SY10E256JC

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The SY10E256JC is a voltage controlled switch designed for logic and signal switching applications. It is a two-stage, digitally controlled switch (or switch array) consisting of two balanced differential switches with built-in buffers, which provide a high-speed, low-power switching solution for a variety of applications.

The SY10E256JC has a wide range of applications within the logic and signal switching areas. It provides fast switching between logic signals, providing high data rates when used in digital systems. It is also ideally suited for signal switching between different RF frequencies, and can be used in applications that require low power switch over as well as high speed switching.

Essentially, the SY10E256JC is a differential four-state single pole double throw (SPDT) switch. The switch consists of four signal input ports, two control ports and one output signal port. Each signal port is connected to a balanced switching array, in which the signal input ports are connected to two of the switch points, while the two control ports determine the connection at the third switching point.

The operation of the switch is such that when either of the two control voltages is low, the signals from the two signal inputs are routed to the output. When both control voltages are high, the output is disconnected from either input and the output voltage is held at a high impedance level. The user can therefore connect two signals to the two input ports, and switch analysis between them using the two control voltages.

The SY10E256JC has a maximum on resistance of 4.3 Ohms and a low threshold voltage of 0.3 Volts. The switching time is between 0.8 and 1.5 us, and the power consumption is less than 1 mW, making it an efficient and energy saving alternative when switching digital signals.

The SY10E256JC is an ideal solution for applications such as logic circuits, data routing, data multiplexing, signal filtering, signal conditioning, and signal conversion. It is an extremely stable switch, operating over a wide range of temperatures, and is suited to a range of digital and analog applications in difficult and remote environments.

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