Output up to 100V 1W
- APD biasing
- Low Ripple
- Well Regulated
- High Stability
- Analog Programmable
- Ultra-Thin, 0.16 inches (4mm)
- Compact SIP Package
- Designed for High Quantity Applications
- High Performance / Low Cost
Ideal for APD biasing, and MEMS driver applications, the SIP Series provides high performance in an ultra-thin, miniature single in-line package. Designed for low cost, high quantity applications, these DC to DC converters deliver high stability with very low ripple.
The output voltage is programmable via a 0 to 5 volt analog voltage, such as the output from a DAC. This allows the user to temperature compensate the APD bias voltage with hardware or software solutions.
The output voltage is inversely related to the programming voltage, i.e. 5V applied to the programming input programs the output voltage to the minimum level. Conversely, 0 volts on the programming input sets the output voltage to the maximum level. The supply is linearly programmable through this range*2.
An enable/disable function is included. TTL Low (open collector compatible) disables the output voltage to less than 10 volts.
|MODEL||OUTPUT VOLTAGE||OUTPUT*2CURRENT||SUPPLY*2VOLTAGE||INPUT CURRENT||RIPPLE*1||REGULATION*1VOLTAGE||CASE|
|SIP90||<25V to 90V||0mA to 1mA||3V to 6.7V||<150mA||<5mV||<0.06%||<0.025%||A|
|SIP100||<35V to 100V||0mA to 10mA||4V to 6.7V||<350mA||<10mV||<0.2%||<0.1%||B|