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WIRELESS WL532RoHS

Manufacturer
WIRELESSAsian Brands
MPN
WL532
LCSC Part #
C53340786
Packaging
SOP-8
Customer #
Key Attributes
5Kbps -112dBm 300MHz~480MHz 2.5V~5.5V SOP-8 RF Transceiver ICs RoHS
Datasheetpdf iconWIRELESS WL532
In-Stock: 3,885
3,885 In stock, ships now
Add to BOM List
QtyUnit PriceTotal Amount
5+$ 0.1115$ 0.56
50+$ 0.0887$ 4.44
150+$ 0.0773$ 11.60
500+$ 0.0687$ 34.35
2,500+$ 0.0619$ 154.75
4,000+$ 0.0585$ 234.00
Standard Packaging4000/Full Reel
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Products Specifications

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TypeDescription
CategoryRF and Wireless/RF Transceiver ICs
ManufacturerWIRELESS
PackagingSOP-8
Data Rate5Kbps
Sensitivity-112dBm
Frequency Range300MHz~480MHz
Typical Application Frequency315MHz;433.92MHz
Receive Current5.9mA
Operating Temperature-40℃~+85℃
Voltage - Supply2.5V~5.5V
TypeReceivers

Additional Information

TypeDetails
Minimum5
Multiple5
Standard Packaging4000
Sales UnitPiece

Introduction

AI Translation

The WL532 is a low-power, high-performance, plug-and-play OOK RF receiver featuring a wide input voltage range of 2.5V–5.5V, sensitivity up to -112dBm, an operating frequency band of 300–480MHz, and support for data rates of 1–5Kbps. Housed in an SOP-8 package, the device requires only an antenna-side impedance matching network, VDD decoupling capacitor, CTH, and AGC filter capacitors in the application circuit — no anti-overshoot resistor is needed on the VDD line, reducing overall application cost. The WL532 integrates an LNA, mixer, image-rejection bandpass filter, IF amplifier, peak detector, low-pass filter, AGC circuit, data output comparator, crystal oscillator circuit, PLL, voltage reference and bias circuitry, and logic control circuit, forming a fully integrated receiver with mixed-signal architecture. The RF input signal enters the LNA via the antenna and matching network, then undergoes mixing, filtering, and amplification to complete the downconversion from RF to IF. The crystal oscillator employs a negative-resistance oscillator topology; connecting an appropriate external crystal provides an accurate reference clock. The relationship between the actual operating frequency and the crystal frequency is given by: F_XTAL = (13.52127 / 433.92) × F_RF. The AGC circuit monitors the envelope signal amplitude at the output of the low-pass filter and adjusts the gain to maintain stable system gain linearity and high-performance sensitivity. A filter capacitor connected externally to the CAGC pin determines the chip startup time. The demodulator uses a peak detector and low-pass filter to perform envelope demodulation of the modulated signal. An appropriately selected external data filter capacitor converts the demodulated envelope signal into a stable mid-level signal, which is compared against the envelope signal to produce accurately demodulated data, completing the decoding function.

Features

AI Translation
  • Frequency range: 300 - 480MHz
  • Receive sensitivity: -112dBm (1Kbps)
  • Data rate range: 1 - 5Kbps
  • Voltage range: 2.5V – 5.5V
  • Low power consumption: 5.3mA @ 3.3V (315MHz)
  • SOP8 package

Applications

AI Translation
  • Remote control systems
  • Remote-controlled alarms
  • Wireless lighting control systems
  • Remote-controlled access control systems