BAS16VY,135

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The BAS16VY,135 is a member of the diode rectifier array family utilized in multiple digital circuits. These devices are used to convert alternating current, or AC, to direct current, or DC, by means of a diode board - a board that consists of multiple diodes arranged in a variety of manners. This type of diode array is ideal for applications requiring fast switching speeds and ultra-low on resistance.

The BAS16VY,135 is an array of sixteen “S” type diodes in a monolithic structure with a surface mount form factor and fast switching efficiency. It operates at a peak reverse voltage, VRRM, of 125V, and can pass a continuous current, IF(AV) of 0.7A. The total capacitance variation through the temperature range of -55°C to +175°C is typically less than 6%.

With its monolithic structures and fast switching speed, the BAS16VY,135 is ideal for the automotive power market, which requires short switching times to reduce losses. It is specifically designed to convert asymmetrical pulse-width type signals into controlled values. The low forward voltage drop is capable of supplying large currents to loads with low dropout voltage, and the zero voltage recovery allows for clean transitions of power. The array is also useful for a variety of switching power supplies, and as such is commonly used in DC/DC converters.

The BAS16VY,135 further consists of two sets of diodes connected back to back in parallel. This parallel arrangement increases the current carrying capability of the device by allowing the amount of current consumed to be split between each of the diodes in the array. In other words, each set of diodes in the array corresponds to one input current and stores that current in the corresponding diode’s capacitance. When the input current drops below the capacitance’s charge, the voltage drops slightly and the diode begins conducting current through the other half of the circuit.

Reverse recovery time is short. This is the amount of time it takes the diodes in the array to turn off completely, or “sleep”. This time is critical in many applications, as it determines how quickly the circuit can switch between two different voltage or current levels. Minimizing reverse recovery time allows for a more efficient system as it prevents current from being wasted in the transition.

For an application requiring a controlled current flow, BAS16VY,135 is an excellent choice for modern digital designs. It is a compact, low cost solution that is well-suited for switching power supplies and DC/DC conversion. It features fast switching speeds and is capable of handling higher currents due to its dual parallel layout. The reverse recovery time is also very low, allowing for fast transitions and high efficiency.

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