Examples |
Details |
|---|---|
A broadcast band FM transmitter |
CMOS technology, 5.0V, low power, 88 Mhz to 108 Mhz |
A very low power crystal oscillator |
CMOS technology , 200 nA, 32.768 Khz |
A dual PLL |
CMOS technology, step up frequency from 32.768 kHz to 100 Mhz |
Battle field radio |
CMOS technology, Mil specs. |
A gain programmable wideband RF amplifier |
SiGe technology, 5 Ghz maximum bandwidth, 1.0 dB NF, 20 dB gain |
LNAs |
SiGe technology, 3.3V, NF <1.0 dB, frequency = 900 Mhz to 2500 Mhz. |
RSSI detector and demodulator |
SiGe Technology, 1.0 Ghz, 2.7 - 5.0 V supply |
Mixer |
SiGe technology, 3.3V to 5.0 Volt, 1 Ghz.. |
Short range, IRDA 1.2 transmitter, receiver, transceiver |
CMOS technology, 2.7 to 5.0 Volt |
A 24 Ghz mixer ( Building block) |
SiGe technology, 3.3V |
A variable gain input voltage amplifier( Building block) |
SiGe technology, 3.3V, 24 Ghz |
A local oscillator for upconversion ( Building block) |
SiGe technology, 3.2V, 24 Ghz |
A 24 Ghz synthesizer ( PLL and logic)Building block) |
Sige technology, 3.3V |
A block up converter |
SiGe technology, 3.3V, 24 Ghz. |
A low IF conversion FM receiver |
PCB level product, 450 Mhz, to 470 Mhz. |
Analog switches |
Various types, SPDT, DPDT, USB2, Quad Mux etc, All CMOS technology 5.0V max |
A real time clock ( RTC) |
CMOS technology, 2.7 to 5.5 Volt, Clock, Alarms etc |
Audio pop - click noise suppressor shunt |
CMOS technology, 1.8V to 5.5V |
Audio pop - click noise suppressor serial |
CMOS technology, 9.0V to 12.0V |
USB3 front end |
Equalizer, limiting ampifier etc.SiGe 0.18um technology. Transmitter. |
EL drivers |
High voltage ( 160V AC) EL Lamp driver, High voltage DI BiCMOS process ( 220 V) |
LED driver including dimming ( AC - DC) |
CMOS 50V process |
H.V Series pass regulator |
High voltage ( 350V trench isolated) BiCMOS process. |
Automotive high voltage mux |
Trench isolated BiCMOS ( 550V ) process. VCC = 500V |
A laser tranmitter / receiver chip for terabyte storage |
CMOS process, 5.0V including electroptic options. 100 Mhz. |
A front end LED driver/photosensor time muliplexed chip |
CMOS process. Used for a three dimensional mouse/pointing device. Three wire interface, D/A converter, A/D converter, transimpedance amplifier. |
A miniature camera module control chip |
CMOS process, VCC=1.2 to 2.4V. Contains I2C interface, D/A converter, references, drivers, programmable cuurent sources etc. |
A high frequency VCO |
|
A CCD vertical driver |
CMOS 50V process. |
A quad PIN diode driver |
CMOS 50V process. Chip converts low voltage input to a high voltage PIN diode drive. |
A caller ID chip |
CMOS 0.8um technology |
A RFID device for monitoring temperature in cattle |
CMOS +EEPROM technology. 1.2 - 1.8V |
A data commuications chip containing RS232/45 TX/RX |
HV BiCMOS |
A Cell Phone IF and audio interface chip |
CMOS technology. Contains all IF and audio processing blocks for a post RF signal. Contains Gm-C filters, audio amplifier, a sigma delta A/D front end. |
A sigma delta A/D converter |
CMOS 0.35um. Contains a second order modulator and decimation filters. |
Building block design for Cardiac pacemakers |
CMOS process. Low voltage. ( 1.2 to 1.8V) |
Fault analysis and grading of Cardiac pacemakers |
CAD based projects. |
DSP for Cardiac pacemakers |
CMOS process. 1.8V |