RFD21807 View Datasheet(PDF) - Unspecified

Part Name

Description

Manufacturer

RFD21807

Compliance Approved 2.4 GHz RF Transceiver Modules with Built-In RFDP8 Application Protocol

Unspecified 

© Copyright, RF Digital

7/10/2011 1:40 AM

Patents Pending

RoHS CE • ESTI

RFD21733 • FCC • IC

RFD21743 • FCC

Approved & Certified

13715 Alton Pkwy • Irvine • CA • 92618

Tel: 949.610.0008 • www.RFdigital.com

Fast Answers: support@rfdigital.com

RFDP8

RF Module

RFD21733

RFD21735

RFD21737

RFD21738

RFD21739

RFDP8

RFDANT

RFD21742

RFD21743

RFD21772

RFD21773

KEYFOBs

Electrical Characteristics

Operating Conditions

Notes

RFDP8 M0 Pin **

Parameter

VDD Supply voltage

Supply Rise Time

Operating Temperature

Input High Voltage

Input Low Voltage

Output High Voltage (@ 0.5mA)

Output Low Voltage (@ 0.5mA)

Internal CPU Controlled Pull-Ups

Internal CPU Controlled Pull-Downs

Power Up Time – Ready to Transmit

Power Up Time – Ready to Receive

After Reset – Ready to Transmit

After Reset – Ready to Receive

Minimum

1.9V

1uS

-40°C

VDD x 0.7

VSS

VDD - 0.7V

VSS

11k ohm

11k ohm

Typical

3.0V

13k ohm

13k ohm

3mS

3mS

3mS

3mS

Maximum

3.6V

50mS

+85°C

VDD

VDD x 0.3

VDD

0.3V

16k ohm

16k ohm

** Note (RFDP8 M0 Pin) The RFDP8 Modules and RFDANTs have 3 pins used to set the mode the device will go

into after reset or power up. These pins are called M2, M1 and M0. M0 pin is the low order pin. At power up or

when the module comes out of reset, it will internally apply a 13k pull down on this pin just for an instant to check

if it is high or not. After the mode selection test, which is done just once at start up lasts just microseconds. This

is done like this to allow you to have an optional external switch to select between mode 0 and mode 1 without

drawing extra current through an external pull down resistor which would statically be there all the time.

Power Consumption

Conditions: VDD = 3.0V, TA = +25°C

Logic Transmitter

Parameter

Ultra-low power mode - background - Switch Logic Transmitter

Minimum

Typical

2uA

Maximum

UART or Switch Logic Transmitter / Receiver

Parameter

Listening - Receiving

Transmitting

Minimum

Typical

17mA

14mA

Maximum

Free Applications Support • Email your application questions to support@rfdigital.com

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