ИС аналогового переключателя MAX4968ECM+

Аналоговый переключатель , 16 канал(-ов), SPST - NO, 34 Ом, 9.5В до 10.5В, LQFP, 48 вывод(-ов)

The MAX4968ECM+ from Maxim Integrated Products is a 16 channel, linear, high voltage analogue switch in 48 pin LQFP package. This bidirectional SPST switch with 18ohm on-resistance, it is ideal for use in applications requiring high voltage switching controlled by low voltage control signal such as ultrasound imaging and printers. Using HVCMOS technology, this switch combines high voltage bilateral MOS switches and low power CMOS logic to provide efficient control of high voltage analogue signals. It is pin to pin compatible with MAX14802 and Supertex HV2601. The only difference is VPP positive supply voltage level. In a typical ultrasound application, this device does not require a dedicated high voltage supply that implies a significant simplification of system requirement. The negative voltage supply can be shared with transmitter and positive voltage supply is typically +10V. It is used in non-destructive testing (NDT)/industrial ultrasound imaging, medical ultrasound imaging.

• VDD logic supply voltage range from 2.375V to 5.5V, 25MHz serial interface
• Operating temperature range from -40°C to 85°C, VNN supply voltage from -200 to 0V
• Latch free, SOI HVCMOS process technology for high performance and robustness
• No dedicated high voltage supplies required, extended input range up to 210Vp-p
• RON flatness is in entire input range, daisy-chainable serial interface
• Low power dissipation, low charge injection of 150pC and voltage spike
• 2nd harmonic distortion < -45dB at 2MHz ±90V pulse, -80dB (typ) off-isolation at 5MHz (50 ohm)
• Low parasitic capacitance provides high bandwidth
• DC to 30MHz small signal analogue bandwidth (CLOAD = 200pF)
• 500KHz to 20MHz high signal analogue bandwidth (CLOAD = 200pF)

• Medical Ultrasound Imaging; Nondestructive Testing (NDT)
• Industrial Ultrasound Imaging; Printers

Области применения

Обработка Сигнала, Медицинское, Переносные Устройства, Потребительская Электроника