LTC3646IDE-1#PBF Overview

A Tube package is used in this voltage regulator to optimize performance. This harley voltage regulator has 14 terminations. There is a SWITCHING REGULATOR type analog IC in this voltage regulator 12v that is used to convey analog signals. The harley voltage regulator is available as a 14-WFDFN Exposed Pad package to save space. A total of 1 outputs are configured in this voltage regulator. ICs such as this voltage regulator are capable of generating Adjustable outputs through their output pins. This voltage regulator 12v fits the Surface Mount mounting. In order for it to operate properly, dc to dc voltage regulator's operating temperature should be at -40°C~150°C TJ. In this voltage regulator 12v, the switching frequency is 200kHz~3MHz. There is no dc to dc voltage regulator's minimum input voltage requirement for this regulator. The adjusting voltage regulator's output voltage (Min/Fixed) is 0.6V. As a result of the 1A output current, voltage regulator offers maximum flexibility in design. Voltage regulators' input voltage is limited to 40V. As a result of its peak reflow temperature, this voltage regulator is virtually indestructible. For operation, voltage regulator provides a nominal input voltage of 12V. The regulator voltage that you are looking at belongs to the subcategory Switching Regulator or Controllers. This DC/DC regulator belongs to the LTC3646 family. The voltage DC DC switching regulator can produce is 5V volts. By using the 15V's maximal output voltage, adjusting voltage regulator can operate easily.

LTC3646IDE-1#PBF Features

1 outputs
Peak reflow temperature (Cel) of NOT SPECIFIED

LTC3646IDE-1#PBF Applications

There are a lot of Linear Technology/Analog Devices LTC3646IDE-1#PBF Voltage Regulators applications.

• Digital precision reference circuits
• Product burn-in
• CMM
• Lathes
• Various precision measuring detectors
• Smoke prevention equipment
• Industrial controllers
• Combined machine tools
• Adjustable voltage or current linear circuits
• Magnetohydrodynamic power