SY10EL16VAKI

SY10EL16VAKI is an advanced monolithic device specifically designed for low-voltage single-supply operation. It is ideal for low-power applications for which separate-supply operation is impractical or unnecessary. The device consists of two distinct components: 16-bit shift register comprised of D-type flip-flops connected in series, and a 16-bit latch with both synchronous and asynchronous clock control logic. The flexibility of the device allows the user to configure the shift register and latch in various combinations.

The SY10EL16VAKI is an ideal solution for applications such as digital switch debouncing, multiply and divide by a user programmable value, cyclical counting, FIFO memory and analog-to-digital conversion. The device is available in industrial, extended and automotive temperature ranges, making it suitable for a variety of applications and environments. By combining low-power consumption, wide operational temperature range and simple programming, the SY10EL16VAKI is an ideal solution for applications that require simplicity of operation and flexibility.

The SY10EL16VAKI operates by first loading the shift register with a 16-bit value, which is then shifted left or right. Once the 16-bit value is shifted, the data is moved to the latch, and then the latch enables the data to be transferred from the shift register to the output pins. The device is capable of shifting the data in both the synchronous and asynchronous modes. The figure below illustrates the functioning of SY10EL16VAKI.

In the SY10EL16VAKI, the cycle begin and cycle end signals indicate if a transfer is taking place and the direction of the shift. The clock signal is generated utilizing the internal or external clock signal and is used to control the shifting and latching operations. The device is capable of shifting the data once each clock period, with a minimum clock period of 3ns. Additionally, the device may be configured to shift the data twice each clock cycle depending on the user-defined parameters. The device can be programmed to shift the data left or right, starting from either the most significant or least significant bit.

The SY10EL16VAKI is configured using several configuration pins that are used to set the latch, shift register and output enable modes, and to set the output enable duration and the shift speed for each operation. The device also offers an internal data output enable pin and a synchronous enable/disable function that can be used to enable or disable the data output at any time.

The SY10EL16VAKI is a highly versatile device that is ideal for a variety of applications and environments. The device is capable of rapidly and accurately shifting data, and its internal latch provides a secure method for transferring data to the output pins. By combining low-power consumption, wide operational temperature range and simple programming, the SY10EL16VAKI is an ideal solution for applications that require simplicity of operation and flexibility.