SA626 Datasheet PDF – Mixer FM IF System

Part Number: SA626

Function: High performance mixer FM IF system with high-speed RSSI

Package: SSOP 20 Pin Type

Manufacturer: NXP Semiconductors.

Image and Pinouts:

SA626 datasheet, pinout

 

Description

The SA636 is a low-voltage high performance monolithic FM IF system with high-speed RSSI incorporating a mixer/oscillator, two limiting intermediate frequency amplifiers, quadrature detector

, logarithmic Received Signal Strength Indicator (RSSI), voltage regulator, wideband data output and fast RSSI op amps.

The ic is available in 20-lead SSOP (Shrink Small Outline Package) and HVQFN20 (quad flat package).

A Mixer FM IF (Intermediate Frequency) system is a circuit used in radio communication and broadcasting systems to convert the frequency of an incoming signal to a fixed intermediate frequency for further processing. It is commonly used in FM (Frequency Modulation) radios and receivers.

The mixer FM IF system is a critical component of FM radios and receivers, allowing for the efficient conversion and processing of incoming signals to produce high-quality audio output.

Features

1. Wideband data output (600 kHz minimum)

2. Fast RSSI rise and fall times

3. Low power consumption: 6.5 mA typical at 3 V

4. Mixer input to >500 MHz

5. Mixer conversion power gain of 11 dB at 240 MHz

 

Pinout and Block Diagram:

SA626 Pinout, Block Diagram

Applications:

1. DECT (Digital European Cordless Telephone)

2. Digital cordless telephones

3. Digital cellular telephones

4. Portable high performance communications receivers

5. Single conversion VHF/UHF receivers

 

SA626 Datasheet PDF Download


SA626 pdf

Other data sheets are available within the file: 636B, SA626D, SA626DK, SA636

Related articles across the web

NXP Semiconductors
SA626D
Audio Single Chip Receiver, FM, PDSO20
DistributorStock110100Buy Now
Antdic Electronics42,3653331.3529.7Visit Site
ICPartonline39,2831514.2513.5Visit Site
Anlinkda32,6030.8050.7210.618Visit Site
Run Hong Electronics6,1344.9886Visit Site
Quest78012Visit Site
Powered by Octopart