The ML2008 and ML2009 are digitally controlled logarithmic gain/attenuators with a range of –24 to +24dB in 0.1dB steps. Easy interface to microprocessors is provided by an input latch and control signals consisting of chip select and write. The interface for gain setting of the ML2008 is by an 8-bit data word, while the ML2009 is designed to interface to a .
s s s s s s s s
Low noise 0dBrnc max with +24dB gain Low harmonic distortion
–60dB max Gain range
–24 to +24dB Resolution 0.1dB steps Flat frequency response ± 0.05dB from 0.3-4kHz ± 0.10dB from 0.1-20kHz Low supply current 4mA max from ± 5V supplies TTL/CMOS compatible digital interface ML2008 is designed to interface to an 8-bit data bus; ML2009 to 16-bit data bus
BLOCK DIAGRAM
ML2008
VCC VSS GND AGND VCC VSS GND
ML2009
*
AGND
+5 VIN
–5 + COARSE
– + FINE
– RESISTORS/ SWITCHES 16 DECODERS 8 REGISTER 0 + BUFFER
– VOUT
+5 VIN
–5 + COARSE
– + FINE
– RESISTORS/ SWITCHES 16 DECODERS 9 RESIST.
No. | Partie # | Fabricant | Description | Fiche Technique |
---|---|---|---|---|
1 | ML2002 |
MINILOGIC |
Static/Half Duty LCD COG Driver | |
2 | ML2003 |
Fairchild |
Logarithmic Gain/Attenuator | |
3 | ML2003 |
Micro Linear |
Logarithmic Gain/Attenuator | |
4 | ML2004 |
Fairchild |
Logarithmic Gain/Attenuator | |
5 | ML2009 |
Micro Linear |
uP Compatible Logarithmic Gain/Attenuator | |
6 | ML2011 |
ETC |
GSM SINGLE-CHIP BASEBAND PROCESSOR | |
7 | ML2016 |
maxell |
Lithium Manganese Dioxide Rechargeable Batteries | |
8 | ML2016 |
Maxell |
Lithium Manganese Dioxide Rechargeable Batteries | |
9 | ML2020 |
Micro Linear |
TELEPHONE LINE EQUALIZER | |
10 | ML2021 |
Fairchild |
Telephone Line Equalizer | |
11 | ML2021 |
Micro Linear |
TELEPHONE LINE EQUALIZER | |
12 | ML2031 |
Micro Linear |
TONE DETECTOR |