HMC728LC3CTR

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The HMC728LC3CTR is an 8-channel, low voltage single pole double throw (SPDT) analog switch designed for ultra-low noise, low power consumption, and high linearity performance. This switch can be used in various analog signal switching applications where signal isolation, noise rejection and high linearity performance is required.

The HMC728LC3CTR is designed based on a 0.8 μm technology and improves over previously available switches by incorporating smaller channel-to-channel on-resistance mismatch and improved linearity. Its differential signal paths provide symmetric incremental on-resistance characteristics and fast switching times.

The device uses a single-ended CMOS control voltage to operate the switch, making it suitable for battery powered operation. Its low control current makes it ideal for use in a variety of applications such as medical, consumer, and communications systems.

The HMC728LC3CTR can handle a signal bandwidth up to 40MHz, making it suitable for wideband RF applications. Its low loss and high linearity performance also make it suitable for audio, video and cable television applications. The device is laid out in a tiny 6-lead package, making it an easy-to-integrate and cost-effective switch solution for applications with limited PCB space.

The HMC728LC3CTR is designed to operate from no more than 2.7V supply voltage, making it suitable for battery-powered applications. The supply current for the device can be as low as 10μA, making it extremely energy efficient. The device features a low leakage current of 0.5nA at -40°C and 10nA at +125°C.

The HMC728LC3CTR is a low-voltage SPDT switch that provides excellent isolation, low noise and low power performance. It is designed to provide high linearity and low on-resistance mismatch between channels, making it ideal for a wide range of analog signal switching applications. Its wideband, low loss performance and low power consumption make it suitable for battery-powered applications such as medical, consumer, and communication systems.

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