MAX7036GTP+

The MAX7036GTP+ is a 300MHz to 450MHz ASK receiver with internal IF filter in 20 TQFN package. This low cost receiver is designed to receive amplitude shift keyed (ASK) and on off keyed (OOK) data in the 300MHz to 450MHz frequency range. The receiver has an RF input signal range of -109dBm to 0dBm. The MAX7036 requires few external components and has a power-down pin to put it in a low current sleep mode, making it ideal for cost and power sensitive applications. The low noise amplifier (LNA), phase locked loop (PLL), mixer, IF filter, received signal strength indicator (RSSI) and baseband sections are all on-chip. It uses a very low intermediate frequency (VLIF) architecture and integrates IF filter on-chip and therefore eliminates an external ceramic filter, reducing the bill of materials cost. Applications include low cost RKE, garage door openers, remote controls, home automation, sensor networks and security systems.

• Less than 250µs enable turn-on time
• Sensitivity of -109dBm at fRF = 315MHz and -107dBm at fRF = 433MHz
• 3dB cut-off frequency of 400KHz
• Low IF (200KHz nominal), 5.5mA DC current, 1µA standby current
• Maximum data rate of 33Kbps (manchester coded), 66Kbps (nonreturnable to zero (NRZ))
• On-chip automatic gain control (AGC) that reduces LNA gain by 30dB when input signal power is large
• Supply current of 5.4mA at fRF = 315MHz, 5.9mA at fRF = 433MHz (TA <lt/> +105°C) at 5.0V DC
• Operates from either a 5V or a 3.3V power supply
• Supply voltage range from 4.5V to 5.5V (5V operation), 3V to 3.6V (3V operation)
• Operating temperature range from -40°C to +105°C
• Garage Door Openers; Home Automation; Low-Cost RKE; Remote Controls; Security Systems; Sensor Networks

Applications

RF Communications, Security, Automation & Process Control

Warnings

Market demand for this product has caused an extension in leadtimes. Delivery dates may fluctuate. Product exempt from discounts.

Notes

ADI products are only authorized (and sold) for use by the customer and are not to be resold or otherwise passed on to any third party