Recherchez avec le numéro de pièce ainsi que le fabricant ou la description
The SL6654 is a very low power, high performance integrated circuit intended for IF amplification and demodulation in FM radio receivers. It comprises: q q q q q q of oscillator is suitable for the type of crystal and frequency required; it may not always be adequate to duplicate the design shown in this data sheet. A mixer stage for use up to lOOMHz An un.
an exceptionally stable RSSI (Received Signal Strength Indicator) output using a unique system of detection. Supply current is less than 2mA from a supply voltage in the range 2.5V to 7.5V. FEATURES Low Power Consumption (1.5mA) Single Chip Solution Guaranteed 100MHz Operation Exceptionally Stable RSSI APPLICATIONS Cellular Radio Telephones Cordless Telephones MP18 Fig. 1 Pin connections (top view) QUICK REFERENCE DATA Supply Voltage 2.5V to 7 5V Sensitivity 3µV Co-Channel Rejection 7dB VCC 33p 270p 33k 1n 33k 8p2 17 OSCILLATOR INPUT 200mV RMS C 16 B 15 50µA E 4 OSCILLATOR TRANSISTOR 0V 40.
| No. | Partie # | Fabricant | Description | Fiche Technique |
|---|---|---|---|---|
| 1 | SL6652 |
ETC |
LOWER POWER IF/AF CIRCUIT (WITH RSSI) FOR FM CELLULAR RADIO |
|
| 2 | SL6659 |
Zarlink Semiconductor Inc |
LOW POWER IF/AF CIRCUIT (WITH RSSI) FOR FM RADIO |
|
| 3 | SL6600 |
GEC Plessey |
Low Power IF/AF PLL Circuit for Narrow Band FM |
|
| 4 | SL6601C |
GEC Plessey |
FM IF PLL DETECTOR (DOUBLE CONVERSION) AND RF MIXER |
|
| 5 | SL6610 |
Zarlink Semiconductor Inc |
Direct Conversion FSK Data Receiver |
|
| 6 | SL6619 |
Mitel Networks Corporation |
Direct Conversion FSK Data Receiver |
|
| 7 | SL6619 |
Zarlink Semiconductor |
Direct Conversion FSK Data Receiver |
|
| 8 | SL6649-1 |
Zarlink Semiconductor Inc |
200MHz DIRECT CONVERSION FSK DATA RECEIVER |
|
| 9 | SL6679 |
Mitel Networks Corporation |
Direct Conversion FSK Data Receiver |
|
| 10 | SL6699 |
Li Optoelectronics Technology |
Audio processing circuit |
|
| 11 | SL600H120TL |
Slkor |
IGBT Module |
|
| 12 | SL600H65TL |
Slkor |
IGBT Module |
|