Pin 1 2 3 4 5 6 7 Name GND1 VCC1 NC NC NC NC NC Description GND1 is the RF ground pin. GND2 and GND3 should be connected to GND1 by short, low-inductance traces. VCC1 is the positive supply voltage pin for the transmitter output amplifier and the transmitter base-band circuitry. VCC1 is usually connected to the positive supply through a ferrite RF decouplin.
rformance Peak RF Output Power, 250 µA TXMOD Current Peak Current, 250 µA TXMOD Current OOK Turn On/Turn Off Times ASK Output Rise/Fall Times 2 nd th Value -0.3 to +4.0 -50 to +100 250 Units V o o C C Sym fO Notes Minimum 433.72 Typical Maximum 434.12 Units MHz OOK & ASK 10 115.2 kbps kbps PO ITP tON/tOFF tTR/tTF 0 7.5 20/15 1.1/1.1 -50 -55 -50 dBm mA µs µs dBm dBm dBm µA 21 15 200 µs µs mV mV 3.7 +85 Vdc o - 4 Harmonic Outputs 5th - 10th Harmonic Outputs Non-harmonic Spurious Outputs Sleep Mode Current Sleep to Transmit Switch Time Transmit to Sleep Switch Time Control Input Lo.
No. | Partie # | Fabricant | Description | Fiche Technique |
---|---|---|---|---|
1 | TX5001 |
RF Monolithics Inc |
315.00 MHz Hybrid Transmitter | |
2 | TX5002 |
RF Monolithics |
418.00 MHz Hybrid Transmitter | |
3 | TX5-ATS305T |
Actions Semiconductor |
9-Function Remote Controller | |
4 | TX517 |
ETCTI |
Dual Channel High-Voltage - Multi-Level Fully Integrated Ultrasound Transmitter (Rev. A) | |
5 | TX534C |
YIC |
Temperatuer Compensation Crystal Oscillator | |
6 | TX534T |
YIC |
Temperatuer Compensation Crystal Oscillator | |
7 | TX54D13VC0CAA |
Hitachi |
LCD | |
8 | TX54D14VC0CAA |
Japan Display |
TFT LCD | |
9 | TX54D72VC0BAA |
Japan Display |
TFT LCD | |
10 | TX54D82MM0BAA |
Japan Display |
TFT LCD | |
11 | TX5813 |
ETC |
5.8G AV Transmitter Module | |
12 | TX5813 |
ETC |
5.8GHz A/V FM Transmitter module |