance application compared with the
SA604. The SA604A is available in a 16-lead SO (surface-mounted
miniature) package.
FEATURES
• Low power consumption: 3.3mA typical
• Temperature compensated logarithmic Received Signal Strength
Indicator (RSSI) with a dynamic range in excess of 90dB
• Two audio outputs - muted and unmuted
• Low external component count; suitable for crystal/ceramic filters
• Excellent sensitivity: 1.5µV across input pins (0.22µV into 50Ω
matching network) for 12dB SINAD (Signal to Noise and Distortion
ratio) at 455kHz
• SA604A meets cellular radio specifications
PIN CONFIGURATION
D Package
IF AMP DECOUPLING ¹
GND 2
MUTE INPUT ³
V_CC ⁴
RSSI OUTPUT 5
MUTE AUDIO OUTPUT ₆
UNMUTE AUDIO OUTPUT ⁷
QUADRATURE INPUT 8
16 IF AMP INPUT
15 IF AMP DECOUPLING
14 IF AMP OUTPUT
13 _GND
12 _{LIMITER INPUT}
11 LIMITER DECOUPLING
10 LIMITER DECOUPLING
9 LIMITER
Figure 1. Pin Configuration
SR00311
APPLICATIONS
• Cellular radio FM IF
• High performance communications receivers
• Intermediate frequency amplification and detection up to 25MHz
• RF level meter
• Spectrum analyzer
• Instrumentation
• FSK and ASK data receivers
ORDERING INFORMATION
DESCRIPTION
16-Pin Plastic Small Outline (SO) package (Surface-mount)
TEMPERATURE RANGE
-40 to +85°C
ORDER CODE
SA604AD
DWG #
SOT109-1
ABSOLUTE MAXIMUM RATINGS
SYMBOL
PARAMETER
V_CC
T_STG
T_A
θ_JA
Single supply voltage
Storage temperature range
Operating ambient temperature range SA604A
Thermal impedance
D package
RATING
9
-65 to +150
40 to +85
90
UNITS
V
°C
°C
°C/W
1997 Nov 07
2
853-1431 18663